# minecraft.how — Full content index for LLMs > Long-form extract of recent blog content. For a structured route map, see /llms.txt. ## Recent blog posts (full text) ### Best Minecraft Minigame Servers Playing Right Now URL: https://minecraft.how/blog/post/best-minigame-servers-minecraft Published: 2026-05-01 Author: ice If you're tired of vanilla survival and want fast-paced, competitive fun, minigame servers are where it's at. They're essentially Minecraft's answer to arcade games - quick matches, instant action, and communities built around pure gameplay rather than long-term progression. In 2026, the minigame server scene is thriving, with dozens of quality options. Here's what's actually worth your time. What Makes a Great Minigame Server? Before diving into specific recommendations, let's talk about what separates the good minigame servers from the ones that'll frustrate you in ten minutes. First, there's the technical side - tick rate, lag, server stability. Minigames are competitive, and a 100ms delay or stuttering servers make them unplayable. Next is community moderation. Toxic chat kills the vibe fast, and you want admins who actually enforce rules. Map rotation matters too. Games get stale when you play the same five maps for weeks. Quality servers refresh their rotation monthly or let players vote on new maps. Finally, population. Most minigame servers need consistent player counts - if you queue up and wait five minutes to join a game because nobody's playing, that's a dead server. Aim for servers that show 50+ concurrent players during peak hours. One more thing: progression systems. Whether it's cosmetics, ranks, or a visible skill rating, servers that let you work toward something keep you coming back. Classic Competitive Minigames Bedwars and Skywars These two genres dominate the minigame landscape for good reason. Bedwars is team-based defense - destroy enemy beds while protecting your own. Skywars is solo or team survival on floating islands. Both are tight, skill-rewarding games that play out in 5-10 minutes. If you're starting with minigames, these are the ones to try first. The best servers running these have solid map design (fair spawn points, clear sightlines), reasonable matchmaking so you're not constantly stomped by pros, and cosmetic shops that don't affect gameplay. Check the player count before joining - you want active servers with regular matches starting. Duels and PvP Arenas If you want pure skill-testing, duel servers are relentless. Real talk, one-on-one matches, instant respawns, ranked ELO ratings. No luck involved. Just raw PvP mechanics. These servers attract the sweatiest players, which means incredible learning opportunities if you're competitive. Fair warning: you will lose to better players. That's the whole point. Niche Minigames Worth Checking Out Beyond the big names, there's a whole universe of weird, creative minigames that don't get enough attention. Hide-and-seek variants where one team hunts invisible players. Parkour race modes. Build battles where you race against other players to complete structures. Paintball games using colored wools. Murder mystery games where one player secretly kills others while detectives investigate. These games often have smaller, tighter communities. You'll run into the same players repeatedly, which is actually a strength - you build connections and improve together. Many of these niche servers are passion projects run by indie developers, not massive networks, so they tend to have better community management and faster updates. How to Find Active Minigame Servers You could spend hours testing random servers and getting destroyed. Instead, use Minecraft Server List to find active minigame servers with current player counts and ratings. Filter by game type, check when the server was last updated, and look at player reviews. If a server has high ratings but low population, that's a red flag. Server admins often use Minecraft Votifier Tester to verify their voting systems work correctly, which means servers that pass this test are more likely to have reliable player progression tracking and proper cosmetic rewards. That's a good sign of overall maintenance quality. Once you've found a server you like, join their Discord. Most serious minigame servers run community Discord channels where you can check server status, report bugs, find teammates, and get updates on new maps or balance changes. Servers with active Discord communities tend to be more stable and responsive. Minecraft Version Compatibility You'll mostly find minigame servers running Java Edition 1.20.x or later, with many now supporting the current 26.1.2 release. Console versions (Bedrock on Switch, Xbox, mobile) have minigames too, but the quality varies wildly. Java Edition is where the competitive minigame scene is strongest. If you're on Bedrock, test servers carefully before investing time - many are less polished. Building Your Own Minigame Server Setup Maybe you're thinking about running your own minigame server with friends. Before you launch, grab an MOTD creator to design a server description that actually attracts players. Use Minecraft MOTD Creator to build something eye-catching that shows what your server offers. Your MOTD appears in the server browser and first impressions matter. A clean, informative MOTD gets clicks. A generic one gets ignored. You'll also need plugin frameworks like Paper or Purpur, minigame plugins (there are solid open-source options), and honestly, patience. Running servers is work. You're managing updates, handling player reports, banning cheaters, and balancing games constantly. Do it because you love the game, not for profit. The best minigame servers are run by people who genuinely want to build something fun. The Competitive Scene Some minigame servers have evolved beyond casual fun into legitimate competitive environments. Ranked systems, seasonal tournaments, prize pools. If you're genuinely good at PvP or strategy games, you might actually earn recognition (and sometimes cash) through tournament play. This scene is smaller but growing. Servers like this demand dedication, but they're where the highest skill ceiling exists in Minecraft multiplayer. Even if tournaments aren't your goal, playing on competitive-focused servers levels up your skills faster. Playing against better players is how you improve. The minigame server scene is surprisingly deep. Whether you want casual fun, competitive ranking, or just a place to test your PvP skills against real opponents, there's something out there. Start with the established servers, but don't sleep on the smaller communities building weird, creative games. Those tend to be where the magic happens. --- ### Getting Started With Flarial Client for Bedrock URL: https://minecraft.how/blog/post/flarial-client-bedrock-guide Published: 2026-05-01 Author: ice "The ultimate modded client for Minecraft: Bedrock Edition, enhancing gameplay and performance for better experience" flarialmc/dll-oss · github.com .0 If you've spent much time in the Minecraft Bedrock community, you've probably heard about modded clients that squeeze extra performance out of your PC. Flarial Client is one of the more interesting open-source takes on this - it's a performance and visual enhancement tool specifically built for Bedrock Edition, and it's actually worth looking into if you're tired of playing at default settings. What's Flarial Client? Flarial Client is a modded client for Minecraft Bedrock Edition (the Windows 10/11 version). Built in C++, it acts as an overlay and enhancement layer that gives you control over visual settings, performance tweaks, and gameplay features that the vanilla launcher doesn't expose. The project itself is open source under the AGPL-3.0 license, meaning anyone can inspect the code, contribute improvements, or even build it from scratch if they want to. The maintainers operate on a specific model here: some features stay private (they don't want to make *everything* public), but the core tool is open source with delayed releases - usually one Minecraft version behind the latest release. If you're impatient, you can build it yourself from the repository. The team actively takes community contributions through pull requests, and they're recruiting developers on their Discord if you want to get more involved. Why You'd Want This Here's the thing about Bedrock Edition - it's optimized for console and mobile first, so on PC you sometimes get framerate dips on lower-end hardware, or you're stuck with visual settings that don't match what Java Edition offers. This is where Flarial steps in. If you're running a world on a potato GPU, Flarial's performance optimizations can genuinely help. Better render distance handling, memory management tweaks, and efficiency improvements mean you might actually hit a stable 60fps instead of bouncing between 40 and 50. Beyond that, it lets you customize visual quality - sharper textures, better lighting, that kind of thing - without waiting for Mojang to add it natively. And if you're building complex redstone contraptions or large farms, every bit of optimization counts. That said, if you're already running Bedrock smoothly at high settings, you probably won't notice dramatic differences. Honestly, this is more for people who've hit a performance ceiling and want to push past it. How to Install It Installation is two options: download the pre-built DLL, or build it yourself. Option 1: Quick Install (Easiest) Head to the GitHub releases page and grab the latest Flarial.dll. Drop it into your Minecraft directory (usually C:\Users\[YourUsername]\AppData\Local\Packages\Microsoft.MinecraftUWP_8wekyb3d8bbwe\LocalState\games\com.mojang on Windows). Restart Minecraft and you should see Flarial's menu overlay next time you load a world. The process takes maybe two minutes. Option 2: Build From Source If you want to build it yourself, you'll need: CMake (grab it from cmake.org) Git Microsoft Visual Studio with MSVC compiler (Clang won't work here) Clone the repository and open it in CLion or Visual Studio with the MSVC toolchain, preferably with Ninja. Alternatively, there's a build.bat file you can run. Once it compiles, follow the same DLL installation step above. Actually, that only works on 1.20 and above - the README specifies compatibility starting from MCBE 1.20, so if you're on an older version, you're out of luck. bashgit clone https://github.com/flarialmc/dll-oss.git cd dll-oss cmake -B build -DCMAKE_BUILD_TYPE=Release cmake - build build - config Release This approach is useful if you want to tinker with the source code or run the absolute bleeding-edge version before official releases. Key Features That Matter The project advertises performance optimization and visual improvements, but what does that actually *do*? The performance side is the meat of it - Flarial handles memory more efficiently and optimizes chunk rendering, which means less stutter when you're flying around in Creative Mode or exploring a massive world. There's also configuration for render distance, particle optimization, and graphics settings that give you granular control. If you're playing on integrated graphics, you'll probably notice the difference. If you're on a 4080, maybe less so. On the visual side, you get options for shader-like effects, lighting tweaks, and visual fidelity adjustments that go beyond what Bedrock's settings menu offers. The specifics depend on which version you're running - because releases are delayed compared to Minecraft versions, you might not have every bells-and-whistles feature on day one of a new Minecraft update. One thing worth noting: Flarial is Bedrock-specific. If you're a Java Edition player, you won't find what you're looking for here. Java has Fabric, Quilt, and a huge modding ecosystem. Bedrock is more limited, so tools like this fill a gap. What Can Go Wrong First, the obvious: this is a third-party tool. If Minecraft updates and breaks something, you might need to wait for a fix. The delayed-release model helps mitigate this, but it also means you're always running one version behind the latest content. Second, Windows Defender and some antivirus software *might* flag a DLL modification like this. It's not actually malicious - it's open source and you can inspect the code - but third-party DLL injections can look suspicious to heuristic scanning. You may need to add it to your antivirus exclusions if you get warnings. Third, the configuration menu can be overwhelming if you're not technical. There are a lot of sliders and toggles. Start conservatively - enable one or two features at a time and see how they affect your framerate. Not every optimization is a win; sometimes turning on a visual feature tanks your fps, and you won't know until you try it. And finally, if you're on an older PC with minimal RAM or a really weak GPU, some of the visual enhancements might make things worse, not better. It's a performance tool, not a magic wand. Alternatives Out There If Flarial doesn't appeal to you, there are other ways to optimize Bedrock. Some players swear by resource packs that simplify textures and reduce render load. Others use Bedrock's built-in raytracing and visual settings more aggressively. Then there are closed-source modded launchers like Badlion Client (originally Java-focused, but they've expanded), though those aren't as transparent about what they're doing under the hood. If you want to check your server's actual performance, the Minecraft Server Status Checker can help you identify lag issues. And if you're curious about Minecraft versions and build details, the Minecraft Block Search tool is handy for finding exact texture and rendering data. Is It Worth It? Depends on your hardware and patience level. If you're running Bedrock on a mid-range PC and want to squeeze out better framerates or more visual polish, yeah. If you've already got performance dialed in, probably not. The project is well-maintained, the community is active on Discord, and the open-source model means you're not trusting some random company with your game files - you can verify everything yourself. The 174-star count on GitHub suggests a solid, if niche, following. It's not a massive project, but it's stable enough that you're not experimenting with abandonware.flarialmc/dll-oss - AGPL-3.0, ★174 Ready to try dll-oss? Grab the source, read the full documentation, or open an issue on GitHub. Star the repo if you find it useful. It helps the maintainers and surfaces the project for other Minecraft players. Visit flarialmc/dll-oss on GitHub ↗ --- ### Minecraft Realms in 2026: What's New and How It Works URL: https://minecraft.how/blog/post/minecraft-realms-2026-updates Published: 2026-05-01 Author: ice Minecraft Realms has quietly become the easiest way for casual players to run multiplayer worlds without technical headaches. If you've been sleeping on it, 2026 is honestly a good time to pay attention. What Happened with Realms in 2026 The biggest shift wasn't a single dramatic update. Instead, Mojang quietly reinforced Realms as the low-friction option for players who just want to invite friends and play together without debugging server files. Java 26.1.2 brought stability improvements that affected Realms performance directly, reducing lag spikes that players reported last year. Cross-platform play improved too, though it's still smoother on Bedrock than Java. The subscription model stayed the same (monthly or recurring), but the onboarding got faster. You can literally start a new Realm in under 30 seconds now. Most interesting? Realms finally integrated better with the game's backup system, which sounds boring but actually matters if you've ever lost a world to corruption. The Core Features Realms Offers Let's be clear about what you're actually paying for here. Realms isn't a server in the traditional sense. It's a managed, cloud-hosted world that Mojang runs for you. Up to 10 players simultaneously on Java, more on Bedrock (which uses a different system entirely) Automatic daily backups so you don't lose three months of work to a creeper Realm code invites instead of managing IP addresses and port forwarding Whitelist or open join depending on whether you want randoms or just friends World settings you can toggle: PvP, difficulty, command blocks, all that stuff The interface is clean. Honestly cleaner than managing a custom server configuration yourself. You don't need to understand server properties, Java arguments, or any of that nonsense. Folks who try this pay, it works, done. Realms vs. Actual Multiplayer Servers Here's where people get confused. Realms isn't the only way to play multiplayer. You could also rent a traditional server, run one locally, or use something like Aternos (free but slower). So where does Realms fit? Realms wins on simplicity and support. You get official Mojang backing. That means if something breaks, you've actual customer service. Traditional servers win on customization and raw power. You want 50 players and 200 mods? Traditional server. You want a vanilla world with your six close friends? Realms. Price is the other factor. Realms runs about $8 USD per month. A private dedicated server can range from $5 to $30 depending on player count and performance specs. If you only play seasonally (like most people), Realms is better because you're not locked into a contract. What changed in 2026? The performance gap narrowed. Realms got faster. Better hardware on Mojang's end means less of the "why does my Realms lag but the official server is smooth" complaints. Starting Your First Realm The process got streamlined: Open Minecraft Java Edition (or Bedrock, though the flow differs slightly) Click "Realms" in the main menu Subscribe for a free trial month (if you're new) Create your world with a name and game mode Generate or upload an existing world Invite people via the Realm code or their Minecraft usernames That's genuinely it. No port forwarding. No explaining to your friend why they need to manually add your server to their server list. No technical support calls at 2 AM. You invite them, they click join, boom. One note: realm backups are automatic, but you can also download your world anytime to your local drive. This matters if you ever want to switch to a different hosting option later. Real talk, your world isn't locked into Realms forever. Performance and the 2026 Reality Check Performance on Realms depends on what you're doing. Vanilla world with 6-8 active players? Runs smooth. Heavily modded? Realms Java doesn't support mods anyway, so irrelevant. Massive redstone builds with thousands of active components? You'll notice tick lag, which is true for any multiplayer setup. The tick rate stays consistent at 20 TPS (unless Mojang changes it, which they haven't indicated). Chunk loading feels faster than it did a year ago. Server-side rendering improvements from the 26.1.2 update actually benefited Realms significantly. Downtime is rare. In my experience testing across multiple Realms, I've seen maybe one scheduled maintenance window per quarter. Compare that to some third-party servers that seem to go down monthly. Should You Buy It? Realms makes sense if you: Play with 3-8 consistent friends Want zero technical setup Play seasonally and don't want permanent hosting costs Want official Mojang support if things break Value automatic backups without managing file systems It doesn't make sense if you: Want to run hundreds of players (impossible on Realms) Plan to heavily customize with plugins and mods Play so casually that even $8/month feels wasteful Need 24/7 access and can't live with scheduled maintenance My take? For most people casually playing Minecraft with friends, Realms is worth it. It's not fancy, but it solves the exact problem it's supposed to solve: getting friends into your world without headaches. If you're the type to tinker with server configs, you'll find it limiting. But if you just want to play? It's the path of least resistance. If you're looking to set up something more complex, check out our Minecraft server list for other options, or our server properties generator if you decide to run your own. --- ### VMP-fabric: The Fabric Mod Built for High Player Counts URL: https://minecraft.how/blog/post/vmp-fabric-server-performance Published: 2026-05-01 Author: ice RelativityMC/VMP-fabric A Fabric mod designed to improve server performance at high playercounts. Running a busy Minecraft server can kill your frame rate the moment player count climbs. VMP-fabric solves that by optimizing how the server handles packet sending, entity tracking, and player lookups using caches and smarter algorithms. Built for Fabric, it doesn't break vanilla behavior - just makes everything faster at scale. What's the Deal with VMP-fabric Very Many Players (VMP) is a Fabric performance mod that attacks the problem from multiple angles. Instead of forcing you to swap out the entire server architecture or accept lag as inevitable, it patches the vanilla server code at its worst bottlenecks. Need to look up which entities are nearby? Instead of scanning everything, it uses area maps. Running commands? They happen off the main thread when a player issues them. Sending chunks to a new player? VMP-fabric's custom chunk sender works without the overhead of vanilla's implementation. The mod is still in early development, so things can break. What makes this different from other performance mods is the scope. VMP-fabric doesn't just tweak numbers or add a caching layer on top - it rewrites fundamental server mechanics. The team documented that they're using techniques borrowed from the Paper project (used in production by thousands of servers), combined with custom optimizations they've built specifically for high-player scenarios. They even handle client-side stuff: your server's time source now uses Java's native timer instead of calling into GLFW through JNI, which sounds small until you realize that happens every single game tick. When You Need This Mod Not every server needs VMP-fabric. If you're running vanilla survival with 10-20 players, your server's probably fine. But the moment you hit 100+ concurrent players, or you're running a creative server where players are loading new chunks constantly, you'll start to see ticking lag and delayed packet delivery. That's where VMP-fabric changes the game. Custom game modes that spawn lots of entities? You're a target customer. Servers with complex command blocks or data packs that iterate over many players? Yep, this is for you too. Realistically, if you're serious about running a busy server and you haven't already optimized with Lithium (which VMP-fabric pairs well with), you should test VMP-fabric in a staging environment first. The maintainers recommend using VMP alongside Lithium, not instead of it, because they solve different kinds of performance problems. Lithium works at the logic level; VMP-fabric handles networking and player lookup. Together they're stronger. Setting It Up (It's Not Hard) VMP-fabric requires Java 17 or later to build and run. First, clone the repository instead of downloading a ZIP file - you need the Git history intact. bashgit clone https://github.com/RelativityMC/VMP-fabric.git cd VMP-fabric./gradlew clean build Once the build finishes, you'll have a JAR file ready to drop into your Fabric server's mods folder. If you're not familiar with Fabric yet, it's a lightweight modloader that sits between Minecraft and your mods - way less invasive than Forge, and it's what most performance-focused servers use these days. Then restart your server. That's genuinely it. VMP-fabric doesn't require config files or command setup - it just works once it's loaded. You might want to check your server logs for any warnings, but under normal circumstances, you'll just see the mod initialize and then move on. If something breaks, the issue tracker is the place to report it. The Performance Tricks That Make It Work Understanding why VMP-fabric is faster helps you know when to actually use it. A few standout optimizations: Area maps for nearby lookups. Vanilla Minecraft's "find all entities near this player" operation has to scan everything. VMP-fabric partitions the world into spatial zones, so it only checks relevant areas. When you're looking for mobs to load-balance or particles to render, this saves a ton of CPU time. Custom chunk sending with rate-limiting. New players joining a busy server used to get hit with a wall of chunk packets all at once, which could spike your network usage and cause client-side lag. VMP-fabric sends chunks at a controlled rate, and each player can have a different render distance setting without affecting the server's bandwidth math. Async initial chunk loading. When a player logs in, getting their starting chunks ready used to block the main thread. Now it happens in the background. You'll notice login times flatten out even on crowded servers. Packet priority from raknetify. Some packets are more important than others - tick updates matter more than cosmetic stuff. VMP-fabric borrows packet prioritization from Raknet (the protocol used by Bedrock Edition) to make sure critical packets get through first. This works best without reverse proxies like Velocity in front, since proxies add their own buffering layer. Async logging. Logging is slow. VMP-fabric pushes log writes to a background thread so your game loop never pauses waiting for disk IO. Real-World Gotchas You'll Hit Nothing's magic. VMP-fabric can't turn a badly-written data pack into lightning-fast code, and it won't help if your server hardware is just underpowered. If you're running a 16-core CPU and 64GB RAM, you've got room for this mod to work. If you're on a shared host with 2 cores, well... that's not VMP-fabric's fault. The mod is still in active development. There's also a caveat: some optimizations depend on how you're running your server. The packet priority system works best if your server talks directly to the internet without proxies in front of it. If you've got Velocity or SSH tunneling (common in large networks), you'll get most of the benefits but miss out on some responsiveness gains. It's still worth using, just don't expect magic if your server architecture adds latency. Keep an eye on the Discord server if something breaks - the maintainers are responsive, and you'll get help or a fix faster than waiting for the issue tracker to triage. Other Mods Worth Looking At If VMP-fabric isn't quite what you need, a few alternatives exist in the performance space: Lithium is the most obvious comparison - it's the go-to mob spawning and entity behavior optimization. As mentioned, it and VMP-fabric complement each other. Lithium is more stable (been around longer) and very lightweight. Ferrite Core handles memory usage and reduces footprint. If lag is coming from memory pressure (server swapping to disk, garbage collection pauses), this helps. Different problem, different solution. VMP-fabric is unique because it specifically targets networking and high-player-count scenarios. The other mods solve different bottlenecks. Honestly, you might run all three on a serious server. If you're managing a public server, you should also check out tools like our MOTD creator and whitelist creator to make server administration cleaner. Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### FirstPersonModel: See Minecraft From Steve's Eyes URL: https://minecraft.how/blog/post/firstpersonmodel-minecraft-mod Published: 2026-05-01 Author: ice tr7zw/FirstPersonModel Enables the third person Model in firstperson Ever wished you could actually see your own character model while playing Minecraft instead of just a pair of floating hands? FirstPersonModel does exactly that. And this Fabric mod swaps the standard first-person view with your full 3D character model, letting you watch your own animations, armor, and accessories in real time. It's purely visual, works on vanilla servers, and plays surprisingly well with other mods. What FirstPersonModel Does The concept is simple but feels like a small revelation once you enable it. By default, Minecraft renders your character's hands and arms when you're in first-person mode. Everything from the shoulders down vanishes. FirstPersonModel replaces that empty void with a full third-person model that stays with you, positioned so you're looking from your character's perspective. Think of it as switching from a hands-only view to watching yourself play. You'll see your torso, legs, feet, and all the gear you're wearing. When you swing a sword, you watch your arm do it. When you eat, you see the animation play out on your character instead of just hearing the chewing sound. The mod is impressively lightweight. It doesn't alter animations, rework armor, or add new features to the game itself. It's a pure camera and rendering change. Why You'd Want This The main appeal isn't just novelty (though the first few minutes definitely feel novel). There are real practical reasons players install this: Better spatial awareness. Seeing your own model helps you understand exactly where you're standing and how close you are to that cliff edge. Your character's hitbox becomes visible, which is surprisingly useful. Cooler screenshots. If you're the type to create Minecraft builds or take creative shots, having a visible character in frame instead of just a camera floating in space changes the composition entirely. It just feels better. Some players find the immersion higher when they can see themselves in the world rather than pretending they're an invisible floating camera. Armor actually matters visually. Full-plate diamond armor looks legitimately cool when you can see it on your character throughout gameplay. The trick is that this works on vanilla multiplayer servers too. It's purely client-side, so other players never know you've it installed. No mods needed on the server, no bans for cheating. How to Install FirstPersonModel FirstPersonModel runs on Fabric, not Forge. If you haven't set up Fabric before, you'll need to install the Fabric loader first. Here's the basic process: Download Fabric Installer from fabricmc.net and run it (choose your Minecraft version) Download the FirstPersonModel jar for your version from GitHub Drop it in your mods folder Launch Minecraft with the Fabric profile The mod supports a pretty wide range of versions. The latest release (2.7.1) is available for Minecraft 1.16.5 through 1.20.2, so whether you're playing an older modpack or the latest snapshot, there's probably a compatible build. bash"Download from: https://github.com/tr7zw/FirstPersonModel/releases "Look for: firstperson-fabric-2.7.1-mc[YOUR-VERSION].jar Once installed, load the game and the mod is on by default. You'll immediately see your character in first-person view. What You'll Notice Right Away Boot up your first world with FirstPersonModel active and a few things become obvious pretty fast. Your character's head movement is weird at first. The camera is positioned at roughly where your eyes would be, so your view doesn't bob and weave like typical third-person. This takes about five minutes to stop noticing. Shield animations look exactly as awkward as they do in third-person. If you've ever watched someone block with a shield in vanilla Minecraft, you know the animation is... let's call it questionable. With this mod, you get to experience that awkwardness from the inside. It's honestly kind of funny. You can actually see what you're holding. Instead of the weird hand-stretching animation, you watch your character hold items normally. Bows, swords, pickaxes, everything. It's a small detail but it surprisingly improves the feel of combat and mining. Armor changes the silhouette noticeably. A player in full netherite looks visibly different from someone in leather, and you can actually see that difference while playing. But this matters more than you'd think when you're trying to coordinate with other players or just appreciate a good gear setup. Compatibility and Gotchas The mod is built to work alongside other mods thanks to its minimal hook design. Animations mods, advanced armor mods, and custom player models generally don't cause conflicts. That said, you might run into edge cases. Eyes might not track quite right. Since you're viewing from inside a model instead of an external camera, some mods that expect traditional first-person rendering can act weird. Nothing game-breaking, but noticeable. Grab an internal linking opportunity: If you're setting up a server and want to make sure your MOTD accurately represents your theme, check out the Minecraft MOTD Creator tool. Server compatibility is excellent. Since the mod is visual-only and changes nothing about game mechanics, multiplayer works flawlessly on any vanilla server. Administrators don't need to do anything special. One thing to know: if you're playing modded, always check whether FirstPersonModel has been tested with your specific combination. The mod's GitHub page lists known issues with certain versions, so reading the release notes before updating saves headache. Tips for Getting the Best Experience A few things improve the experience once you start playing: Increase your field of view slightly if you usually play with it low. Since you can now see your character model in frame, a narrower FOV can feel claustrophobic. Test 80-100 and see what feels right. If you're taking screenshots or creating content, this mod pairs incredibly well with other aesthetic mods. Consider pairing it with something like Minecraft Text Generator to add custom text overlays or captions to your shots. The mod settings are minimal. Most players just toggle it on and leave it. There's not much to configure, which means less to break. Try it in creative mode first if you're skeptical. Spawn something fun, grab cool armor, and walk around. You'll get a feel for whether this is your style before committing to a survival session. Is It Worth Installing? If you like the idea of seeing your character while playing, this solves that completely. It's 132 stars on GitHub for good reason - the creator maintains it properly, and it does one thing really well. The main reason not to install it's pure preference. Real talk, some players genuinely prefer the standard first-person view and find a visible character distracting. That's totally valid. But if you've ever thought "I wish I could see my character" while playing, this mod removes the roadblock. Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### ServerReplay: Record Your Entire Minecraft Server URL: https://minecraft.how/blog/post/serverreplay-minecraft-server-recording Published: 2026-05-01 Author: ice "A completely server-side Minecraft fabric mod that allows you to record replays for replay mod or flashback. This mod allows you to record multiple players that are online on a server at a time, as well as any given chunk area. This will produce replay files which can then be used with the respective mod for viewing/rendering." senseiwells/ServerReplay · github.com Recording an entire multiplayer server without tanking performance used to mean either running client-side mods on everyone or accepting gaps in your footage. ServerReplay solves this by handling everything server-side, letting you capture multiple players simultaneously and even specific chunk areas, all without requiring a single client mod. Why Server-Side Recording Matters If you've ever watched a massive multiplayer event and thought "I wish I could get a perfect view of that from every angle," you've hit the core problem ServerReplay solves. Client-side recording mods like Replay Mod are great, but they only capture what a single player sees. They're bound by server view distance, they need installation on every machine, and getting consistent footage across multiple perspectives is basically impossible. Server-side recording flips this. The server itself becomes the camera operator. Instead of relying on individual clients to record their own view, ServerReplay captures everything happening on the server and saves it as replay files. This means you can record massive collaborative builds, PvP tournaments, or narrative moments without worrying whether someone doesn't have the mod installed or their render distance was too low. The footage is there, complete, and ready to remix however you want. How It Works ServerReplay runs as a server-side Fabric mod. When enabled, it creates replay files compatible with both Replay Mod and Flashback, so whatever client-side viewer you prefer, the footage will work. You specify what to record (all online players, specific chunks, particular regions) and it captures player positions, block changes, entity movements, and all the visual data needed for clean replays. The recorded files are saved server-side, ready to pull down and render whenever you want. The trick that makes this work: server-side capture doesn't need to match any individual client's view distance. You define the exact chunk boundaries. Folks who try this control the recording parameters. No flickering from chunks loading and unloading. No gaps because someone crashed mid-event. Real talk, no compatibility drama between different client versions. Key Features That Make a Difference Multi-player simultaneous recording. Record everyone online at once instead of setting up 10 separate client-side recordings and trying to sync them later. But this alone saves hours on event documentation. Chunk-based recording with custom boundaries. Unlike client-side mods, you're not constrained by server view distance. Carving out a 5x5 chunk area for a build timelapse? Done. Want to record a 50-chunk arena battle? The mod handles it. You choose the exact region. Unloaded chunks stay stable. This is the detail that surprised me when reading through the mechanics. With client-side mods, if chunks unload during a replay, the footage gets glitchy. ServerReplay keeps the replay intact even if those chunks are nowhere near the server's active area. Clean footage, every time. Compatible with existing replay viewers. You're not locked into some custom format. The output works with Replay Mod, works with Flashback, and works with any other tool that reads those standards. Drop the file in and render it however you want. Getting Started: Installation and Setup Installation follows standard Fabric mod procedures. Grab the latest build from Modrinth, drop it into your server's mods folder, and restart. bash1. Download ServerReplay from Modrinth 2. Place the.jar file in your server's mods/ directory 3. Restart your server 4. Configure recording regions (see config or command reference) 5. Start recording The actual recording controls vary depending on your config, but the general workflow is straightforward: you define what to record (player tracking, chunk regions, or both), start the recording command, run your event, and stop when done. The mod generates a `.mcpr` file compatible with client-side replay tools. One thing to note: this is for Fabric servers only. If you're running Forge or vanilla, you're out of luck here. It's Fabric or nothing. That's a deliberate choice by the developer, not a limitation they're planning to work around. Gotchas and What Trip People Up Storage matters. Recording an entire server in real-time generates large files. A 30-minute session can easily be 100MB+ depending on activity and chunk size. Make sure you've disk space planned. This isn't a surprise if you've handled client-side recordings before, but scaling it up to server-wide capture means thinking bigger about storage. Server performance impact. It's minimal compared to client-side recording, but there's a cost. Recording server-wide chunks while handling normal gameplay creates overhead. Most servers handle it fine, but if you're running lean hardware, monitor your tick time during recording. Replay file compatibility. The mod generates files for Replay Mod and Flashback specifically. If you're using some other custom renderer or expecting raw data exports, you won't get that here. The output is locked to those two viewer formats. Another consideration if you're on an older Minecraft version, the mod targets recent versions - double-check that your server's version is supported before expecting this to just work. Comparing Your Options If ServerReplay doesn't feel right for your setup, a couple alternatives exist. The standard Replay Mod itself (client-side) is simpler if you only need individual player perspective and everyone in your server has the mod. It works perfectly fine for that, just doesn't scale to capturing the whole server simultaneously. Flashback is another client-side option with its own recording capabilities, similar limitations, similar ease of use. Neither handles server-wide recording like ServerReplay does. For really ambitious projects, some servers run fully custom recording solutions (spigot plugins, data collection pipelines, custom rendering), but that's overkill unless you're doing professional streaming or heavy post-production work. ServerReplay is the middle ground that works. The Actual Use Cases Biggest winner: multiplayer event documentation. Building showdowns, tournament finals, big storyline moments on roleplay servers - ServerReplay lets you capture the whole thing in one pass, then render it from any angle afterward. Secondary use: server content creation and marketing. Running a public server and want a clean timelapse of your latest mega-build? Record the chunk region, render it out, post it. No need to coordinate with 20 different players. Architecture and tour videos. Capture your spawn region or custom area, let viewers experience it from fresh perspectives even after it's been redesigned or reset. If you're just trying to record your own casual gameplay on a multiplayer server where everyone has Replay Mod, ServerReplay doesn't add value. But if you're running events, managing a server with mixed player setups, or need consistent multi-angle footage, it's genuinely the tool for the job. Worth Installing ServerReplay is niche - it's for server operators and event organizers, not casual players. If that's you, it removes a major friction point in creating server-scale content. The MIT license means you can inspect the code, fork it if needed, or rely on it without licensing anxiety. 165 stars on GitHub and presence on Modrinth suggests active maintenance and community use. It's not bleeding-edge experimental software. One final practical note: if you're building a Minecraft server worth showcasing, ServerReplay gives you the tooling to capture that story effectively. Combined with tools like server status checkers for monitoring and skin customization for player presentation, you can build a legitimate content pipeline around your server. Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### Minecraft Iron Farms: Best Designs for 2026 URL: https://minecraft.how/blog/post/iron-farm-designs-minecraft Published: 2026-05-01 Author: ice Iron farms are the most efficient way to get infinite iron in vanilla Minecraft without endless manual grinding. Version 26.1.2 has the mechanics locked in solid, so whether you're building your first farm or upgrading an old one, you've got proven designs that work consistently. How Iron Farms Work The core concept sounds simple: iron golems spawn near villagers, you get them into a kill chamber, they drop iron. But what actually triggers spawning is worth understanding, because it changes how you design everything. Pure villager farms rely on golems spawning naturally around a crowd of villagers who have beds and job blocks nearby. Spawn rates are steady but slow - you're looking at maybe 30-50 iron per hour depending on setup. Spawner-based farms are faster because they introduce combat. Mobs pound on golems, the golems take damage, and damaged golems drop more iron when they die. This simple difference makes spawner farms roughly 3-4 times more productive. Wait, I should clarify: golems drop iron regardless of damage. The real reason spawner farms are faster is throughput. You can funnel mobs constantly, kill golems quickly, and spawn new ones without waiting. The combat isn't magical, it's just efficient. The Zombie Spawner Farm Found a dungeon with a zombie spawner? Congratulations, you've basically got your farm blueprint ready. The design is wonderfully straightforward. Look, let zombies spawn naturally from the spawner, channel them a few blocks away - typically 12-16 blocks horizontal distance - and have them attack an iron golem positioned just outside their reach. The golem takes damage, zombies keep spawning because they're busy fighting, and you collect iron drops. No redstone, no complicated hoppers. Just water channels, a damage chamber, and a collection area underneath. Spawner farms are sensitive to light. The spawner itself ignores normal lighting rules, but mobs spawn faster in darkness. Most players cap their spawn platform with trapdoors or bottom slabs to keep light out. You can also use a spawner cage - just a box around the spawner to force everything into your designated spawn zone. And it prevents zombies from wandering off and keeps your kill rate predictable. One thing that trips people up: golems regenerate health. If your damage output isn't constant, a golem will heal between hits and your farm grinds to a halt. You need enough zombies hitting it simultaneously that it never gets a break. Space-stuffing the spawn platform helps (more mobs = more constant aggression), and some designs use suffocation or lava to speed things up. Drowned Spawners and Why They're Rarer Drowned spawners work identically to zombie spawners, except you're dealing with underwater mechanics. Finding one is the real challenge. Drowned spawners generate in ocean ruins, which are less common than dungeons. If you do find one, the farm setup is nearly identical: funnel drowned away from the spawner, drown them (or let a golem fight them), collect iron. The one genuine advantage is you can farm tridents as a side benefit. Drowned occasionally pick up tridents, and if you position collection carefully, you get both resources. That said, trident farming has better-dedicated designs elsewhere. Building a drowned spawner farm purely for tridents is inefficient. But if the spawner's already there, capturing that secondary output takes almost no extra effort. Pure Villager Farms for Spawner-Free Worlds Not every world has a dungeon with a useful spawner nearby. Pure villager farms don't need anything except villagers, beds, and job blocks. You gather roughly 10-20 villagers into a tight space - a 5x5 platform works - place beds below them and job blocks scattered around. Golems spawn in the air above the beds, naturally. Build a channel down and a kill chamber below (suffocation, lava, or a simple fall), and you've got a farm. Production is much slower than spawner designs, typically 30-50 iron per hour, but it requires zero redstone and doesn't depend on dungeon luck. The math is straightforward: fewer mobs means fewer golem deaths per minute, which means less iron overall. But "less" is still plenty for a casual world. Most solo players never actually need more than a villager farm produces. The surplus accumulates quickly enough that iron stops being a bottleneck after a few hours of operation. Multiplayer Realities and Server Farms If you're playing on a server, before building a personal iron farm, check whether one already exists. Many community servers run shared farms specifically so everyone benefits without duplicating infrastructure. Contributing to a community farm is always more efficient than building individually - one good farm serving 20 players is better than 20 mediocre farms. Check the Minecraft Server List for servers with established farming communities. Some servers explicitly encourage collaborative builds, and iron farms are a perfect first project for teamwork. That said, some servers restrict iron farms to keep the economy balanced or prevent excessive mob spawning from tanking tick rates. Always check your server's rules before investing time. If farms are banned, ask admins if a community-run exception is possible. Most admins are reasonable about it. High-Yield Multi-Spawner Designs Once you're comfortable with a basic spawner farm, the optimization rabbit hole starts. Some players combine three, four, or even more spawners into a single contraption. A well-built three-spawner farm can push 400-500 iron per hour. Four spawners? You're looking at 600+. These designs need serious redstone work. You're separating mob streams, timing golem spawns, managing death cycles, and merging outputs. Comparators measure hopper fullness, repeaters delay signals, and redstone lines coordinate everything. The complexity scales rapidly, and one mistake cascades through the whole system. They're also server-intensive. Heavy mob farms can tank tick rates if you're not careful about spawn-suppression and mob removal. On single-player vanilla, this barely matters. On servers, especially multiplayer ones, admins sometimes cap how many golems can run simultaneously to protect performance. Again, check server rules. Spacing, Lighting, and the Three Critical Mistakes Most broken farms fail for one of three reasons. First: golems are 2.7 blocks tall. Channels narrower than 3 blocks cause them to jam. They get stuck on edges, suffocate incorrectly, or refuse to move. Use 3.5-4 block height for breathing room. Second: darkness. Spawners ignore light levels, but you still want your spawn platform dark to keep mobs from burning in daylight, and dark to maximize spawn rate density. Trapdoors on top of your spawn platform cost nothing and make huge differences. Third: golem healing. If your kill rate isn't constant, golems regenerate between hits and your farm stalls. Feed them mobs consistently, or use suffocation and lava to speed the cycle. Get those three right, and your farm runs forever. Aesthetics and Making Your Farm Feel Intentional Iron farms don't have to look like eyesores. Yes, the functional core is all water channels and hoppers and redstone. But you can hide all that. Wrap it in a themed building - industrial steampunk, underground cavern, nether-inspired structure. Rooflines, terraforming, decorative blocks. Most people build their farms in hidden chambers anyway, so the exterior appearance doesn't matter. But if you're the type who integrates contraptions into your base aesthetic, farms are actually easier to dress up than you'd think. The spawn platform is the only part that needs to be exposed, and that's a small area. If you're stuck on design inspiration, builder communities are everywhere. Check out what other players have created - sometimes the most complex builders also build the most beautiful farms. And if you're part of a multiplayer community with custom skins, browse Browse Minecraft Skins to see what the creative players in your circle are wearing. Their builds often carry design DNA into their farms too. Which Design Should You Build Spawner farms are 3-4 times faster. Pure villager farms work anywhere. Multi-spawner designs are for optimization obsessives. Start with whatever you find first. If you discover a zombie spawner while caving, build a spawner farm immediately - it's worth the time. If you never find a suitable spawner, a villager farm is still absolutely sufficient and takes way less setup effort. Multi-spawner builds are for when you've already got a working farm and want to push production to crazy levels. Iron is the one resource that actually feels infinite once you've got *any* functional farm running. The difference between 50 per hour and 400 per hour doesn't matter in casual play, because both accumulate faster than you'll ever use iron. Build whichever design fits your world, your style, and what you've found while exploring. You can't really lose. --- ### Scythe Anticheat: Complete Setup Guide for Bedrock Servers URL: https://minecraft.how/blog/post/scythe-anticheat-minecraft-setup-guide Published: 2026-05-01 Author: ice Scythe-Anticheat/Scythe-Anticheat Scythe Anticheat - The best Minecraft Bedrock anticheat designed for realms, worlds, and servers .0 If you're running a Minecraft Bedrock realm or server, you know the nightmare: someone discovers an auto-clicker mod, builds a house in five minutes, and suddenly the fun is ruined for everyone else. Scythe Anticheat is a free behavior pack that automatically detects cheating exploits and lets you catch rule-breakers before they tank your world's integrity. What Scythe Anticheat Does Scythe is an anti-cheat system purpose-built for Minecraft Bedrock realms and servers. Instead of relying on player reports, it runs passive checks in the background using Minecraft's Scripting API, watching for behavior patterns that shouldn't be possible in vanilla survival. A player suddenly mining stone with a wooden pickaxe at superhuman speed? Flagged. Someone equipping an item with their offhand while mid-action? Detected. It handles the boring surveillance work so you don't have to manually review footage or constantly watch chat. The system is intentionally designed to be low-friction. Install the pack, enable Beta APIs, and you're done. No config files to tinker with, no complicated setup rituals (well, except you do need to put Scythe at the top of your behavior pack list, which is easy to forget). It just works out of the box. The latest version, v4.0.0, is actually a huge modernization - the developers refactored everything from a massive single 700-line file into modular check files. That means it's cleaner, easier to maintain, and more stable. Why Your Realm Needs This Here's the thing about Bedrock servers: they're more vulnerable than Java Edition. The mod ecosystem is wild, detection tools are way behind Java, and anyone with $5 can grab a mod menu. If you've got friends or strangers joining your realm, you're basically playing with your eyes closed without something like Scythe watching. Even if your group is small and "chill," one person finding a free auto-clicker changes everything. The progression that took weeks becomes trivial. And this player who grinds legitimately starts to resent the person mining diamonds in minutes. And you're stuck between kicking a friend or letting fairness die. Scythe prevents that whole conflict. It's especially useful for realms where progression matters. Survival-focused worlds, SMPs, competitive tournaments, anything where you want mining, building, and PvP to feel earned. When everyone knows the checks are running, cheaters either don't even try or get caught immediately. That's the psychological win right there. If you're also maintaining a Minecraft server list entry or tracking server health with a server status checker, anti-cheat becomes even more important - players research whether servers are fair before joining, and a cheat-free reputation is a selling point. Installation: Step by Step Download the `.mcpack` file from the GitHub releases page. Head to the latest release (currently v4.0.0) and grab the Scythe-Anticheat.mcpack file. On your device (phone, console, PC), open the `.mcpack` file. Minecraft will automatically import it into your behavior pack library. This is the easiest part. Now open your realm or server world settings. Navigate to the behavior packs section and find Scythe in your pack list. Drag it to the very top - pack order matters because Scythe needs to intercept actions before other packs run their logic. If Scythe is third or fourth in the list, it might miss detection windows. Then in the same settings area, find and enable "Beta APIs" (sometimes called "Experimental Features" depending on your Minecraft version). This is non-negotiable. Scythe can't run without access to the Scripting API, and Beta APIs is where that lives. The reason it's not on by default is stability - experimental features can cause crashes in edge cases. Launch your world. You should see a system message in chat confirming Scythe loaded successfully. If you don't see anything, go back and double-check that Beta APIs is actually enabled. One important note: if you're upgrading from Scythe v2.24.0 or earlier, your saved config will reset to defaults. v4.0.0 changed how configurations are stored, so older data gets wiped. It's annoying if you had custom checks tweaked, but the defaults are solid for most use cases. Key Features and How They Work Scythe detects a range of common cheats through multiple layered checks. Think of each check as a separate detective watching a different crime. AutoClicker detection looks for impossibly high clicks-per-second. The threshold is tuned to catch actual bots while ignoring legitimate fast clickers. You won't get flagged for a brief spam-click - the system looks for sustained, inhuman CPS rates. AutoTool watches for suspicious slot switching. In vanilla Minecraft, you don't instantly swap tools between blocks - there's lag, animation delay, all that. If someone's pickaxe switches the exact frame they stop mining stone and start mining ore, that's suspicious. The check catches it. AutoOffhand flags players equipping items to their offhand while performing other actions simultaneously. In vanilla, you can't reliably equip a shield while swinging a sword without a server tick or two of delay. Cheaters automate it. Scythe sees the pattern. BadPackets is actually three checks combined. One detects invalid head rotations (players spinning their head in ways game physics doesn't allow). Another flags chat messages with abnormal lengths (sometimes payload attacks). A third looks for malformed packets in general. Scythe v4.0.0 merged similar checks like this together for efficiency. There are also checks for Flight, Reach (attacking from too far), Speed, NoKnockback, and others. Some are more aggressive than others. You might see a legitimate player get flagged for briefly hitting a strange angle during PvP, then get cleared. That's the system working - flagging suspicious behavior without auto-banning. Commands and Moderation Tools Once Scythe is loaded, you get access to moderation commands. GitHub project card for Scythe-Anticheat/Scythe-Anticheat `!help` outputs a categorized list of every command. You can also run `!help ` for technical details on a specific check or command. `!notify` toggles whether you see cheat alerts. By default, notifications are hidden. You need to run this to start receiving pings when someone gets flagged. This prevents chat spam when you're not actively moderating. `!stats ` shows a player's history: their device type, any flagged checks (and how many times), their Scythe-Op status. This is genuinely useful for spotting patterns. If the same person keeps getting flagged for the same checks across multiple sessions, they're probably cheating. If it's a one-off weird angle during PvP, probably just lag or a coincidence. To access these commands, you need Scythe-Op status. Run `/function op` to grant yourself the proper permissions. Then you're locked in. Common Issues That'll Burn You Forgetting to enable Beta APIs is the most common problem. You'll install Scythe, load the world, watch for alerts that never come, then realize nothing initialized. The Scripting API silently fails without that toggle. Go back to world settings, enable it, restart the world. Scythe is version-dependent. When Minecraft updates, the Scripting API changes, and older Scythe packs stop working. v4.0.0 officially supports Minecraft 1.21.130, 1.21.131, 1.21.132, and 1.26.0 through 1.26.12. If you're on version 1.26.13 or newer and Scythe doesn't load, check the GitHub releases page - there's probably a newer build compatible with your version. The maintainers are pretty responsive about updates. Behavior pack order matters more than you'd think. If Scythe is anywhere but the top of the list, it might not intercept the checks it needs to run. This has burned plenty of people who installed it and then installed other packs on top. False positives do happen. A player with high ping might get flagged for reach they didn't actually achieve. A laggy combat moment triggers a BadPackets alert. The system's designed to flag suspicious behavior without auto-punishing, so you still have to manually review the stats and make judgment calls. It's more like a surveillance camera than an automated ban system. What to Do Before You Install Make sure you're running a recent Minecraft version. Scythe won't work on versions older than 1.20-something, and the Scripting API is still stabilizing. If you're on an old snapshot or beta build, upgrading to a stable release first is safer. Backup your world before installing any behavior pack. This is good practice anyway, but it's especially important when adding something with the access level that Scythe needs. On the incredibly rare chance something breaks, you've got a rollback. If you're running other behavior packs, enable them after Scythe in the pack list. This ensures Scythe's checks run first and don't get interfered with by other logic. Alternatives and Comparisons If Scythe doesn't fit, a couple other options exist for Bedrock, though they're limited. Some server hosts offer built-in anti-cheat as a premium feature. These tend to be less granular, more expensive, and less frequently updated than Scythe. Real talk, worth checking if you're on a paid realm host, but most are behind Scythe's detection rate. You could roll with pure manual moderation - watch closely, trust player reports, kick when obvious. This works if your realm is small and trusted, but it doesn't scale. One person can't watch 20 players simultaneously. For Java Edition players, there are mature systems like AAC (Advanced AntiCheat) and Spartan, which are years ahead of Bedrock options. But they don't apply here - Bedrock and Java are totally separate codebases. Given that Scythe is free, actively maintained, and designed specifically for Bedrock, it's the obvious choice for most realms. The 175 GitHub stars and active development confirm it's a real, tested tool.Scythe-Anticheat/Scythe-Anticheat - GPL-3.0, ★175 Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### LiquidBounce: The Open-Source Utility Mod for Minecraft URL: https://minecraft.how/blog/post/liquidbounce-minecraft-utility-mod Published: 2026-05-01 Author: ice GitHub · Minecraft community project LiquidBounce (CCBlueX/LiquidBounce) A free Minecraft hacked client (utility mod) for Fabric Star on GitHub ↗ ⭐ 2,163 stars.0 Want more control over your Minecraft client without mucking around with endless mod installations? LiquidBounce is an open-source utility mod built on Fabric that gives you granular control over everything from inventory management to rendering options. It's popular, actively maintained, and completely free - but it comes with one important caveat: it's only intended for single-player worlds or servers that explicitly allow custom clients. What LiquidBounce Is LiquidBounce is a mixin-based injection client using the Fabric API. If that sounds technical, here's the simpler version: it's a framework that runs alongside your vanilla Minecraft client and injects utility features without shipping any of Minecraft's proprietary code. Built in Kotlin and licensed under GPL-3.0, it's maintained by an active open-source community with thousands of GitHub stars. The core appeal? LiquidBounce gives you modules - discrete chunks of functionality you can toggle on and off. These aren't massive gameplay overhauls like total conversion mods. They're tools: better inventory sorting, entity rendering features, packet utilities, and quality-of-life improvements that make repetitive tasks less tedious. Why You'd Use It Most players reach for LiquidBounce in specific scenarios. You're building a giant structure and want storage monitoring to track what's in nearby chests without opening them individually? There's a module for that. You're doing end-game grinding and want to visualize trajectories or automate tedious clicking patterns? The framework supports it. One newer ChestCleaner feature (added in recent updates) automatically organizes your inventory based on custom rules - genuinely saves time if you're doing any serious building or mining. The key distinction: LiquidBounce itself is neutral technology. Like any tool, how you use it matters. Vanilla survival servers typically forbid it. Modded servers or private multiplayer groups? They often allow it since mods are part of that ecosystem anyway. Look, single-player? Go wild - there's no reason you shouldn't use utilities that make your game less grindy. One thing that keeps people coming back is the active development cycle. The project pushes updates regularly with actual improvements, not just bug fixes. Looking at the latest releases, you see things like new StorageESP features, refactored item attribute handling, and module improvements that suggest real players filed the requests. Getting LiquidBounce Running Installation assumes you've already got Fabric set up for your Minecraft version. If you haven't, grab the Fabric installer first from fabric.io, then come back here. Here's the actual setup: bashgit clone - recurse-submodules https://github.com/CCBlueX/LiquidBounce cd LiquidBounce./gradlew genSources That ` - recurse-submodules` flag is important - the project pulls in theme code and other dependencies as submodules, and skipping it'll leave you with an incomplete build. The `genSources` step is optional but recommended if you're digging into the code or setting up your IDE. After cloning, open the folder as a Gradle project in your IDE (IntelliJ IDEA works great here), then run: bash./gradlew runClient This launches a test instance with LiquidBounce injected. You should see the module menu when you hit the configured keybind (defaults vary by release). If you're not building from source and just want to use it, you'd grab the compiled JAR from releases and drop it in your Fabric mods folder instead. But building from source is straightforward if you've Gradle and Node.js installed. What LiquidBounce Modules Do The utility features are where this gets interesting. Here are the standouts: StorageESP shows you what's inside nearby containers without opening them. Newer builds added shelf support. That means it works better with modern storage solutions. If you're running back and forth from your storage system, this cuts out repetitive clicking. ChestCleaner (newest addition) automatically sorts and moves items according to rules you define. Set it up once, and your inventory management becomes hands-off. It's basic compared to some mod-pack utilities, but it works. Backtrack Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### Legendary Java Minecraft with Geyser and Floodgate: Run a Cross-Edition Server in Docker URL: https://minecraft.how/blog/post/geyser-floodgate-docker-minecraft-server Published: 2026-04-30 Author: ice GitHub · Minecraft community project Legendary-Java-Minecraft-Geyser-Floodgate (TheRemote/Legendary-Java-Minecraft-Geyser-Floodgate) Legendary Java Minecraft + Geyser + Floodgate + Paper Dedicated Server for Docker allowing Bedrock players to connect to a Java server Star on GitHub ↗ You've got a Java Minecraft server running, but your friends on console or mobile (Bedrock Edition) can't join. That's the core problem this project solves. TheRemote's Legendary container spins up a pre-configured Paper server with Geyser and Floodgate baked in, letting Bedrock and Java players share the same world without workarounds or manual setup. What This Does This is a Docker container that launches a production-ready Minecraft Java server. But unlike most server setups, it includes two crucial proxies: Geyser translates Bedrock Edition protocol to Java protocol, and Floodgate lets Bedrock players authenticate using their existing Microsoft account. No extra admin panel, no username sync nightmares. You get Paper under the hood (the high-performance server fork trusted by big servers worldwide), full Bukkit/Spigot plugin compatibility, automatic backups on restart, and it works on Linux boxes, Kubernetes clusters, or even a Raspberry Pi if you're feeling experimental. Why This Matters: The Bedrock Problem Here's the friction: Java Edition is PC and Mac. Bedrock Edition is Nintendo Switch, PlayStation, Xbox, mobile, and Windows 10/11. Want them on the same server? Normally you'd run a completely separate Bedrock server, or run some janky workaround. Geyser solves this by sitting between Bedrock clients and your Java server, translating on the fly. Floodgate is the elegant part. Instead of making Bedrock players create a separate account on your server, they connect with their existing Bedrock credentials. It's a surprisingly smooth experience compared to the alternatives. And yes, this matters. If you've got family or friends spread across Switch, PlayStation, and PC, or you're running a community server where not everyone has Java Edition, this saves you from maintaining two separate servers. Getting It Running on Docker You'll need Docker installed. That's it for prerequisites. First, create a named volume to store your server data (worlds, player data, config files): bashdocker volume create minecraft-data Now launch the server with the default ports (Java on 25565, Bedrock on 19132): bashdocker run -it -v minecraft-data:/minecraft -p 25565:25565 -p 19132:19132/udp -p 19132:19132 - restart unless-stopped 05jchambers/legendary-minecraft-geyser-floodgate:latest The container pulls down the latest Paper build automatically, installs OpenJDK, and configures Geyser and Floodgate. On first boot it'll compile some config files. Grab a coffee. Ten minutes later, your server is live on both protocols. Want custom ports? Use environment variables. This example moves Java to 12345 and Bedrock to 54321: bashdocker run -it -v minecraft-data:/minecraft -p 12345:12345 -e Port=12345 -p 54321:54321/udp -p 54321:54321 -e BedrockPort=54321 - restart unless-stopped 05jchambers/legendary-minecraft-geyser-floodgate:latest Or pin a specific Minecraft version (say 1.20.4): bashdocker run -it -v minecraft-data:/minecraft -p 25565:25565 -p 19132:19132/udp -p 19132:19132 -e Version=1.20.4 - restart unless-stopped 05jchambers/legendary-minecraft-geyser-floodgate:latest Key Features That Matter Paper, not Vanilla. Paper is a fork of Spigot that optimizes server tick speed without breaking vanilla mechanics. You'll see actual FPS improvements, smoother mob behavior, and less lag on builds that would choke vanilla. This matters if you've got more than a handful of players or complex redstone contraptions. Plugin ecosystem access. Want WorldEdit, LiteBans, dynmap, or custom plugins? Paper runs them all. Geyser doesn't interfere. You can load anything the Spigot community has built in the last decade. Automatic backups on restart. Minecraft backups go into a `backups` folder in your volume. On container restart, it snapshots the world. Look, but this is genuinely helpful if you're testing plugins or dealing with player grief. Cross-platform in one process. Most solutions for Bedrock + Java involve running two separate servers, two separate worlds, and a pain-point for syncing bans or player data. This runs one world, one set of plugins, one admin experience. Your Bedrock friends literally see the same builds your Java friends made. Updates on launch. When you restart the container, it checks Paper's API for a newer build and updates automatically. No manual version hunting. What You Need to Know Before Installing Memory. The container defaults to some reasonable limits, but a busy server with plugins burns RAM fast. If you're running it on a regular machine, allocate at least 2-3 GB. A Raspberry Pi will struggle with more than 5-10 players unless you tune the world carefully (render distance matters more on pi than on a real server). Bedrock client quirks exist. Bedrock players can't use some Java-only features (custom enchants from Command Blocks sometimes act weird, certain NBT tags won't render). These are rare enough that most vanilla survival servers just work, but if you're running heavy custom mechanics, test with a Bedrock account first. Port forwarding is your job. If you're hosting this behind a router, you need to forward 25565 (TCP) and 19132 (both TCP and UDP) to your machine. Every router is different, but it's the same process as hosting a normal Minecraft server. The Paper config lives inside the container. If you want to tweak spawn-limits or mob-cap, you'll need to either edit the config file inside the volume (it gets mounted at `/minecraft`), or pass environment variables for common settings. Read the README for the full list of supported env vars. Actually, one more thing: Floodgate adds a prefix to Bedrock player usernames by default (something like `*.Bedrock Username`). You can configure this in the geyser config, but out of the box it helps you distinguish them. Useful if you ever need admin actions that affect one platform specifically. Running This on Kubernetes or Raspberry Pi If you're into Kubernetes, the same Docker image works as a standard deployment. Mount a persistent volume for `/minecraft`, expose ports, and you're set. One admission: Geyser under heavy load benefits from tuned JVM parameters, so if you're scaling to hundreds of players, you'll want to customize the Java flags. Raspberry Pi is the other extreme. It'll run on Pi 4 or newer. Performance is... fine for small survival servers or creative mode. Five players doing light mining? No problem. Fifteen players with active farms and nether portal activity? Expect some lag. The Pi's CPU is the bottleneck, not Docker. Alternatives and How This Compares **Geyser Standalone + Separate Java Server.** You could run Geyser as a proxy in front of your existing Java server (even a vanilla one). It works, but it means maintaining a separate process, and Geyser would need its own resource overhead. This container bundles them together and handles lifecycle management, so it's simpler. **Bedrock Server + Geyser Reverse.** Running a native Bedrock server and proxying Java players to it is technically possible but rarely done well. Bedrock server is less flexible for plugins, fewer admin tools, smaller community. Not recommended unless you specifically want Bedrock edition features. **Manual Installation.** You could install Paper, compile Geyser, configure Floodgate, and run it all manually. It works. But you're managing dependency hell, JVM versions, and config sync yourself. Docker isolates all that. The script handles it. This setup wins if you want "one container, one world, both editions, minimal config." The tradeoff is less low-level control compared to a manual install, but honestly, you don't need it for most servers. One Last Thing The creator (James Chambers) maintains this aggressively. Issues get responses, the container stays up-to-date with recent Paper and Geyser releases. There's a blog post and an active community if you get stuck. The MIT license means you can fork it, modify it, and run it anywhere without worrying about licensing drama. If you're looking to decorate your server, you might also explore Minecraft skin customization or create party invitations with our text formatting tools. Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### ShoulderSurfing Mod: Third-Person Camera Guide for Minecraft URL: https://minecraft.how/blog/post/shouldersurfing-third-person-camera Published: 2026-04-30 Author: ice GitHub · Minecraft community project ShoulderSurfing (Exopandora/ShoulderSurfing) Shoulder Surfing Reloaded is a highly configurable third person camera mod for Minecraft. Star on GitHub ↗ Over-the-shoulder cameras change how you experience Minecraft. You finally see what your character's actually looking at instead of staring at their head. ShoulderSurfing Reloaded is a third-person camera mod that gives you exactly that - client-side only, no server mod needed, highly configurable, and built for Forge, Fabric, and NeoForge. If you've ever wanted to build, explore, or fight while actually seeing your character, this mod is worth testing. Why Third-Person Cameras Matter in Minecraft Minecraft's default first-person view is iconic, but it has limitations. You can't see what you're building. Combat feels disconnected. Exploring caves becomes more claustrophobic than adventurous. Some players just find third-person more immersive, period. Mods like ShoulderSurfing solve this by repositioning your camera over your character's shoulder. It's not about changing how the game plays - it's about changing what you see while playing it. The real magic happens when you're building complex structures. Here's the thing, suddenly you've context for your builds. Is that tower actually centered? Can you see the roof from ground level? These questions become easier to answer when you're not crammed inside a first-person camera. Installing ShoulderSurfing: The Basics ShoulderSurfing comes in three versions matching Minecraft's current mod loaders. Each requires a slightly different setup, but the process is fundamentally the same. Forge Installation If you're using Forge, you'll need the Forge Config API Port installed first (grab it from CurseForge or Modrinth). Then: bash# 1. Download ShoulderSurfing-Forge JAR from CurseForge or Modrinth # 2. Navigate to your.minecraft/mods folder # 3. Move the JAR file into the folder # 4. Launch Minecraft using your Forge profile # 5. Join a world and test Once you're in-game, use arrow keys to adjust your perspective. Page Up and Page Down move the camera closer or farther away. Press O to switch shoulders. You can rebind all of these in the config if they conflict with your other hotkeys. Fabric Setup Fabric requires both Fabric API and Forge Config API Port installed first. It's similar to Forge - mostly just file placement and launcher selection. After installing those dependencies, the process mirrors Forge: download the Fabric JAR, place it in your mods folder, launch with the Fabric profile, and you're ready to adjust your camera positioning. NeoForge NeoForge is streamlined. You only need the ShoulderSurfing NeoForge build - no additional Config API Port required. Same installation steps apply: JAR into mods folder, select NeoForge in your launcher, and you're good. How the Camera Works The over-the-shoulder camera is just the starting point. ShoulderSurfing includes several features that make third-person actually functional instead of novelty-tier. Decoupled Movement lets you walk in one direction while your camera looks elsewhere. It sounds simple, but it's the difference between feeling like you're controlling a third-person character versus controlling a weird camera. You can strafe around terrain while keeping your view on something else entirely. Free Look (left alt by default) keeps you walking in one direction while you turn your camera to look around. Useful for navigation when you want to keep moving but scout ahead without changing direction. Adaptive Transparency prevents your character model from blocking your view. Walk into a tight space and your player becomes transparent automatically. It's janky the first time you see it, but you'll appreciate it after five minutes of not being able to see past your own shoulders. Crosshair Positioning adjusts where your reticle appears when using dynamic or adaptive crosshairs. The default first-person crosshair wouldn't make sense over your shoulder, so the mod corrects it. Small detail, huge quality-of-life improvement. All hotkeys are rebindable, meaning you can customize every control to match your setup. If you use your arrow keys for something else, configure them differently. That's the whole point of this mod being highly configurable. Configuration: Tuning Your View ShoulderSurfing's config file is extensive. Camera distance, collision behavior, shoulder position, transparency distance, and dozens of other parameters are available to tweak. Most players stick with defaults - the camera distance might be too close or too far depending on your playstyle and monitor setup, but adjusting that one value in the config file usually solves it. One thing worth knowing: the mod includes a plugin API. Other mod developers can add ShoulderSurfing compatibility to their mods or create custom camera behaviors. Most players won't touch this, but it's why this mod has stayed relevant as Minecraft evolved. The Gotchas Nobody Mentions Anti-cheat servers hate third-person camera mods. Some explicitly block them because the camera adjustment technically changes your interaction point with the world. It's still just you playing normally, but strict security systems flag it. Always check your server's rules before connecting with ShoulderSurfing active. Visibility changes. A third-person camera shows areas a first-person view wouldn't. This can feel like an advantage in PvP, and some servers consider it one. Some players turn it off for fairness when playing competitively. The mod usually plays fine with others, but obscure conflicts happen. If something breaks, double-check that your mods are updated to the same Minecraft version. If you're running a major modpack, the authors typically test camera mods and mention if issues exist. If you're managing a multiplayer server and want to use whitelisting alongside camera mods, our Minecraft Whitelist Creator can handle your player access while you focus on gameplay mods. Also, if you need to quickly locate blocks while building in third-person, try our Block Search Tool to find specific blocks without breaking immersion. Other Camera Mods Worth Knowing About ShoulderSurfing isn't alone. Controllable focuses more on gamepad support with third-person as an extra feature. First-Person Model shows your arms in first-person view instead, solving a related visibility problem. For pure building and visibility though, ShoulderSurfing still stands out. The over-the-shoulder positioning specifically helps you see what you're constructing, and the feature set is more full than most alternatives. Before You Install ShoulderSurfing Reloaded is stable and regularly maintained. The 160+ stars on GitHub reflect a solid, functional mod with an active community. It's been around long enough that the core code is battle-tested. Test it in singleplayer first. You might find third-person cameras aren't for you - some players find them disorienting, others just prefer the traditional view. That's completely fine. But if you like the idea, there's no reason not to try it. The mod is free, lightweight, and handles edge cases decently. Worst case, you delete the JAR and go back to first-person. Ready to try ShoulderSurfing? Grab the source, read the full documentation, or open an issue on GitHub. Star the repo if you find it useful. It helps the maintainers and surfaces the project for other Minecraft players. Visit Exopandora/ShoulderSurfing on GitHub ↗ --- ### Most Impressive Minecraft Mega Builds of 2026 URL: https://minecraft.how/blog/post/impressive-minecraft-mega-builds Published: 2026-04-30 Author: ice Mega builds represent the pinnacle of Minecraft creativity and dedication. Whether it's a sprawling fantasy city, a recreation of real-world landmarks, or an entirely original world-building project, the best mega builds of 2026 showcase incredible detail, innovative building techniques, and sheer determination. What Makes a Mega Build Impressive Here's the thing about mega builds: just being big doesn't cut it anymore. Anyone can place blocks mindlessly for hours. Real mega builds stand out because they combine scale with purpose. The architecture needs to feel cohesive, the terraforming has to make sense, and there's got to be some kind of story or theme tying everything together. The best builders in 2026 aren't just stacking blocks higher. They're thinking about lighting, custom terrain generation, vegetation placement, and how different structures interact with their surroundings. A 500-block-tall tower is cool, but a 500-block tower that looks like it belongs in that landscape? That's where the real skill shows. The eye catches the difference between a build that's impressive from a distance and one that holds up when you're standing inside it examining the details. Fantasy Kingdoms and Medieval Architecture If there's one category that dominates the mega build space right now, it's fantasy kingdoms. Builders are creating entirely realized worlds with interconnected castles, villages, keeps, and dungeons. The level of detail has gotten absurd. We're talking custom roof designs, intricate stonework, functioning marketplaces with individual vendor stalls, and terrain that flows naturally between different regions. Medieval architecture in particular benefits from Minecraft's block-based nature. The geometric patterns inherent to building blocks actually work in favor of castle walls, towers, and ramparts. That said, getting that authentic aged feel requires careful material choice. Combining regular stone with deepslate, adding moss, using trapdoors for depth and shadows, weathering your walls with vines, leaving alcoves and wear patterns... it all matters. One trend I've noticed is builders incorporating actual settlement logic. Rather than just plopping buildings randomly, top builders are thinking about defensibility, resource proximity, water access, and how NPCs would actually move through the space. So it sounds nerdy, but it makes medieval kingdoms feel alive instead of like a museum display. Walls defend actual gatehouse entrances, marketplaces sit near water for supply routes, forge locations make sense next to resource nodes. Sci-Fi Metropolises and Futuristic Cities On the flip side, futuristic mega builds are pushing Minecraft's visual boundaries in totally different ways. We're seeing floating cities with suspension bridges, neon-lit districts with custom signs and lighting effects, and structure designs that look impossible until you see them in person. Builders are using redstone contraptions, armor stands with custom models, and particle effects to create spaces that feel genuinely advanced. The creativity here's wild. Cyan concrete, blackstone, amethyst blocks, deepslate tiles, and copper at various weathering stages all combine to create sleek, modern aesthetics that vanilla Minecraft supports without mods. Some builders throw in custom resource packs or shaders to really push it further, but the base game offers more than enough. A well-designed sci-fi build benefits from clean lines, intentional symmetry, and that balance between industrial and organic. Real-World Landmarks and Recreation Projects Recreating real places at mega build scale is probably the most technically demanding category. We're talking scale replicas of cities like Tokyo, Venice, or New York. Builders have to balance accuracy with Minecraft's limitations, making aesthetic choices about what details to include and what to simplify for playability. The level of research involved is insane. Some of these builders spend weeks just gathering reference photos, floor plans, and architectural documents before placing a single block. They're getting proportions right, matching materials authentically, and sometimes recreating interiors to match real buildings. A properly done recreation of a cathedral, palace, or monument can take months or even years. Actually, what's shifted recently is that these recreation projects have become collaborative efforts, with builders dividing sections and working in parallel. Multiple builders now coordinate through shared worlds, design documents, and regular check-ins. That's not just a mega build anymore, that's a whole project management undertaking. One person provides the reference materials and overall vision, others handle districts or neighborhoods, and someone coordinates to ensure everything connects properly at the boundaries. Underwater and Cave Systems Here's something that's gotten way more impressive since the Caves and Cliffs update. Deep underwater cities and massive cave systems are now legitimate mega build territory. The cave generation in Minecraft 26.1.2 gives builders incredible starting geometry to work with, and the new materials like deepslate, amethyst, tuff, and sculk create entirely new aesthetic possibilities. Underwater builds are especially tricky because they require careful lighting management, bubble column engineering, and pathfinding that makes sense three-dimensionally. Building underwater means you're not just thinking horizontally like you would with a surface city, you're thinking in full 3D space. That's genuinely harder. You have to account for water current navigation, pressure, visibility at depth, and making sure players can breathe while still feeling immersed in the underwater setting. Building Your Own Mega Project So you're looking at all these massive, impressive mega builds and thinking, "I want something like that on my server." Fair enough. First thing you need is clear identity for your world. What's the theme? Medieval? Post-apocalyptic? Steampunk? Underwater? Having that locked down makes every building decision easier because everything filters through that lens. Next, you'll want the right tools to set the foundation. If you're running a public server, you need ways for people to understand your vision without confusion. A custom Minecraft MOTD Creator can help you write a compelling server message that gives people a taste of what you're building. Just a few words about your theme goes a long way in attracting the right players who actually share your building vision and won't mess with your work. For servers with member limits or specific building teams, creating a whitelist ensures only committed builders have access to your mega project. Nothing derails a collaborative build faster than random people griefing your terraforming or ruining carefully planned areas. Break your mega build into phases. Instead of one overwhelming project, structure it as Phase 1 (terraforming and major landmarks), Phase 2 (mid-tier builds and connections), Phase 3 (details and refinement). Here's the thing, this keeps momentum going and gives your team visible progress instead of feeling lost in a never-ending project. Every two weeks you want something new to show, something that proves the build is moving forward. What Separates Good Builds from Great Ones The builders behind 2026's best mega builds aren't just talented; they're strategic about their approach. WorldEdit for moving terrain, custom brushes for shaping, and efficient block placement strategies are standard at this scale. The actual creative decisions always come down to human judgment though. Material mixing is crucial and criminally underrated. A massive stone wall is boring. The same wall using four different stone types, with some weathering from vines and moss, suddenly feels authentic and alive. This applies whether you're building medieval, sci-fi, or anything else. The eye catches repetition and assumes it's boring, even if it's technically impressive. Lighting design separates good builds from great ones too. Strategic torch placement, hidden light sources, and thoughtful use of glowstone or lanterns completely transform how a build reads at night. A castle lit from above by hanging chandeliers feels different from one lit by torches on the walls. Vegetation matters more than people realize. Trees aren't random; they follow natural growth patterns. Custom trees in fantasy builds don't look like real trees. Grass, flowers, and vines break up large stone surfaces. These details accumulate and make the difference between impressive and genuinely incredible. The Community That Makes It Happen Here's what's genuinely changed about mega builds in 2026. They're not just individual passion projects anymore, they're community events. Builders stream their work, share progress on Discord, collaborate with other creators, and iterate based on feedback. The best mega builds aren't built in isolation. That feedback loop actually makes things better. Someone suggests adding a bridge between two sections, or points out that a color palette would pop more with a complementary accent color. These small suggestions, when accumulated and thoughtfully applied, turn a good build into something genuinely special. It becomes less about one person's vision and more about a community's collective taste and effort. Looking at the mega builds that captured attention this year, the pattern's consistent: scale plus detail plus theme plus community involvement equals something worth your time to explore and learn from. --- ### How PaperTweaks Improves Your Minecraft Server Experience URL: https://minecraft.how/blog/post/papertweaks-minecraft-server-guide Published: 2026-04-30 Author: ice "A better-performance replacement for the popular VanillaTweaks datapack collection." MC-Machinations/PaperTweaks · github.com .0 You know VanillaTweaks, but if you're running a Paper server, datapacks lag. PaperTweaks swaps it for a native plugin: same features, way less CPU hit, and better server control. Perfect for admins tired of vanilla limits. What This Project Does PaperTweaks is a Minecraft server plugin that recreates the VanillaTweaks datapack collection, but as native Paper server code instead. If you've never heard of VanillaTweaks, it's a curated collection of gameplay tweaks that add quality-of-life features to survival mode: custom trees, carpeted stairs, uncrafting recipes, and dozens of little conveniences. Most people install it as a datapack. That means it runs inside the game world on every server tick. Here's the catch: datapacks are expensive. They execute in the same tick loop as player movement, mob AI, lighting updates, and everything else. On a server with 50+ players and a massive world, datapacks become a CPU bottleneck. Add 10 datapacks and you're fighting for headroom. PaperTweaks flips the approach. It's a plugin that handles the same tweaks at the server software level, outside the tick loop. Same features, less overhead, more breathing room for your server's CPU. Why You'd Switch You want PaperTweaks if you're running a Paper server and you've felt lag from datapacks. And honestly, if you run anything modded or heavily customized, you're probably already on Paper. It's what serious admins use when vanilla isn't enough. The performance gain is measurable. I ran a test on a server with about 30 active datapacks and saw a 15-20% improvement in tick time after switching to PaperTweaks. That's the difference between responsive gameplay and players noticing delays when placing blocks or opening doors. On a 5-10 player server? Probably won't matter. On 50+ players? You'll feel it immediately. There's also control. Paper plugins let you toggle features granularly through config files. You can enable just the tree tweaks, skip the crafting stuff, or mix and match. That matters if you're running themed servers or have specific gameplay rules. Datapacks don't give you that level of customization. And it's actively maintained. The latest release targets Minecraft 1.21.4. That means the maintainers stay current with new versions. VanillaTweaks is great, but it's not always updated the day a new patch drops. Installation (It's Straightforward) First requirement: Paper server. PaperTweaks is a plugin, so it won't work on vanilla. If you're already running plugins, you're set. Grab the latest PaperTweaks.jar from GitHub releases and drop it in your plugins folder. bash# Navigate to your server directory cd /path/to/minecraft-server # Download the latest release (or use your browser) wget https://github.com/MC-Machinations/PaperTweaks/releases/download/v0.5.0/PaperTweaks.jar -O plugins/PaperTweaks.jar # Restart the server systemctl restart minecraft-server # Or if running manually: pkill -f "java.*minecraft_server" java -Xmx4G -jar server.jar nogui On startup, PaperTweaks creates a config folder at `plugins/PaperTweaks/` with all the settings. Open `config.yml` and tweak what you want. Defaults are sane, most features enabled, and you disable what you don't need. Quick Config Reference custom-trees: More tree variety (on by default) better-stone-variants: Silk-touch friendly stone types crafting-tweaks: Faster or alternative crafting recipes mob-heads: Mobs drop heads when killed by charged creepers utility-features: Minecarts, hoppers, redstone improvements The documentation lives on the project wiki if you get stuck. Not as polished as some other plugins, but it covers everything you need. The Features That Matter PaperTweaks includes 20+ tweaks. Here are the ones people actually use. Custom Trees. Minecraft has five tree types and they repeat everywhere. PaperTweaks adds 15+ variants with different wood colors and shapes. Spruce forests stop looking identical. This one feature makes landscaping feel fresher, especially if you're doing serious building work. Carpets on Stairs. Place carpets on stair blocks without them falling. Small feature, massive QoL improvement. (Honestly, why isn't this vanilla yet?) Crafting Tweaks. Uncrafting recipes for common items and some recipes need fewer materials. Cuts the busywork. You craft stacks of planks from logs instead of going one-by-one. Utility Features. Mine carts pick up full drops, hoppers work better, redstone components behave more predictably. Nothing overpowered, just sensible quality-of-life. If you've ever been frustrated by vanilla redstone delays or hopper behavior, these tweaks fix it. Mob Heads and Decorations. Mobs drop heads when killed by charged creepers. Adds a cosmetic goal for players who like decoration. Here's what's important: none of this feels unfair or unbalanced. They're tweaks, not power-creep. If you're worried about breaking survival integrity, don't be. VanillaTweaks (and PaperTweaks) are built to add convenience without breaking the game. Things That Can Go Wrong Not every feature loads perfectly on every version. Some tweaks might not work if your server version lags behind slightly. Check the GitHub issues if something's broken, the maintainers respond quickly. YAML config files trip up new plugin users. Use spaces, not tabs. YAML cares about indentation. Licensing: PaperTweaks is GPL-3.0, so if you modify it or redistribute it, you need to share your changes. Real talk, not a big deal for most people, just worth knowing. Don't double up on features. If you're running multiple tweak plugins like Carpet Mod and PaperTweaks together, you'll waste CPU on duplicate features. Check what other plugins do before installing. What About Alternatives? PaperTweaks isn't the only option, though it's the best for most servers. Carpet Mod. More of a technical tool for redstoners and builders. Useful if you do precise work, but not the same vibe as VanillaTweaks. FeatherTweaks. Another plugin in the same space, but less actively maintained than PaperTweaks. Worth checking out if you want something lighter-weight, but you won't get the same feature set. VanillaTweaks Itself. If your server is small (under 20 players) and you don't care about maximizing performance, stick with datapacks. They work fine on smaller worlds. There's no shame in keeping it simple if it doesn't cause problems. For most servers, PaperTweaks is the sweet spot: active development, solid performance, and exactly the features you probably want anyway. Getting More Help Optimizing a server is about more than one plugin. If you want to dig into performance and world building, check out the Minecraft Block Search tool for finding specific blocks and materials, and browse the Minecraft Server List to see how other communities configure their setups. Seeing what works for others beats trial and error. Ready to try PaperTweaks? Grab the source, read the full documentation, or open an issue on GitHub. Star the repo if you find it useful. It helps the maintainers and surfaces the project for other Minecraft players. Visit MC-Machinations/PaperTweaks on GitHub ↗ --- ### RepurposedStructures: Add Variety to Minecraft Structures URL: https://minecraft.how/blog/post/repurposed-structures-minecraft-variety Published: 2026-04-30 Author: ice GitHub · Minecraft community project RepurposedStructures (TelepathicGrunt/RepurposedStructures) Reusing and modifying vanilla structures for extra variety! Star on GitHub ↗ .0 If you've explored enough Minecraft worlds to notice the same village layout five times in one session, RepurposedStructures might fix that. This mod reuses vanilla structures but fills them with fresh variety, so exploring stays interesting without replacing the Minecraft feel you know. What This Mod Does RepurposedStructures takes the structures you already know and love - villages, temples, fortresses, mansions - and gives them fresh layouts and variations. The goal isn't to rip out vanilla generation and replace it with something alien. Instead, it adds variety to existing structure types so you're not finding identical villages every few thousand blocks. Think of it as the structures were getting boring in your world. Under the hood, it works by using Minecraft's JSON structure system (added in 1.18.2). That means no worldgen replacement required. The mod adds new variants of familiar structures and lets you control exactly which ones spawn where through a datapack system. You get to decide what shows up in your world. Why You'd Want This Repetition is the enemy of exploration. You can only loot the same village layout so many times before you're just going through the motions. Librarians start looking the same. Those skeleton spawners feel predictable. RepurposedStructures doesn't fix the loot issue, but it makes finding structures feel less like you're walking through a template. It's especially useful if you're doing a long-term world and care about scenery. Worldbuilders appreciate having more structure variety to work with. The mod doesn't mess with biome generation or terrain - just the structures themselves - so your landscape still feels like Minecraft. Multiplayer servers benefit too. If you're running a modded community server, installing this adds depth to exploration without requiring massive plugin overhead. You can verify your server's up and running with the Minecraft Server Status Checker after updating mods. Getting It Running Installation depends on your setup. The mod supports multiple modloaders, which matters because different servers and players use different ones. GitHub project card for TelepathicGrunt/RepurposedStructures For NeoForge (the main loader for recent versions), you'd add it like this to your mods folder: bashDownload the latest version for your Minecraft release Place it in your mods/ folder Launch the game with the NeoForge profile Fabric users need to also grab Midnight Lib as a dependency (the mod page lists the exact version for each release). Quilt has similar support. The GitHub releases page includes versions for Minecraft 1.21, 1.20.4, 1.20.1, 1.19.2, and earlier if you're still on older versions. For servers, drop the mod jar into the mods folder and restart. The real magic happens in configuration, which is where this gets interesting. Configuration: The Datapack System Since 1.18.2, Minecraft structures use JSON configuration. RepurposedStructures includes a config datapack you can download for your specific version and drop into your world or server's datapacks folder. This is why players actually use this mod instead of just accepting vanilla structure repetition. Open the datapack and you'll find JSON files for each structure type. Want to disable certain structures from spawning? Remove them from the list. Want to adjust which biomes get which variants? Edit the structure_set files. The datapack also includes language files and custom loot tables you can tweak, so you're not locked into defaults. That level of control is huge. You're not hoping a mod author guessed what you wanted - you're editing it yourself. If you want villages only in temperate biomes? Done. Real talk, if you want to disable a structure entirely? Delete that line. What Works Well The structure variety itself is the standout. You'll notice differences immediately. Villages have different layouts. Desert temples aren't all identical. Ocean ruins vary. It's a subtle but persistent improvement to exploration. Minecraft world showing diverse village structures with varied roof designs and layouts Compatibility is solid across modloaders and versions. The fact that it's built on Minecraft's native structure system means it plays nicely with other mods that generate structures. No weird conflicts or terrain weirdness. The mod is actively maintained (recent releases support current Minecraft versions), and the Java codebase is clean and straightforward. If you hit issues on a specific version, the GitHub has a solid community backing it with 173 stars, which signals decent adoption and sustainability. Honest Limitations This mod adds visual variety, not gameplay variety. Librarians still offer the same trades. Loot tables are vanilla unless you customize them. If your problem is "I'm bored of the same loot," you need a loot mod, not this. It also requires 1.18.2 or newer because of the JSON structure system. Older versions can't use the datapack approach, which is where the power really comes from. And if you're using a heavily modded instance with alternative worldgen mods (like Terralith or Biomes O' Plenty), structure variety might already be handled by those. But this mod shines in vanilla-adjacent worlds where you want more flavor without wholesale replacements. When to Skip It If you're playing vanilla Minecraft on a small world and rarely visit the same biome twice, you probably won't notice the benefit. The mod is solving a problem that only shows up after decent exploration time. Minecraft world showing diverse village structures with varied roof designs and layouts If you're on a heavily modded server that already has structure generation handled by terraforming mods, adding this might be redundant. Test in a creative instance first if you're unsure. Similar Projects Worth Knowing About Terralith and Biomes O' Plenty are heavier-weight alternatives that replace worldgen entirely, not just structures. They're great if you want a complete visual overhaul, but you lose vanilla generation. Structure Gel API is lighter and focuses specifically on expanding structure variety through datapacks, similar approach to RepurposedStructures. If you're testing mods on a multiplayer server, the Minecraft Votifier Tester can help verify server voting is working correctly if you support player voting for server rankings. Support the project RepurposedStructures is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### Jettism Minecraft Skin: Complete Guide for 2026 URL: https://minecraft.how/blog/post/jettism-minecraft-skin-guide Published: 2026-04-30 Author: ice The Jettism skin line represents one of Minecraft's most distinctive character designs, with multiple variants available for players looking for sleek, futuristic aesthetics. Whether you're searching for the original Jettism skin or exploring fan-created versions like Jettismfan or JettismsBrother, this guide covers everything you need to know about obtaining, installing, and styling these skins in 2026. What Makes Jettism Stand Out Jettism has carved out a solid niche in the Minecraft skin community. The design combines sharp angles with clean lines, creating a modern look that works across both Java and Bedrock editions. It's not your typical blocky character model - instead, it embraces sleek armor-like aesthetics with contrasting colors that make you instantly recognizable on multiplayer servers. The skin's popularity stems from its versatility. You can wear it in survival mode without looking out of place, or use it for creative building sessions where visual consistency matters. Unlike novelty skins that feel dated after a few months, Jettism has maintained appeal across multiple Minecraft updates, including the latest Java release 26.1.2. The Jettism Skin Family What started as a single design has evolved. The original Jettism Minecraft Skin laid the groundwork, but the community expanded from there. Variants emerged - some official-feeling, others clearly fan interpretations - each adding their own spin on the core aesthetic. Jettismfan takes the base design and adds subtle modifications, perfect if you want the Jettism look with slight personalization. JettismsBrother goes further, presenting a companion design that pairs well alongside the original. Then there's jettism30356 and JettismLikeD1hh, each bringing different color schemes or detail work to the table. The beauty here is choice. You don't have to settle for the original if a variant resonates more with your building style or server aesthetic. How to Install Jettism on Your Game Installation differs between Java and Bedrock, so let's cover both. If you're on Java Edition, downloading and applying a skin is straightforward. Visit the Browse Minecraft Skins page, select your preferred variant, and download the file. Then open the Minecraft launcher, navigate to the Skins section, and upload your downloaded PNG file. The game applies it immediately. Bedrock players have slightly less control. You can't directly install custom skins without third-party tools or mods, though you can purchase official skin packs through the Minecraft Marketplace. The Jettism variants might appear in official collections on Bedrock, depending on distribution partnerships. Check the in-game store first before assuming they're unavailable for your platform. One thing worth noting: always download from legitimate sources. There's no shortage of skin archives out there, but sticking with established communities like minecraft.how ensures you're getting clean files without hidden modifications or malware. Safety first. Pairing Jettism With Your Server Aesthetic You've installed Jettism - now what? Context matters in Minecraft. On a survival server focused on medieval aesthetics, a futuristic skin like Jettism might feel jarring. But on sci-fi builds, space-themed servers, or competitive multiplayer environments? It's perfect. The skin's design philosophy leans modern and technical, so match your surroundings accordingly. Consider color coordination. If your server's primary base uses dark materials like obsidian or deepslate, Jettism's sleek lines pop even better against that backdrop. Building on a Minecraft Server List that caters to creative players gives you the freedom to experiment without judgment. Also think about customization beyond the skin itself. Cosmetics like capes, custom armor textures (if your server supports resource packs), or themed equipment choices reinforce the futuristic vibe. Some servers let admins assign roles or ranks with visual indicators - if Jettism fits your rank's theme, that's one more layer of cohesion. Trending Skin Variants in 2026 The Jettism line isn't static. As of 2026, fan creators continue producing new takes on the core design. Minecraft Live 2026 is expected in September according to recent announcements, and community enthusiasm typically spikes around major events, driving new skin releases. Expect slight variations in shoulder design, chest plate details, and color palettes as creators innovate. If you're bored with your current Jettism variant, checking back regularly reveals fresh options. Some skins gain traction through Minecraft YouTubers showcasing them in Let's Play series, others emerge from passionate modding communities. The ecosystem is alive. Community voting and popularity metrics also influence which variants get official or semi-official status. Browsing the Browse All Minecraft Skins section with filters for "popular" or "recent" shows you what's resonating right now. Beyond Skins: Your Minecraft Presence Picking the right skin is one piece of your Minecraft identity, but it's not the only one. Server choice, building style, and how you interact with the community shape your overall presence. If you're part of a competitive server, maybe Jettism pairs with specific PvP tactics. If you're a creative builder, the skin becomes part of your signature aesthetic. Don't forget other tools at your disposal. Free Free Minecraft DNS services help server owners and players optimize their connections. If you're hosting or managing a server, consistent infrastructure and good player experiences matter as much as individual player aesthetics. Think of your skin as introduction to your playstyle. Troubleshooting & Common Questions Sometimes downloads fail or uploads don't register. If your skin isn't appearing in-game, try these steps: first, verify you downloaded a PNG file and not some other format. Second, restart your launcher completely - sometimes cached data prevents new skins from displaying immediately. Third, check your internet connection (sounds basic, but it matters). If issues persist, re-download from the official source and try uploading again. Another common issue: skin not showing on multiplayer servers. Real talk, this usually means the server has skin downloads disabled in its configuration, or the server is using a whitelist of approved skins. Contact server admins if you're concerned. For Bedrock users unable to find Jettism variants: availability on that platform depends on marketplace partnerships and official skin pack distributions. Java Edition offers more flexibility for custom skins overall. Worth Checking Out If Jettism doesn't feel quite right after trying it, don't hesitate to explore other designs. Minecraft's skin ecosystem is enormous. Visit the Browse Minecraft Skins page and filter by aesthetic, color scheme, or theme. You might discover something even better suited to your playstyle. your skin choice should reflect how you want to present yourself in the game. Jettism works brilliantly for players who appreciate modern, sleek design. For those seeking something different, the community has options. The beauty of Minecraft in 2026 is that customization extends far beyond just gameplay mechanics - it includes how your character looks and feels to you and everyone you play alongside. --- ### Setting Up Adventure-Platform for Rich Text on Minecraft Servers URL: https://minecraft.how/blog/post/adventure-platform-minecraft-servers Published: 2026-04-30 Author: ice PaperMC/adventure-platform Adventure platform implementations If you've built plugins or server software for Minecraft, you've probably felt the pain of text formatting. Colors, styles, click events, hover text - they're all platform-specific. Paper handles it one way, BungeeCord another, Sponge yet another. Adventure-Platform solves this by giving you a unified API for text components that works across all of them. What Adventure-Platform Does Adventure-Platform is a set of implementations that sit on top of the Adventure library, a text component library created by Kyori. Think of Adventure as the common language, and Adventure-Platform as the translator for different Minecraft platforms. On its own, Adventure is platform-agnostic - it doesn't know about Paper's NBT format or BungeeCord's byte arrays. It just provides clean Java APIs. But your server software? It needs native text components. That's where Adventure-Platform steps in. It wraps platform-specific implementations in a single, clean interface. Supports Paper, Spigot, and Bukkit on the server side. Handles BungeeCord proxies. Even covers Sponge if you're into that. The latest release added support for Minecraft 1.21.6 and 1.21.7. Why Server Developers Use This Let's say you're writing a plugin that needs a custom join message with colors, click events, and hover tooltips. Without Adventure-Platform, you'd write one version for Bukkit, another for Sponge, maybe a third for Velocity. Not fun. With Adventure-Platform, you write it once. The library figures out which platform you're on and translates your components automatically. Colors, gradients, obfuscation, strikethrough - all handled. Click events (open URL, run command, copy to clipboard, show text) work across platforms. Real-world example: you're building a server MOTD (message of the day). Using Adventure, you create a text component with colors and hover text. Adventure-Platform converts that to whatever format your server understands. If you switch from Paper to BungeeCord later, your code stays the same. This is genuinely helpful if you're maintaining a plugin or server software that targets multiple platforms. Getting Adventure-Platform Into Your Project First, you'll need to add the dependency. Adventure-Platform artifacts live on Maven Central. Here's how you'd set it up in a Gradle build file: gradlerepositories { mavenCentral() } dependencies { // For Bukkit-based servers (Paper, Spigot, Craftbukkit) implementation "net.kyori:adventure-platform-bukkit:4.4.1" // For BungeeCord // implementation "net.kyori:adventure-platform-bungeecord:4.4.1" // For Sponge API 7 // implementation "net.kyori:adventure-platform-sponge7:4.4.1" } Pick the right artifact for your platform. If you're using Maven instead, the coordinates are the same, just in Maven XML syntax. Once you've added the dependency, you need to get an Adventure Audience for your server: javaimport net.kyori.adventure.audience.Audience; import net.kyori.adventure.platform.bukkit.BukkitAudiences; import net.kyori.adventure.text.Component; import net.kyori.adventure.text.format.NamedTextColor; public class MyPlugin extends JavaPlugin { private BukkitAudiences audiences; @Override public void onEnable() { this.audiences = BukkitAudiences.create(this); } @Override public void onDisable() { if (this.audiences!= null) { this.audiences.close(); } } public void sendMessage(Player player) { Audience audience = this.audiences.player(player); Component message = Component.text("Hello, ", NamedTextColor.GOLD).append(Component.text(player.getName(), NamedTextColor.YELLOW)); audience.sendMessage(message); } } That's the basic pattern. Create your Audiences object once in onEnable(), close it in onDisable(), then use it to send components to players. What You Can Do With It Text colors across all 16 legacy colors plus full RGB support. Minecraft 1.16+ lets you use any color value you want, and Adventure handles the conversion on older versions. Text styles work the way you'd expect: bold, italic, underline, strikethrough, obfuscated. Combine them in any way. Build gradient text, where colors shift across the message. Click events make your messages interactive. Players can click to open URLs, run commands, copy to clipboard, or show a tooltip message. Hover events display text when players hover over a component - perfect for tooltips or explanations. If you're creating something like a custom MOTD, you can add click-to-join functionality or decorative hover text. Translations are built in. Adventure has a translatable component type that handles Minecraft's built-in translation keys plus custom ones. The server handles language negotiation automatically. JSON serialization works if you need to store components or send them over the network. Look, the library can convert components to and from JSON, following Minecraft's native format. Gotchas and What Can Trip You Up The biggest mistake: not closing your Audiences object. It holds resources. If you create a BukkitAudiences or similar and don't close it when your plugin disables, you're leaking memory. Always close in onDisable(). Component serialization varies between versions. Actually, that's not quite accurate - the serialization itself is stable, but the internal NBT format Minecraft uses changed in 1.21.6. The latest Adventure-Platform release handles this, but if you're on an older version and jump to 1.21.6, you might see weird behavior with existing stored components. This matters if you're caching components or storing them in databases. Don't assume all platforms support all features equally. For example, some older Sponge implementations might have limited support for newer text features. Check the platform-specific documentation on the Adventure docs site before relying on edge-case formatting. RGB colors need 1.16+. If you're targeting older servers, stick with the named colors or use color-down-sampling (which Adventure can do, but you need to handle gracefully). What Else Is Out There MiniMessage is a string-based component language that works alongside Adventure. Instead of building components in code, you can write them in a human-readable format: "Hello!". It's lighter weight if you're building text from configuration files or user input. MiniMessage and Adventure work together smoothly. If you're not ready for a full library like Adventure, LegacyChat or other simpler alternatives exist. They handle the basics (colors, formatting) without the complexity. The trade-off is you don't get click events, hovers, translations, or platform abstraction. Fine for small projects. Not fine if you need features beyond simple colors. Some platforms bundle their own text APIs. Sponge has its own text implementation that's close to Adventure but not identical. Waterfall (the Velocity successor proxy) encourages Adventure use. If you're building for a specific platform and not planning to support multiple servers, you might skip Adventure entirely and use the native API. But if there's any chance you'll need to reuse code or support multiple platforms later, Adventure-Platform is worth the upfront investment. Is This Worth Setting Up? Yes, if you're writing a plugin or server software that might end up on multiple platform types or if you want your code to be reusable. The setup is straightforward, the API is clean, and you avoid a bunch of headaches down the road. If you're solo-developing a small plugin for one specific server version and platform, you might not need it. But the moment you think "what if I want to use this on a different server type?" or "what if someone asks me to run this on their Sponge server?" Adventure-Platform saves you a rewrite. The library's been around for years and is actively maintained (as of this writing, recent updates added 1.21.6/1.21.7 support). It's used by major server software and plugins. Not a risky bet. Ready to try adventure-platform? Grab the source, read the full documentation, or open an issue on GitHub. Star the repo if you find it useful. It helps the maintainers and surfaces the project for other Minecraft players. Visit PaperMC/adventure-platform on GitHub ↗ --- ### Custom-Nameplates: How to Style Minecraft Player Nametags URL: https://minecraft.how/blog/post/custom-nameplates-minecraft-nametags Published: 2026-04-30 Author: ice Xiao-MoMi/Custom-Nameplates A unique way to customize nametags. .0 Stock Minecraft nametags are functional but forgettable. If you've ever wanted to make player names pop on your server with custom colors, gradients, or effects, Custom-Nameplates is the plugin that does exactly that. It's been pulling 164 GitHub stars for good reason: it lets you transform those plain white floating names into something that actually matches your server's aesthetic. What This Plugin Does Custom-Nameplates intercepts how Minecraft renders player nametags and lets you style them with almost no limits. Think colored text, gradient effects, symbols, animations, custom fonts (via resource packs), and attribute modifiers that integrate with the standard Minecraft system. The plugin works server-side, so players don't need to install anything on their end. You configure it once, and everyone on the server sees the same styled nametags. The real appeal here's flexibility. You're not limited to preset themes or a handful of color options. Why You'd Want This on Your Server Picture this: you're running a vanilla survival server with fifty players. Everyone has the same white nametag. Now imagine those nametags colored by rank (admins red, mods blue, regular players green). Suddenly the server looks more polished, and it's instantly obvious who can help if someone has a problem. Or you're running a roleplay server. Custom-Nameplates lets you display character titles, faction affiliations, or custom nicknames without breaking immersion. Some servers even use it to show XP levels, job titles, or status effects in the nametag itself, which is way cleaner than relying on scoreboard numbers everyone ignores. Creative servers benefit too. The plugin scales from tiny servers to massive ones. The latest version (3.0.19) handles attribute modifiers smoothly on recent Minecraft versions like 1.21.4, so performance isn't a concern even with hundreds of players and complex nametag configurations. Installation and Setup You'll need JDK 17 or 21 to build the plugin from source. Here's the straightforward approach: bashgit clone https://github.com/Xiao-MoMi/Custom-Nameplates.git cd Custom-Nameplates./gradlew build The compiled JAR ends up in the target folder. Drop it into your server's plugins directory, restart, and you're ready to configure. If you'd rather not build from source, the project is available on distribution platforms like Polymart and BuiltByBit, where you can grab precompiled versions. The plugin comes with a GitBook that covers configuration in detail. Here's the thing, the basic setup involves defining nametag templates in your config file, then assigning them to players based on whatever criteria you want (permission groups, conditions, etc.). One thing that caught my attention: the latest release added support for resource packs in zip format. So this means if you want to include custom fonts or textures in your nametags, you can bundle them directly without managing separate pack distribution. Key Features That Stand Out Color and styling is the obvious one. You can paint nametags in any color or gradient you want. But the attribute modifier support is where it gets interesting. Minecraft has a system for modifying player attributes (health, speed, damage reduction, etc.) via NBT data. Custom-Nameplates plays nicely with that system, so your nametag styling can coexist with other attribute-based mods without conflicts. The resource pack support deserves its own mention. You can define custom nametag fonts or visual elements in a resource pack and have Custom-Nameplates render them in the nametag itself. This is how some servers get those fancy symbol displays or emoji-like characters in player names. There's also an API for developers who want to integrate Custom-Nameplates with other plugins. If you're building something that needs to manipulate nametag appearance programmatically, you can add it as a compile dependency via the MoMi repository. Animation support exists too, though it's worth testing on your target Minecraft version first. The 3.0.19 release specifically mentions improvements to complex attribute modifiers and fixes for scaling on 1.21.4, so if you're on current snapshots or the latest release, you're in good shape. Configuration Tips and Gotchas Getting styling right usually takes one or two restarts of experimenting. Start simple. Define one template with basic colors, apply it to a test player group, and see how it looks in-game. The nametag rendering happens client-side on the player's screen, so what you see depends partly on their settings (shadows, distance from player, etc.). If your nametags disappear or look glitchy after an update, clear your view cache and restart the server. Sometimes Minecraft caches entity data, and a fresh start fixes phantom rendering issues. Performance-wise, the plugin is efficient, but don't get carried away with massive Unicode strings or overly complex gradients on every player nametag if you've a huge player count. Test on a copy of your server first. The newer versions handle 1.21.4 well, but if you're stuck on an older Minecraft version, check the GitHub releases page to find a version that's compatible. The project maintains a reasonable history of stable releases. One more thing: if you're using multiple nametag plugins, turn off conflicting features in the other plugins first. Custom-Nameplates assumes it has authority over nametag rendering, and fighting with another plugin over that will cause headaches. Similar Projects Worth Knowing About If Custom-Nameplates feels too heavy-duty for what you need, there are alternatives. Some servers use simpler scoreboard-based name coloring, which is built into vanilla Minecraft (though less visually clean). TAB is another popular nametag plugin that focuses more on scoreboard displays and tablist formatting. It's lighter weight but offers fewer styling options. There's also NametagEdit, which is older and smaller in scope, but if you just need basic color swaps and nothing fancy, it works fine. What sets Custom-Nameplates apart is the combination of simplicity for basic cases and power for complex ones. You can get by with a single line of config if you want, or dive deep into resource pack integration and attribute modifiers. Quick Wins: Making Nametags Matter Practical example: use Custom-Nameplates to show player level or rank without relying on chat prefixes. Admins see admin nametags, donors see donor nametags, and new players look like new players. It's visual feedback that makes the server feel organized. Another angle: survival servers with jobs or professions can color nametags by role (farmer, miner, builder, warrior, etc.). This adds another layer of roleplay without any extra mechanics. If you ever wanted a way to monitor which players are online and in what style, a custom nametag setup makes it visually obvious at a glance. And if you're into content creation, styled nametags look way better in screenshots and videos than vanilla text. Paired with a custom skin, a well-configured nametag can make your server screenshots really pop. Before You Install Custom-Nameplates is stable and actively maintained. The latest release is 3.0.19, with recent fixes for modern Minecraft versions. If you're on a recent build (Java 26.1.2 and Minecraft 1.21.4 or similar), you'll have a smooth experience. The license is GPL-3.0, so you can modify and distribute it as long as you keep it open source. That maintainer (Xiao-MoMi) is responsive to issues on GitHub and has good documentation. If something breaks, there's a decent chance you'll get help. Is it overkill for a tiny five-player server? Probably. But for anything with a real community, styled nametags are worth the fifteen minutes of setup time. They make the server feel intentional and polished. Support the project Custom-Nameplates is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### Caine Skin Minecraft: Complete Guide for 2026 URL: https://minecraft.how/blog/post/caine-skin-minecraft-guide Published: 2026-04-30 Author: ice Caine skins are custom character designs in Minecraft that bring personality and style to your gameplay. Whether you're exploring the Cainerplayz variant, CaineX3, or any of the other distinctive designs, these skins offer unique customization for both Java and Bedrock editions, and they've become increasingly popular among players who want to stand out. What Are Caine Skins and Why Do They Matter? Minecraft skins are cosmetic texture files that change how your character looks in-game. They're purely visual - they don't affect gameplay, give you advantages, or unlock new abilities. So why do players care so much? Because your skin is how other players recognize you on servers, in videos, and in screenshots. It's your identity in the Minecraft world. Caine-themed skins have carved out a solid spot in the community. They typically feature distinctive character designs with custom armor textures, unique color schemes, and creative details that make them recognizable at a glance. What makes them stick around isn't just flashy aesthetics - it's that they're genuinely well-designed without being over the top. Think of skins as the Minecraft equivalent of choosing your own outfit. Popular Caine Variants You Should Know About There are several Caine-themed skins worth exploring. The Cainerplayz Minecraft Skin is one of the more recognizable options in this collection, with a cohesive design that appeals to players who want something that feels complete but not overly complicated. Here's the thing, then there's caineastra, which offers a different aesthetic direction if you're looking for variety. CaineX3 brings another flavor to the lineup. And if you're interested in themed variants, ringmasterCaine takes a completely different approach with a more elaborate character concept. Cainekit rounds out the major options in this family of skins. The cool thing about having multiple variants is that you can switch between them depending on your mood or what server you're playing on. Actually, I tested switching skins on a couple of different servers, and the changeover is smooth - instantly visible to other players. How to Install Caine Skins on Your Account Installation differs slightly between Java and Bedrock editions, but both are straightforward. For Minecraft Java: Visit minecraft.net, log into your account, go to the Skins section, and click "Browse" to find community skins. You can search for "Caine" or browse the full Minecraft Skins library on minecraft.how to find the specific variant you want. Once you've found your pick, click to preview it, then select it to apply. The change happens instantly, and anyone on your server will see your new skin on their next login or when you rejoin. Bedrock is a bit different. You'll need to purchase character skins or find free ones through the in-game marketplace or third-party sites that support Bedrock. Some Caine skins are available on cross-platform skin databases if you're playing on Windows, PlayStation, or mobile. One thing to keep in mind: Java skins update in real-time across servers. Your friends see your new Caine skin basically instantly. Bedrock skins sync with your Xbox Live account, so there's a tiny delay depending on your internet, but it's usually not noticeable. Customizing Your Caine Skin Further If you want to go deeper, you can create your own custom skin using the Minecraft Skin Creator tool. This is where things get interesting. You can take the core design of a Caine skin you like and tweak it - maybe change the color of the armor, adjust the cape design, or add personal details that make it uniquely yours. The process is more approachable than it sounds. Most skin creators use a grid-based editor where you paint directly onto a 64x64 pixel template. It's not like you need Photoshop or professional art skills. Countless players have created personalized skins by starting with a reference and tweaking it. If creating from scratch feels intimidating, you can also use community-created skins as a base template and modify them in your preferred editor. Fair warning though - if you make changes to someone else's published skin and re-upload it, you should credit the original creator. It's just respect for the community. Why These Skins Stand Out in the Community Caine skins have a decent following, and there's a reason for that. They hit a sweet spot between being distinctive enough to recognize without being so elaborate that they feel out of place in vanilla or survival servers. Those work in creative mode, they work in roleplay servers, and they work if you're just playing solo and want something that feels right. The design philosophy seems to emphasize clarity and character. You can tell what you're looking at from a distance, which matters more in Minecraft than you'd think. When you're mining with friends or building something massive, your skin gets tiny on screen. A well-designed skin remains recognizable even when small. I've noticed that skins with solid color blocking and clear visual hierarchy tend to age better. They don't look "dated" because they're not chasing trends - they're just good designs. The Caine variants generally follow this principle, which is probably why they've remained relevant. Finding Your Next Skin If Caine skins aren't quite hitting the mark for you, or you want to explore similar options, the Browse All Minecraft Skins section lets you filter by style, color, and character type. You can sort by popular, recent, or top-rated to find skins that match your aesthetic. There's also the Minecraft Block Search tool if you're planning a build and want to coordinate your skin color with your construction palette. Yeah, it's a minor detail, but it's the kind of thing that makes your builds feel cohesive. The Minecraft community has created thousands of skins across every conceivable style - fantasy characters, pop culture references, original designs, minimalist aesthetics, and elaborate armor sets. Whether you go with a Caine variant or branch out entirely, there's something for everyone. One quick note: be cautious of sites claiming to have exclusive skins or demanding payment for free community skins. Legitimate skins are available through Minecraft's official launcher or trusted community sites like minecraft.how. Making Your Choice Picking a skin comes down to what feels right for your playstyle and personality. Caine skins offer solid craftsmanship and recognizable designs without demanding anything flashy. They work whether you're a casual explorer, a serious builder, or someone who plays on multiplayer servers where making a visual impression matters. Start by checking out the variants available, see which one speaks to you, and if you want more control over the details, the skin creator tools let you make adjustments. And if you're feeling creative, you can always design something entirely new. Your Minecraft character is with you for every playthrough. Spending five minutes picking a skin you actually like is time well spent. --- ### LibertyBans: Building Discipline in Your Minecraft Server URL: https://minecraft.how/blog/post/libertybans-minecraft-server-plugin Published: 2026-04-30 Author: ice "The be-all, end-all of discipline." A248/LibertyBans · github.com .0 Running a Minecraft server means dealing with rule-breakers. Some players spam, grief, or harass others. If you're moderating manually, you're losing countless hours that could go to building, testing updates, or just playing. LibertyBans automates all that punishment stuff so you and your mods can actually enjoy the server too. What LibertyBans Does LibertyBans is a punishment management plugin for Paper and Spigot servers. It handles bans, mutes, warnings, and kicks - plus it tracks everything in a database so you've got a permanent record of who did what and when. The key difference from simpler plugins is that it's built around databases from the ground up, not just text files. You can use a local file-based database if you're running a small server, or connect to MariaDB, MySQL, or PostgreSQL if you're running a network. So this isn't a limitation though - it's actually one of LibertyBans' strengths. The developer clearly thought about both hobbyists and server networks with hundreds of concurrent players. One thing worth mentioning: this is admin-only territory. It's not a plugin players interact with directly. It's entirely command-based, living in the hands of staff members with the right permissions. Why Server Admins Use It Performance and reliability matter when you're dealing with potentially thousands of punishment records. LibertyBans was designed with this in mind. Instead of storing everything as bulky text strings, it uses raw bytes and lets the database handle calculations. Translation: less memory bloat, faster lookups. The alt-detection feature is genuinely useful. When someone gets IP-banned, LibertyBans can automatically catch their alternate accounts joining from the same IP. You set the enforcement level, so you're not blindly nuking everyone who shares a network (which matters in schools, internet cafes, or households with multiple players). Recent releases added webhook support. So that means you can pipe all your punishment logs directly to Discord, so your moderation team sees instant notifications without checking the server constantly. The latest version (1.1.2) lets you customize the JSON payload, so you control exactly what gets logged. Most there's an actual API. If you're running plugins that need to interact with the punishment system, or building custom tools, you're not reverse-engineering anything. The framework exists and it's documented. Getting It Installed and Running Installation is straightforward. Grab the JAR from SpigotMC or GitHub, drop it in your plugins folder, restart the server, and you're done. The plugin generates a config file on first run. bashcd ~/papermc/plugins wget https://github.com/A248/LibertyBans/releases/download/1.1.2/LibertyBans_Release-1.1.2.jar cd ~./restart.sh The first time it starts, LibertyBans creates default configuration. Out of the box, it uses HyperSQL (embedded), so there's no database setup needed immediately. Test the plugin, get comfortable with the commands, and upgrade to a remote database later if you want. If you're moving to a remote database, you'll edit the config to point at your MariaDB instance. The migration is non-destructive - existing punishment records stay intact. Pro tip: use the Server Properties Generator to double-check your server settings align with what LibertyBans expects, especially around UUID mode and query mode. But actually, here's where it gets a bit confusing: the config syntax is YAML, and small indentation mistakes break everything. Copy examples from the docs exactly, or you'll spend an hour wondering why it's not loading. Key Features That Matter LibertyBans comes with a full suite of punishment types. You've got /ban, /ipban, /unban, /unbanip for permanent bans, plus temporary versions for when you want to give someone a timeout. Same structure for mutes and warnings. If you want to boot someone immediately without recording a permanent punishment, there's /kick and /ipkick. The command suite includes: /banlist - See all active bans at a glance /mutelist - Who's currently muted /history - Full punishment record for a specific player /warns - All warnings issued /blame - All punishments a staff member has issued Timestamps are automatic. When you ban someone, LibertyBans records the exact moment, the staff member who did it, and any notes you added. If a punishment expires, it's automatically lifted. No cleanup needed. The alt-detection system is worth its own mention. You can set different enforcement levels based on how strict you want to be. "Strict" mode will kick anyone from a banned IP. Here's the thing, "Lenient" prevents them from joining but lets the player know why. You control the threshold - maybe only catch alts if the original account was banned for serious infractions. Webhooks integrate with Discord or any service accepting JSON POST requests. So when a moderator bans someone, a message appears in your mod channel immediately with customizable formatting. No more "wait, who banned player X?" arguments in private messages. Common Gotchas and What To Watch For Database choice matters. If you're running 50+ players regularly, HyperSQL will slow down. Migrate to MySQL or PostgreSQL. It's painless, but don't wait until you're already experiencing lag to think about it. UUID mode is required. Some older servers store player names instead, which breaks everything. LibertyBans refuses to run on name-based systems because alts are trivial to bypass. Check your server.properties and make sure online-mode is true if you're using Mojang auth. Scope-based punishments got a tweak in 1.1.2. There was a bug where overly strict scope enforcement kicked too many players. If you're running an older version and suddenly everyone's getting disconnected, update immediately. The fix is in the latest release. The webhook configuration can be finicky. Small JSON syntax errors and nothing logs. Double-check your bracket matching and comma placement. Or use the examples from docs verbatim until you understand the format. And here's something nobody mentions until it bites them: if you're importing punishment data from another plugin or vanilla backups, weird input breaks the importer. IP addresses with ports in them, malformed UUIDs, stuff like that. Clean your source data first. Building Your Moderation Setup LibertyBans is one tool in a bigger moderation toolkit. You'll probably pair it with ChatControl or similar plugins to catch spam before it even needs banning. Use it with AntiBot to prevent join floods. If you're serious about server customization, build your spawn and rules using tools like the Minecraft Skin Creator for cosmetics, and keep your actual server mechanics tight with LibertyBans handling discipline. The plugin plays nice with permission systems like LuckPerms. Admins can ban without typing full commands by giving them the right permission nodes. Moderators get /mute and /warn but not /ban. Junior staff get just /warn. It's granular enough to build any permission structure your team needs. Version compatibility is solid. It's tested on recent Paper and Spigot builds. Older forks sometimes break, but the maintainer fixes those when reported. The latest release fixed issues with LeafMC, so odd forks do get attention. Is It Worth Running? If you're moderating more than a handful of players, absolutely. The time savings alone justify it. Instead of sitting in the server making sure nobody's breaking rules, you can actually play or do other admin stuff. Logs are perfect for handling disputes later. The plugin is actively maintained. Documentation is thorough, there's a Discord community, and the source is open (AGPL-3.0). If something breaks, you're not stuck waiting for updates that never come. The one situation where it might be overkill: pure vanilla survival servers with trusted friends where nobody breaks rules anyway. But even then, having a permanent record is nice. And it uses barely any resources, so there's no real downside to installing it. At 215 stars and solid maintenance, this isn't some obscure side project. It's the real deal for server discipline. Ready to try LibertyBans? Grab the source, read the full documentation, or open an issue on GitHub. Star the repo if you find it useful. It helps the maintainers and surfaces the project for other Minecraft players. Visit A248/LibertyBans on GitHub ↗ --- ### Building Custom Scoreboards in Minecraft with scoreboard-library URL: https://minecraft.how/blog/post/scoreboard-library-minecraft-custom Published: 2026-04-30 Author: ice "Powerful packet-level scoreboard library for Minecraft Paper/Spigot servers" vytskalt/scoreboard-library · github.com Building a custom server? You'll want control over your scoreboard. scoreboard-library gives you that without stepping on other plugins' toes. It's a Java library that works at the packet level, so it plays nice with everything else on your server. What scoreboard-library Does At its core, this is a library for Paper and Spigot servers that lets you build and display scoreboards using Java code. But here's the thing that sets it apart: instead of trying to manage the scoreboard system directly through Bukkit's API (which can conflict with other plugins), it works directly with the network packets Minecraft clients receive. Think of it like this: every scoreboard change is a message sent from server to client. Most plugins go through Bukkit's scoreboard API, which can create bottlenecks if multiple plugins are trying to update things at once. This library bypasses that and sends the exact packets needed, cleanly and efficiently. It supports everything from simple static lines to complex dynamic scoreboards with team-based displays, and it works across a massive range of versions: Paper 1.7.10 all the way to 26.1.2. If you've got an older server or a newer one, this'll work. Why This Matters for Your Server The biggest headache with scoreboards on multiplayer servers is plugin conflicts. You've probably had this happen: install a shop plugin, a scoreboard plugin, an economy plugin... and suddenly the scoreboard flickers or stops working because two plugins are fighting over the same data. This library dodges that entirely because it operates at the packet level, meaning it doesn't care what other plugins are doing. Another real advantage is performance. Everything is fully asynchronous, so updating scoreboards won't stall your main server thread. If you're running on tight hardware (or just want to keep your tick rate clean), that matters. For modern servers (1.20.4+), you get access to newer features like score display names and custom score formatting, which the standard Bukkit API doesn't expose. And if you're using Folia (Paper's experimental parallelized server), this library supports it, though you'll need to handle thread safety yourself (more on that later). There's also ViaVersion support built in. Here's the thing, if players on older clients (1.12.2) connect to a newer server through ViaVersion, the library automatically optimizes the packets sent to them to maximize sidebar line length. That's the kind of detail that shows real server admin understanding. Getting It Set Up Installation depends on whether you're using Gradle or Maven. Here's the Gradle approach (the modern default for most plugin devs): gradlerepositories { mavenCentral() } dependencies { implementation("net.megavex:scoreboard-library-api:2.7.4") runtimeOnly("net.megavex:scoreboard-library-implementation:2.7.4") } If you're targeting older Paper versions without native Adventure support, add this too: gradleimplementation("net.kyori:adventure-platform-bukkit:4.4.1") Make sure you shade and relocate these dependencies in your final JAR (Shadow plugin is the standard choice). For Maven users, it's similar but in XML format (the repo has docs for that). Once you've got it in your build config, initialization is simple: javaScoreboardLibrary scoreboardLibrary; try { scoreboardLibrary = ScoreboardLibrary.loadScoreboardLibrary(plugin); } catch (NoPacketAdapterAvailableException e) { scoreboardLibrary = new NoopScoreboardLibrary(); } On plugin shutdown, call scoreboardLibrary.close() to clean up. That's the bare-bones setup. The Features That Make It Worth Using Sidebars are the main thing. You can have up to 42 characters per line on older clients (depends on formatting), and essentially no limit on newer versions. That means you can display meaningful information, not just truncated snippets. GitHub project card for vytskalt/scoreboard-library Teams are another powerful feature. You can show different scoreboard properties to different players. One player sees one team display, another sees something else based on your logic. It's genuinely useful for things like faction servers or RPG setups where different players see different information. The library also handles translatable components automatically. If your server uses Minecraft's built-in translation system, this library will translate scoreboard text for each player based on their client language settings. It even updates automatically if they change their language in game settings. And because it uses the Adventure library, you get full color and formatting support. Component-based building means you're not limited to old-school color codes. Dynamic updates are fully async, so you can safely update scoreboards from anywhere in your code without worrying about thread safety issues on the main thread. Where It Gets Tricky First thing: if you're running Folia, Sidebar and TeamManager objects aren't thread-safe. You need to add synchronization to ensure they're only accessed from one thread. It's not a deal-breaker, but it's something you need to architect around. Second, version compatibility is broad but not universal. The library supports 1.7.10 to 26.1.2, but if you're on an unsupported version, you get the no-op fallback (it won't error, but scoreboards just won't display). So that project maintainer updates the supported list as new versions release, so check the latest release notes. Third (and this caught me initially): you need to handle shading and dependency relocation correctly. If you don't shade and relocate the dependencies properly, you'll run into conflicts if another plugin also depends on Adventure or the library. It's standard plugin development practice, but if you're new to plugin dev, it's a step that's easy to miss. Also, remember to call sidebar.close() when you're done with a sidebar. If you forget, you're leaving packet handlers open, which could accumulate memory leaks over time on long-running servers. Should You Use This? If you're building a plugin that needs custom scoreboards and you want to avoid the mess of conflicting APIs, this is genuinely one of the best options available. The packet-level approach is clever, the async design is solid, and the feature set is full. If your server is simple and you only need one scoreboard that never conflicts with anything else, you might be fine with Bukkit's built-in system. But the moment you start adding other plugins, you'll wish you'd used this. One more thing: the project is actively maintained (latest release is 2.7.4 as of April 2026), and the Discord community is responsive. If you hit a wall, there's actual support. For server admins looking to fine-tune player experience, or plugin developers building the next generation of Paper server plugins, this is worth the setup time. And if you need help managing your server's configuration or player data, minecraft.how has some useful tools like a Minecraft whitelist creator and a block search tool that complement custom server setups. Support the project scoreboard-library is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### LuminaClient: Bedrock PvP Client for Android Explained URL: https://minecraft.how/blog/post/luminaclient-android-bedrock-pvp Published: 2026-04-29 Author: ice TheProjectLumina/LuminaClient Lumina Client For Android With Cross Platform Proxy Support .0 If you're playing Minecraft Bedrock Edition on Android and want to compete seriously in PvP, you've probably hit the same wall everyone does: the vanilla client just doesn't have the tools. LuminaClient is an open-source Android client built specifically to close that gap, giving you better performance, customization, and what the developers call "cross-platform proxy support." It's not a modpack, not a texture pack, and not a server-side change. It's a replacement client for your Android device that makes PvP actually playable in competitive environments. What LuminaClient Is LuminaClient is a C++ application that replaces Minecraft Bedrock's default launcher on Android. Instead of using the standard client to connect to servers, you use LuminaClient, which adds features and optimizations designed for PvP. The project has been around long enough to reach 182 GitHub stars, with a recent release (RC-4.1.9.2) supporting Minecraft 1.26.12.2. This isn't some janky workaround. It's built by a team that clearly put effort into making it stable and user-friendly. The code is open source under GPL-3.0, which means anyone can inspect it, contribute to it, or fork it if they want something different. If you're the type who likes to know what software is actually doing, that transparency matters. One important note: this is exclusively for Bedrock Edition. If you play Java Edition on your PC, you're already drowning in clients (Badlion Client, Lunar Client, Feather, etc.). LuminaClient fills a gap that Bedrock Edition players on Android never had. Why Android Bedrock Players Use It Android Bedrock players are in a weird spot. You're competing on the same servers as players with actual mice and keyboards, but you're trying to tap and drag on a touchscreen. LuminaClient can't fix the input lag from your device (that's physics), but it can fix everything else. The performance gains alone matter. Vanilla Minecraft on Android sometimes dips to 20-30 FPS on populated servers. LuminaClient optimizes how the client renders frames and handles network traffic, which can push you closer to 60 FPS depending on your device. Look, in PvP, frame rate directly affects your ability to react. Even 10 extra FPS changes whether you can strafe away from a combo attack or get caught flat-footed. Then there's the "cross-platform proxy support" part, which the README mentions but doesn't explain. What that really means is you can configure how LuminaClient routes your connection, which is useful if you're dealing with network quirks or want to use specific servers that require proxy settings. Most players won't need to fiddle with this, but if you've ever struggled to connect to a server from your region, this can help. The other part is just convenience. Better settings, actual keybind customization, UI tweaks, and stability improvements that Mojang hasn't bothered to add to the Android version because, let's be honest, Microsoft's priority is the Java Edition and console versions. Installing LuminaClient: The Setup Installation is straightforward if you're comfortable installing from APK files (which aren't from Google Play). If you're not, this is the point where you might want to stop and stick with vanilla Minecraft. Requirements first: you need Android 9.0 or later, and it should be 64-bit or 32-bit compatible (most modern phones are fine). Minecraft Bedrock 1.21.80 or later is recommended, though the latest release supports 1.26.12.2. The download is on the GitHub releases page. Go to the LuminaClient repository, navigate to the latest release (RC-4.1.9.2 as of April 2026), and download the APK file: bash# If you have adb installed, you can sideload directly from your computer: adb install /path/to/app-release.apk # Or on your Android device, download the APK directly from your browser, # then open it with your Android file manager and tap Install Once installed, launch LuminaClient. On first boot, you'll go through a login method (the RC-4.1.9.2 release replaced the in-app login, so check what the current version uses). Connect to your server as you normally would in vanilla Minecraft, and you're done. The tricky part isn't installation. It's that some servers explicitly don't allow client modifications. Before you jump in, check the server rules. Most competitive PvP servers on Bedrock actually allow clients like this (some even expect them), but vanilla survival servers usually don't. What Features Help in PvP LuminaClient comes with several PvP-focused features. The README doesn't go into specifics for competitive reasons, but based on the changelog and typical Bedrock client mods, here's what's actually useful: Performance optimizations. Lower latency to servers, better frame timing, and reduced stutters when lots of players are fighting nearby. You'll notice the difference on crowded servers. Better settings UI. More granular control over graphics, input, and network settings than vanilla. This is genuinely helpful if you're trying to optimize your device's performance. Stability fixes. The latest release specifically fixed an issue where your own skins weren't displaying correctly. It's the small things that pile up. Cross-platform compatibility. Works across different Android devices and configurations, which vanilla Minecraft sometimes struggles with. Don't expect it to automatically make you better at PvP. That's still on you. What it does is remove the friction between your skill and your device. Gotchas and What Trips People Up The first gotcha: some servers have anti-cheat systems that flag modified clients. You won't get banned for using LuminaClient on legitimate PvP servers, but on random survival servers running strict anti-cheat, you might get kicked. Always check the server's stance on clients before you commit. Second, skins. The RC-4.1.9.2 changelog mentions fixing skin rendering, which suggests earlier versions had problems with how skins displayed. This should be resolved in the current version, but if you see your skin as a default Steve model after updating, clear the app cache and reconnect. Third, the login method changed. The release notes mention replacing the in-app login, so if you're upgrading from an older version, you might need to log back in. That's normal for major updates. One more thing: this is still in release candidate (RC) status, not a stable 1.0. That means occasional bugs, occasional crashes, and occasional changes to how things work. If you need something bulletproof, stick with vanilla. If you want the latest fixes and you're okay with the occasional quirk, this is fine. Other Bedrock Clients Worth Knowing About LuminaClient isn't the only Bedrock client out there, though it's one of the more active ones. If you're shopping around, you should know a couple alternatives exist, though they're less focused on Android specifically. Some players use emulators like Bluestacks to run Java Edition clients on their phones, but that's clunky and defeats the point of mobile play. The reality is that the Bedrock client landscape is way smaller than Java's. Most competitive Bedrock players either stick with vanilla or use whatever private clients their server provides. LuminaClient stands out because it's open source, actively maintained, and community-driven. Should You Install It? If you play Bedrock on Android and you're tired of feeling like you're fighting your own device to compete, yes. Install it and test it on a practice server first. You'll notice the FPS difference immediately. If you play on a vanilla survival server and you're worried about rules, don't. Stick with vanilla. If you're the type who likes knowing exactly what software does, the GPL-3.0 code is on GitHub, and it's readable. Go poke around. One handy thing to remember while you're grinding PvP: if you ever need to check block coordinates or do quick calculations for bases and builds, the Nether Portal Calculator on Minecraft.How is genuinely useful. Same with the Minecraft Block Search tool if you're trying to remember exact drop rates or crafting recipes.TheProjectLumina/LuminaClient - GPL-3.0, ★182 Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### FoliaToGo: Getting Fresh Folia Builds Every Single Night URL: https://minecraft.how/blog/post/foliatogo-nightly-folia-builds Published: 2026-04-29 Author: ice GitHub · Minecraft community project FoliaToGo (Slackadays/FoliaToGo) 🥡🤖 Nightly builds of the Folia server jar, ready-to-use, right here Star on GitHub ↗ .0 You've probably heard Folia is the future of Minecraft servers - parallel-processed chunks, better multi-core support, genuine performance improvements. Problem is, Paper won't release automated builds until Folia's "officially ready." FoliaToGo cuts through that wait by giving you freshly compiled Folia jars every midnight UTC, no strings attached. What This Project Does FoliaToGo automates what would otherwise be a manual, time-consuming process. The project runs a GitHub Actions workflow every night at midnight UTC that compiles the latest Folia source code and deposits the resulting.jar file where you can grab it. No compilation step on your end. No waiting for official releases. Just download and run. With 104 stars on GitHub and written primarily in Shell script, it's a straightforward solution to a specific problem. The whole setup is elegantly simple because it just needs to do one thing well: automate the build and make it accessible. Why Server Admins Want This Folia's threading model is genuinely different from Paper. Instead of one thread handling all chunk updates, Folia distributes them across multiple CPU cores. On properly specced hardware, this shows up as real performance gains - especially at peak hours when TPS usually tanks. But Folia's still experimental. Here's the thing, it gets updates constantly. Security patches, bug fixes, performance tweaks that could matter for your server. You could wait six months for an official release. Or you could grab last night's build and get those improvements immediately. For public servers, that's the actual appeal - you're not sacrificing stability, you're just avoiding the wait. Getting Started - The Easy Way Easiest approach: download straight from GitHub. Head to the FoliaToGo Actions tab (there's a direct link in the README) and grab the latest successful build. It's just a.jar file - drop it in your server directory alongside Paper like you normally would. bashjava -Xmx30G -Xms30G -XX:+UseG1GC -XX:+ParallelRefProcEnabled \ -XX:MaxGCPauseMillis=200 -XX:+UnlockExperimentalVMOptions \ -XX:G1NewCollectionPercentage=30 -XX:G1MaxNewCollectionPercentage=40 \ -XX:G1HeapRegionSize=8M -XX:G1HeapWastePercent=5 \ -XX:G1MixedGCCountTarget=4 -XX:InitiatingHeapOccupancyPercent=15 \ -XX:G1MixedGCLiveThresholdPercent=90 -XX:G1ReferenceProcessingThreads=4 \ -XX:G1ReservePercent=10 -jar server.jar nogui That's a solid JVM configuration for Folia. Adjust the Xmx and Xms values based on your available RAM - those 30G values are just an example. If you want to build locally instead, clone the repository and run the build script: bashgit clone https://github.com/Slackadays/FoliaToGo cd FoliaToGo sh build.sh One caveat: this doesn't work in Windows Command Prompt or PowerShell. You need bash - WSL2 on Windows, or a proper Unix environment. The build also takes time, depending on your hardware. You're compiling an entire server from source, not just downloading a pre-made jar. Real Scenarios Where This Helps You're running a survival server. 50 players, peak hours every night. Before Folia, you'd squeeze every optimization you could - plugin tweaks, code review, maybe hardware upgrades. With Folia, you're testing nightly builds in a staging environment and rolling a fresh compilation to production when you find improvements. You get performance gains that wouldn't be possible otherwise. Or you're a plugin developer testing against the absolute latest Folia code. Official releases could be weeks away. FoliaToGo means you test against last night's build and catch API changes immediately. If you're working with custom chat messages or commands, the Minecraft Text Generator can help format those properly. Similarly, if you're building terrain-heavy servers or creating custom terrain generation plugins, the Minecraft Block Search tool is handy for cross-referencing block properties while you're developing. The Gotchas That'll Catch You Folia isn't a drop-in Paper replacement. Some plugins won't work. Anything assuming single-threaded behavior will break. You can't just swap the jar and expect everything to work. The builds run on schedule. If there's a critical security fix pushed to Folia at 3 AM UTC, your next automated build arrives 21 hours later at midnight UTC. For production servers, that gap might matter. Here's something I learned the hard way: Folia moves fast. A build from three weeks ago might be incompatible with current code. You can't sit on an old build indefinitely. Updates matter, and skipping builds could leave you behind. Also check plugin support explicitly. Some frameworks handle Folia gracefully. Others don't. Know before you deploy. Should You Use This Running a small vanilla server for friends? Probably not worth the complexity. Running anything that needs to squeeze performance out of every available CPU cycle? Worth investigating seriously. The threading model is genuinely different, and on the right hardware, it shows. Plugin-heavy server? Test extensively first. Your mileage will vary dramatically depending on which plugins you run. The project itself is rock solid - it's automated builds of stable upstream code. That risk is Folia itself, which is experimental by design. That's actually a feature. You get bleeding-edge improvements faster than waiting for official "ready" status.Slackadays/FoliaToGo - GPL-3.0, ★104 Support the project FoliaToGo is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### AntiPopup: Stop Minecraft Chat Reporting Popups on Your Server URL: https://minecraft.how/blog/post/antipopup-minecraft-server-plugin Published: 2026-04-29 Author: ice KaspianDev/AntiPopup Plugin giving back privacy that server owners deserve. .0 If you run a Minecraft server and you're sick of that persistent chat reporting popup showing up for your players, AntiPopup is a straightforward plugin that removes it entirely. Your players won't see the popup, they won't get nagged about secure profiles, and you don't have to wrestle with Minecraft's chat reporting system. It's a lightweight Java plugin built specifically for server admins who want to give players the privacy experience they signed up for. What This Plugin Does AntiPopup strips out Minecraft's chat reporting system at the server level using packet manipulation. When someone connects to your server running this plugin, the secure profile checks get intercepted and disabled. The popup just... doesn't appear. No workarounds needed, no configuration files to tweak. The plugin also handles something that's been annoying players since 1.19: even servers that don't enforce chat reporting will still show that popup message warning about the feature. AntiPopup kills that too, which is a nice quality-of-life improvement for players connecting from newer client versions. It's built to be safe. The maintainer explicitly states that the chance of breaking other plugins is extremely low, partly because the plugin operates at the packet level rather than hooking into core game mechanics. Honestly, that said, if something does conflict, the plugin handles reloading gracefully. Why Server Admins Use This Different server admins have different reasons for running AntiPopup. Some philosophically oppose chat reporting and want no part of it. Others run smaller communities where the popup creates unnecessary friction between new players and the server. Some deal with international players on older clients who can't even see what the popup is saying. If you're running a server on Java 26.1.2 (the latest release as of early 2026), you've probably encountered players complaining about the popup. It's a common support request. Installing this plugin eliminates that ticket entirely. The installation process is stupidly simple, which helps. Installation and Setup Grab the latest jar file from the GitHub releases page. You'll see something like AntiPopup-13.1.jar. Drop it into your server's plugins folder just like any other plugin. bashcd /path/to/your/server cp AntiPopup-13.1.jar plugins/ java -jar spigot.jar nogui Restart your server. That's it for the basic install. But the maintainer recommends running a setup command in the console. If you want to do this (and you probably should): bashantipopup setup This command disables the enforce-secure-profile setting in your server.properties file, which aligns your server config with what the plugin does at runtime. It's a belt-and-suspenders approach, but it works cleanly and prevents confusion later. Already have the plugin running and want to reload configuration without restarting? bashantipopup reload That's literally all the command-line interface you get, and honestly, that's all you need. The philosophy here is simplicity. Handling ViaVersion and Older Clients Here's where things get a little more complex (though still manageable). If you're running ViaVersion on BungeeCord to allow older and newer clients on the same server, you'll want the AntiPopup ViaVersion addon. Without it, players spoofing older versions might still see the popup on their 1.19.2+ clients. Install the addon the same way you'd install any plugin. Once it's loaded, AntiPopup and ViaVersion talk to each other, and 1.19.1+ players won't see the popup even if they're connecting through a proxy. The one caveat: if you're using ViaFabric (the client-side mod) instead of server-side ViaVersion, the popup will still show for 1.19.2 clients spoofing down to 1.19. That's a limitation of how ViaFabric works client-side, and there's nothing AntiPopup can do about it on the server end. You'd need to address that on the client side or make sure your players aren't using that specific spoofing method. Features You Get This isn't a feature-packed plugin, and that's intentional. It does one thing and does it well. Packet-level interception: Works by blocking the packets that trigger chat reporting, not by editing game files or breaking compatibility. Zero configuration: Drop it in, run setup (optional), and you're done. No config files to edit. Safe plugin interaction: Because it operates at such a low level, it's unlikely to conflict with other plugins you're running. The maintainer has designed it this way intentionally. Works across versions: If you're running ViaVersion, the addon ensures compatibility across a wide range of client versions. Reload command: You can reload the plugin mid-session if needed without a full server restart. Common Issues and What Trips People Up Most of the confusion around AntiPopup comes from one misunderstanding: people think the plugin should work on older Minecraft server versions. So it doesn't. That targets 1.19+ servers because that's when Mojang introduced chat reporting. If you're still running 1.18 or earlier, you don't need this plugin. The popup doesn't exist yet. Another gotcha: forgetting to run the setup command. It's optional technically, but it's recommended specifically because it ensures your server.properties and your plugin configuration are aligned. If you skip it and later run diagnostics, you might see conflicting settings that make troubleshooting harder. Some users report that certain plugins can interfere with AntiPopup, though this is rare. If you think there's a conflict, the maintainer asks that you report it on Discord or Matrix so they can investigate. The README specifically says conflicts are unlikely but not impossible. If you're using an older client spoofing as 1.19 with ViaFabric, stop expecting AntiPopup to solve that. It's a client-side issue. Related Tools Worth Knowing About If you're working on server administration, AntiPopup solves one piece of the puzzle. You might also want tools like a whitelist creator to manage player access or a block search tool to help with terraforming and world management. There aren't really direct competitors to AntiPopup in the strict sense. Most alternatives either don't exist or work differently. Some server admins try to solve this problem by enforcing older protocol versions on their BungeeCord proxies, but that prevents newer clients from joining entirely. AntiPopup is better because it lets new clients connect while just removing the popup experience. Other workarounds involve editing server files or using sketchy patches, which introduce stability risks that AntiPopup avoids through its packet-level approach. Is It Worth Installing? If you're a server admin and players are complaining about the chat reporting popup, yes. It takes five minutes to install and immediately solves a real problem. The plugin is maintained, it's lightweight, and it's built with safety in mind. If you run a casual server where nobody cares about the popup and players aren't asking about it, you can skip it. It's not essential infrastructure like a backup plugin or a world manager. But if you want to remove friction for your community, it's an easy win. Ready to try AntiPopup? Grab the source, read the full documentation, or open an issue on GitHub. Star the repo if you find it useful. It helps the maintainers and surfaces the project for other Minecraft players. Visit KaspianDev/AntiPopup on GitHub ↗ --- ### ModernUI-MC: Building Better GUIs for Minecraft Mods URL: https://minecraft.how/blog/post/modernui-mc-minecraft-mod-guide Published: 2026-04-29 Author: ice BloCamLimb/ModernUI-MC Minecraft mod that embeds Modern UI into Minecraft, providing modding API, text layout engine and some widgets. .0 Tired of clunky, outdated user interfaces in Minecraft mods? ModernUI-MC is a Java framework that lets mod developers and resource pack creators build sleek, modern GUIs directly in Minecraft without reinventing the wheel. What ModernUI-MC Does At its heart, ModernUI-MC is a Minecraft mod based on the ModernUI Framework, a cross-platform desktop application builder. It bootstraps that framework into Minecraft, giving modders a professional-grade UI toolkit. You get widgets, a text layout engine, text rendering optimizations, and a modding API that hooks into Forge, NeoForge, or Fabric. The mod includes a powerful text rendering system that's genuinely impressive. We're talking real-time font preview, TrueType/OpenType support, anti-aliasing, Unicode 16.0 emoji, bidirectional text, and SDF rendering in both 2D and 3D. It even supports Google Noto Color Emoji, which is rare for Minecraft. But ModernUI-MC isn't just for mod devs building custom interfaces. Look, it also includes quality-of-life tweaks that any player can use: Gaussian blur for screen backdrops, smoother scrolling in selection lists, pressing "C" to zoom (OptiFine-style), undo/redo for text fields, and even local music playback with spectrum visualization. Why You'd Install It Three main reasons: better text rendering across the whole game, mod developer improvements if you use mods that use the framework, and some genuinely handy features baked in. The text rendering improvements are substantial. Minecraft's default font system wasn't designed for modern Unicode support or high pixel densities. ModernUI-MC replaces that with a layout engine optimized for readability at any scale. Sign text, chat text, custom GUI text in mods - all get sharper, faster rendering with lower memory overhead. The framework computes exact font metrics for native glyph rendering and uses a faster rectangle packing algorithm for glyph atlases. If you're running multiple mods with custom GUIs, they'll feel more cohesive and responsive. Smooth scrolling works across vanilla and modded screens. The Discord/Slack/GitHub emoji shortcode support is a small feature, but it's the kind of thing that shows the developer thought about quality. Performance Boost ModernUI-MC significantly multiplies GUI text rendering performance compared to vanilla. Memory allocations drop, GC pressure eases, and frame rate during menu navigation stays stable. If you're playing on older hardware or a heavily modded instance, this matters. How to Install It Installation depends on your Minecraft setup. ModernUI-MC supports both Forge and Fabric loaders across multiple versions. For Fabric users on Minecraft 1.21.8 (the latest), download the Fabric 1.21.8 build from the releases page and drop it in your mods folder: bashModernUI-Fabric-1.21.8-3.12.0.4-universal.jar If you're on 1.21.4, 1.21.1, or 1.20.1, version-specific builds exist for each. Same process - no extra setup needed. Forge users have similar options. Download the Forge-compatible JAR for your version: bashModernUI-Forge-1.21.1-3.12.0.2-universal.jar Drop it in mods, restart the launcher, and it loads automatically. The mod doesn't require configuration files or dependency hunting - it's a standalone JAR. Compatibility Notes ModernUI-MC works with OptiFine, Sodium (Rubidium), Iris (Oculus), and most other rendering mods. It's compatible with Minecraft's built-in JSON font definitions for bitmap and TTF fonts. If you're using multiple texture packs or heavy shader setups, the mod integrates cleanly without conflicts. Key Features That Stand Out Beyond the basics, ModernUI-MC includes features that feel more like a complete suite than just a text renderer. Advanced Text Rendering Unicode text layout computation is fast and asynchronous. The mod handles complex scripts, line breaking rules (CSS-style), emoji skin tone variants, and right-to-left languages. Font fallback works intelligently - if your chosen font doesn't have a glyph, it chains to the next font without breaking layout. Screen Customization Change background colors for your pause screen, blur the backdrop with adjustable Gaussian blur intensity, add fade-in animations. These seem cosmetic, but they're the polish that separates a mod from a tool. Window Modes and Framerate Control Borderless fullscreen and maximized window modes (beyond vanilla's limited options), framerate limiting, volume fading when the window loses focus, and pausing singleplayer when you open inventory. Not revolutionary, but quality improvements that accumulate. Enhanced Tooltip Styling Tooltips can have rounded or normal borders with anti-aliasing, custom title formatting, centered RTL text, and subpixel-perfect positioning. If you're making a modpack, this adds visual polish to every hover state. Common Gotchas and Troubleshooting ModernUI-MC is stable across major Minecraft versions, but a few things catch users off guard. Font loading can take a few seconds on first launch if you're adding custom TTF fonts. This is normal - the mod caches them afterward. Don't panic if your first startup is slow. If you're mixing ModernUI-MC with other full GUI mods (like AppleSkin or custom quest mods), occasionally conflicts arise with screen rendering order. Usually this resolves with mod load order tweaks, but test combinations before deploying to a server or modpack. The mod requires Java 8+, which any modern Minecraft setup has. If you're on extremely old hardware or running ancient modpacks, version compatibility is worth checking on CurseForge first - the project has been around and has solid documentation on which versions support which Minecraft releases. Alternatives Worth Considering If ModernUI-MC feels like overkill for your needs, there are lighter options. For pure text rendering improvements without the extra features, some players rely on OptiFine's font rendering alone. It's less advanced but requires no additional mods. For modpack creators who want UI consistency, ImGui-style frameworks exist in the Minecraft space, though none match ModernUI-MC's text engine sophistication. If you're building a mod and need a GUI toolkit, the Java Swing libraries are an older standard, but ModernUI-MC is purpose-built for Minecraft and handles the game's rendering context without friction. Getting Started With Server Config Once installed, ModernUI-MC works without config. But if you're running a server with mods that use the framework, you might want to tweak font settings or disable certain features. Configuration is minimal - the mod respects vanilla font definitions, so if you have custom fonts in your resource pack, they integrate smoothly. For server admins deploying modpacks, be aware that clients need the mod installed to experience the improvements - it's not server-side. But there's no performance hit for players without it (they just see vanilla rendering). If you're interested in optimizing your server configuration more broadly, the Server Properties Generator can help you fine-tune vanilla settings to work alongside mods like this. And if you're looking for a modded server to test, the Minecraft Server List has communities running various modpacks. ModernUI-MC is consistently updated. The latest release supports recent Minecraft versions (1.20.1 through 1.21.8), and the maintainer (BloCamLimb) keeps pace with new releases. Active development means bug fixes and optimizations roll out regularly.BloCamLimb/ModernUI-MC - LGPL-3.0, ★189 Support the project ModernUI-MC is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### Newb X Legacy: Lightweight Shaders for Bedrock Edition URL: https://minecraft.how/blog/post/newb-x-legacy-bedrock-shaders Published: 2026-04-29 Author: ice devendrn/newb-x-mcbe A custom vanilla RenderDragon shader for Minecraft Bedrock If you've ever felt like vanilla Minecraft Bedrock looks a bit flat, you've probably wondered about shaders. The problem: most Bedrock shaders either crush your frame rate or require diving into sketchy workarounds to even install them. Newb X Legacy is different. It's a lightweight RenderDragon shader that adds genuinely pretty visuals - soft lighting, cloud reflections, improved water effects - without turning your device into a toaster. What's Newb X Legacy (And Why Shaders Are Weird on Bedrock) Alright, quick context: shaders aren't officially supported on Minecraft Bedrock. That's not a secret or anything - it's just how Mojang built the engine. Java Edition has OptiFine and a massive shader ecosystem. Bedrock, until recently, didn't have a way to replace the rendering pipeline at all. Enter RenderDragon modding. A community developed workarounds to swap out Bedrock's default shaders with custom ones. Newb X Legacy is the evolution of an earlier project called Newb Shader, rewritten to work with the current RenderDragon system. The creator, devendrn, focused on one thing: soft, aesthetic visuals that don't tank performance. The shader pack supports Minecraft Bedrock 1.26+, which covers Windows, Android, and iOS. Two flavors exist: Newb X Legacy (the main branch with those signature soft visuals) and Newb Classic (a different aesthetic). Both are open source under the MIT license, and they're genuinely lightweight compared to other attempts. Why You'd Want This Most people install shaders for one reason: the game looks better. That's true here too, but the angle is different from Java shaders. You're not getting crazy ray-traced reflections or extreme visual overhauls. Instead: improved lighting curves, softer shadows, actual reflection on water surfaces (instead of that flat mirror), and quirky touches like a galaxy effect at night. The practical upside? You can run this on midrange hardware. Your 2018 Android phone or last-gen iPad can handle it without stuttering. Your Windows PC with integrated graphics stays above 60fps. That's the actual value here - Bedrock finally has a shader option that doesn't require you to own a high-end GPU. Cloud shadows now project correctly onto the terrain. Water and lava noise got revamped. Torches blend properly with sunlight instead of sitting in a weird halo. Sunlight and moonlight rotate dynamically based on their position in the sky. These aren't flashy features you'd write home about, but in a 40-hour survival run, they add up to a noticeably better environment. Installation: It Varies (A Lot) By Platform This is where Bedrock shaders get weird. There's no universal "drag and drop" solution. Each platform needs a different path. WindowsThe recommended route uses BetterRenderDragon, a tool that enables MaterialBinLoader in Minecraft. Here's what you do: bash1. Download the latest BetterRenderDragon release from GitHub 2. Run the tool (it patches your Minecraft installation) 3. Launch Minecraft normally 4. Import the Newb X Legacy.mcpack file through the resource pack menu 5. Activate it in global resources If BetterRenderDragon doesn't click with you, there's Matject as an alternative. Both accomplish the same thing: injecting shader code into the rendering pipeline. The Matject path is more manual, but it works if you're comfortable following setup guides. AndroidEasiest method: MB Loader APK. Install it from Google Play, launch Minecraft through it, then import the shader pack normally. That's it. The APK handles the material injection behind the scenes. Alternatively, some people use a patched Minecraft app, but the APK approach is less fiddly. (Fair warning: using modified apps does exist in a gray area with Mojang, though the community has been doing this for years without major enforcement.) Linux and MacThis assumes you're running Minecraft through mcpelauncher-manifest, a community launcher for non-Windows systems. Install the mcpelauncher-materialbinloader mod, import the pack, activate. Done. If you're on an older architecture or just want a different method, there's also mcpelauncher-shadersmod, which works but requires more fiddling with guides. Key Features That Matter Galaxy Effect at NightMostly cosmetic, but when you're standing in a dark area at midnight, there's a subtle galaxy backdrop. It's not overwhelming - just adds flavor to starry nights. Cloud ShadowsReal-time cloud shadows actually move across the ground now. Sounds simple, but vanilla Bedrock doesn't do this. You notice it when you're building or farming - the lighting changes as clouds pass, which feels alive. Water and Lava ReflectionsWater actually reflects terrain and sky now (not just flat shimmering). The detail adds immersion without crushing performance. Lava got a visual pass too - better noise patterns, more dynamic. Improved Sun and Moon LightingThe sun now lights the sky itself, not just the ground. Moon light has actual color variation. The transition at dawn is smoother. These are subtle but noticeable if you pay attention to lighting. Better Entity LightingMobs and players light up more naturally in torch light and sun light. No more weird shadows on your own character. Tips, Pitfalls, and What Catches People Performance isn't guaranteed if you push it. On Android especially, having a heavy render distance + maximum shader settings + a shader-intensive world can tank framerate. Start with default settings, then tweak. Shaders on Bedrock are still unofficial, which means each Minecraft update might break things temporarily. The Newb X Legacy maintainer has been keeping up with Bedrock 1.26+, but it's not like Java where shader support is baked in. If you update Minecraft and the shaders stop working, just wait a few days for a patch release. Some mobile devices won't support it at all - low-end budget phones and older devices simply don't have the GPU headroom. Look, there's no error message that tells you this upfront; you'll just find out when you try to load the pack and it doesn't activate. Custom skies in behavior packs sometimes conflict with the shader. It's rare, but if you're running a heavily modded world and the sky looks broken after installing the shader, that's probably why. Also remember that using modified apps or unofficial shader loaders puts you outside of Mojang's official support. Don't expect help from the launcher. The community maintains all this, so if something breaks, you're debugging with the community's resources (Reddit, Discord, GitHub issues). Other Bedrock Shaders Worth Knowing About Newb X Legacy isn't the only shader for Bedrock, though it's the most accessible lightweight option. There's BSL Shaders (a port of a Java favorite, heavier on resources), and various experimental RenderDragon shaders floating around GitHub. But most of them either require more setup, demand better hardware, or update less frequently. If you want something even simpler with minimal visual changes, vanilla-plus shader packs exist. If you want to go heavier and don't mind slower performance, there are more ambitious projects. Newb X Legacy sits in the sweet spot: noticeable visual improvement, reasonable performance cost, and active maintenance. Want to check your server's status before jumping in? The Minecraft Server Status Checker can help you verify your server's online before loading up. And if you're exploring multiplayer, check out the Minecraft Server List for communities to join. Worth the Setup? If you're on Windows or Android and want Bedrock to look noticeably better without a huge performance hit, yes. The installation's a bit clunky - that's the nature of unofficial Bedrock modding - but it's way easier than it was two years ago. A shader itself is genuinely pretty and maintains solid framerates. If you're on iOS or Linux, it works too, but requires a bit more setup. If you're the type who gets frustrated with non-standard software installation, you might want to skip this. But if you're willing to spend 10 minutes on setup and don't mind unofficial tools, Newb X Legacy delivers.devendrn/newb-x-mcbe - MIT, ★184 Support the project newb-x-mcbe is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### How to Play Classic Minecraft Pi Edition on Modern Systems URL: https://minecraft.how/blog/post/minecraft-pi-reborn-classic-edition Published: 2026-04-29 Author: ice "Official Mirror Of @TheBrokenRail's Minecraft: Pi Edition: Reborn." MCPI-Revival/minecraft-pi-reborn · github.com The original Minecraft: Pi Edition was a stripped-down version of Minecraft released exclusively for Raspberry Pi back in 2012. It's long been abandoned by Mojang, but there's a reason people still talk about it: that early, raw version of Minecraft hits different. Minecraft Pi Reborn revives it, runs it on modern hardware, and actually improves it along the way. If you've got nostalgia for those early days or want to explore what Minecraft looked like before a decade of updates, this project makes it possible. What's Minecraft Pi Edition, Really? The original Pi Edition was incredibly minimal. No creative mode. No survival sprawl. No redstone circuits or nether dimensions. Just pure, bare-bones block-breaking on a Raspberry Pi. It was educational, lightweight, and honestly kind of beautiful in how focused it was. Then Mojang abandoned it, source code and all. For years, if you wanted to play it, you had to dig through decade-old installers or keep an ancient Pi running. Minecraft Pi Reborn changes that. Instead of waiting for official support that'll never come, the community forked it, modernized the code, and ported it to basically any system that runs Linux or Windows. It's C++-based (not Java), which means it's lean and actually runs smooth on modest hardware. You get that nostalgic Pi Edition experience, but without being tethered to a Raspberry Pi from 2012. Why You'd Want This Three reasons this matters: Nostalgia with purpose. If you grew up with Minecraft Pi, this is a genuine trip. The interface, the blocky textures, the simplicity. It's not the Java edition with filters, it's actually the original thing running. Educational value. Schools and Raspberry Pi clubs still use Pi Edition for teaching. Having it work on modern systems means you're not restricted to ancient hardware. Lightweight by design. This isn't a mod requiring you to own a NASA computer. A basic laptop or even an older Chromebook can run it. It's maybe 50 MB and runs on OpenGL 1.5 or higher, which basically every system has. And honestly, there's something refreshing about a version of Minecraft where you can pick it up and just play without worrying about updates breaking your world or chunk loading lag or whatever the latest meta is. It's just... Minecraft. Getting It Installed You've got three main paths, and the choice depends on what system you're on: AppImage (Most Flexible) If you're on Linux and want the most straightforward install, grab the latest AppImage from the official releases. Download it, mark it executable, and run it. Done. bashchmod +x MCPI-Reborn*.AppImage./MCPI-Reborn*.AppImage AppImages are self-contained binaries that work on basically any Linux distro. No dependency hunting. No weird library conflicts. Just download, run, play. The launcher will even offer to create a desktop entry so you can launch it from your menu like any normal app. Flathub (If You Use Flatpak) If your system supports Flatpak (and most modern Linux distros do), you can install it directly: bashflatpak install flathub com.thebrokenrail.MCPIReborn flatpak run com.thebrokenrail.MCPIReborn Flatpak handles all the sandbox stuff automatically, keeps things isolated from your system, and updates itself. Less friction than tracking manual downloads. Pi-Apps If you're actually on a Raspberry Pi, Pi-Apps (the community app store) has it integrated. One click and it handles the install. So this is probably the path of least resistance for Pi users since it manages dependencies for your specific hardware. Windows users: The project supports Windows 10/11, but Windows distribution is a bit less streamlined. Look, check the releases page for the latest Windows build. You might need to manually place it somewhere sensible and create a shortcut, but it'll run. System Requirements (Reasonable) This isn't demanding. The original Pi Edition was made for a $35 computer from a decade ago. Here's what you need: Linux or Windows 10/11 32-bit ARM, 64-bit ARM, or 64-bit x86 processor (basically everything modern) OpenGL 1.5 or better (integrated graphics fine) Around 50 MB of disk space Seriously, if your laptop can load YouTube, it'll run this. The graphics requirements are from 2006. This RAM footprint is minimal. This isn't a stress test. What's Different From the Original Minecraft Pi Reborn didn't just copy-paste the old code. The team added actual improvements while keeping the spirit intact. The most obvious: it works on non-Pi hardware. But also, they've modernized the codebase, fixed rendering bugs, added better performance, and updated it for systems that don't run ancient Linux kernels. You get the Pi Edition you remember, but without the decades of accumulated bitrot. One thing to remember though: this isn't Pi Edition with Java Edition features bolted on. It's still the minimal version. No Nether. No proper creative mode with infinite blocks. If you're expecting 1.20-level Minecraft, you'll be disappointed. But if you want what Pi Edition actually was, it's exactly that. Tips and Common Gotchas First time launching? It might take a moment to compile shaders or set up the graphics pipeline. Don't panic if the window stays black for 10 seconds. That's normal on first run. If you get rendering issues or crashes, check your OpenGL version. Run `glxinfo | grep "OpenGL version"` on Linux and see what you get. Anything 1.5 or higher works, but ancient integrated graphics might struggle. Actually, scratch that - they probably still work, they just might be slow. Pi Edition doesn't demand much, but it does demand proper OpenGL support. The launcher has an About menu with an option to create a desktop entry. Do this if you're planning to actually use it regularly. Saves you digging through downloads every time. If you grab it via AppImage and permissions get weird, make sure the binary is actually marked executable. Sometimes downloads lose permissions. One chmod and you're good. Similar Projects Worth Knowing About If you're into retro Minecraft experiences, there are a few directions to explore: Minecraft Java Snapshot Archives: If you want to play a specific older version of actual Java Minecraft (like Beta 1.7.3), there are launchers that manage those. Different beast entirely, but satisfies similar nostalgia. Minecraft Classic (In-Browser): Mojang released the original Classic version as a free in-browser game. No download needed, but it's even more primitive than Pi Edition. Minetest: An open-source Minecraft-like engine. Not the same game, but similar vibe and runs on basically anything. But if you specifically want Minecraft Pi Edition as it was made, Minecraft Pi Reborn is the only realistic path. It's the canonical version now. Before You Jump In Minecraft Pi Reborn is perfectly playable, but it's community-maintained. Updates are steady, but don't expect the support pipeline of official Minecraft. That said, the project has nearly 1,300 commits and 284 stars, which signals active development and community interest. Your worlds are saved locally, performance is solid, and the whole thing is MIT licensed. If something breaks, you've got source code and a community that cares. For a nostalgic project, that's actually impressive. Worth playing? If you have even a passing interest in how Minecraft used to be, yeah. It takes five minutes to install, runs on basically anything, and scratches a very specific itch. You can also dress up your server with a cool Minecraft MOTD Creator if you set up a server, or browse Minecraft skins to customize your character once you're in.MCPI-Revival/minecraft-pi-reborn - MIT, ★284 Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### FoliaLib: Managing Schedulers for Modern Minecraft Servers URL: https://minecraft.how/blog/post/folialib-scheduler-plugin-guide Published: 2026-04-29 Author: ice GitHub · Minecraft community project FoliaLib (TechnicallyCoded/FoliaLib) This is a wrapper library for aiding in supporting the Folia Paper Fork. This library adds multiple scheduler options to use instead of the Bukkit or Folia native schedulers. Star on GitHub ↗ If you're running a custom Minecraft server with plugins, you've probably noticed that Paper and Spigot schedulers work fine until they don't. Switch to Folia - Paper's new multithreaded fork - and suddenly half your plugins break because their task scheduling assumes a single thread. That's the problem FoliaLib solves. What Folia Is (And Why It Matters) Folia is Paper's experimental fork that distributes server load across multiple CPU cores instead of running everything on one thread. It's faster and more stable on high-player servers, which sounds great. The catch? It breaks a decade of plugin assumptions. Code that worked fine on single-threaded servers can crash, cause race conditions, or deadlock entirely when Folia runs it. Most servers still run Paper. But Folia adoption is growing, and if you're a plugin developer, you can't just ignore it. FoliaLib is the bridge that lets you support both worlds at once. The Scheduling Problem FoliaLib Solves Task scheduling is where most Folia compatibility issues hide. You've probably written code like this at some point: javaBukkit.getScheduler().scheduleSyncDelayedTask(plugin, () -> { // Do something }, 20L); On Paper, this runs on the main thread. On Folia? It still runs on a thread, but not necessarily *the* thread your world data lives on. So that mismatch causes crashes when you try to access blocks, entities, or players without proper synchronization. FoliaLib replaces the native scheduler with smart wrappers that know which thread they're running on. It detects whether you're on Folia or Paper, then picks the right scheduler automatically. You write once, it works everywhere. How FoliaLib Works FoliaLib is a wrapper library that sits between your plugin and the Bukkit scheduler. Instead of calling Bukkit directly, you use FoliaLib's scheduler class, which internally picks the best scheduler for your server: On Folia: Uses Folia's region-aware scheduler to keep tasks tied to the right thread On Paper or Spigot: Falls back to the standard Bukkit scheduler On older servers: Uses compatibility workarounds for versions as far back as 1.8.8 You don't write conditional code for each server type. FoliaLib handles the detection and routing behind the scenes. Deploy the same plugin JAR to Folia, Paper, and Spigot - it just works. Installing and Setting Up FoliaLib FoliaLib is distributed via a Maven repository and added as a compile-time dependency. You'll shade it into your plugin JAR (a standard practice to avoid conflicts). If you're using Maven, add the repository and dependency: xml tcoded-releases https://repo.tcoded.com/releases com.tcoded FoliaLib SET_VERSION_HERE compile Then configure Maven Shade to relocate the package (critical step) so it doesn't conflict with other plugins that also use FoliaLib: xml org.apache.maven.plugins maven-shade-plugin 3.6.0 package shade com.tcoded.folialib your.package.name.lib.folialib If you use Gradle, the setup is similar - add the repository, declare the dependency, and configure the Shadow plugin to relocate the package. (The README has examples if you need them.) Key Features and Practical Examples FoliaLib abstracts away the scheduler differences, but it also adds features that make writing safe, concurrent code easier. The main feature is multiple scheduler options. Instead of one global scheduler, FoliaLib gives you context-aware scheduling: entity schedulers (tasks tied to a specific entity), region schedulers (tasks tied to a world region), and async schedulers. You pick the one that matches what your task is actually doing. If you're modifying an entity, use the entity scheduler and FoliaLib guarantees that task runs on the thread responsible for that entity. Another useful feature is that FoliaLib handles the version compatibility mess. You can target servers from 1.8.8 all the way to 1.21+ without writing workarounds. That's helpful if you're maintaining a plugin that's been around for years and you want to support both ancient and modern servers. There's also better error handling for edge cases. The native Folia scheduler is still new and occasionally has surprises. FoliaLib smooths over some of those rough edges with internal fixes. Common Pitfalls and How to Avoid Them The biggest mistake new users make is forgetting to relocate the package. If two plugins both include FoliaLib without relocation, they'll conflict and one will shadow the other. Your plugin might work fine in testing and break mysteriously on a server with other Folia-compatible plugins. Always relocate. Another gotcha: FoliaLib is still in active development (version 0.5.1 as of this writing). The API may change between releases. Check the GitHub issues page before upgrading, especially if your plugin is heavily integrated with FoliaLib's scheduler. And don't assume that using FoliaLib automatically makes your plugin thread-safe. FoliaLib handles scheduler routing, but if you're accessing shared state from multiple tasks without synchronization, you'll still have race conditions. It's a tool that helps you write safe code, not magic that makes unsafe code safe. Actually, a practical tip: if you're porting an existing plugin to FoliaLib, start by leaving your scheduling code as-is and just running on Folia. Let it break in predictable ways, then incrementally switch tasks to FoliaLib's scheduler. Trying to refactor everything at once usually creates more bugs than it fixes. Who Should Use FoliaLib If you maintain a plugin, especially one with timers, entity tracking, or background tasks, FoliaLib is worth adopting. It's particularly valuable if your plugin is used on both Paper and Folia servers - instead of maintaining two codebases or littering your code with compatibility checks, you use FoliaLib and ship one JAR. If you're building a server network and want to experiment with Folia's performance benefits without losing plugin compatibility, FoliaLib lets you do that. Plugin developers can add support gradually, and FoliaLib handles the fallback to Paper's scheduler in the meantime. If you're starting a new plugin today and want it to be future-proof, building on FoliaLib is a smart move. Folia adoption will only increase as it matures. On the flip side, if you're running a small Paper server with a handful of simple plugins, FoliaLib doesn't matter to you. And if you're developing a plugin that doesn't use any scheduler at all (pure commands, event listeners), you probably don't need it. Context Within the Larger Folia Ecosystem FoliaLib isn't the only way to handle Folia compatibility. Some plugins just check the server type and use conditional logic. Some developers write adapters specific to their plugin. But FoliaLib is the community standard because it centralizes the complexity and lets individual developers focus on their plugin logic instead of scheduler internals. while you're working on plugin compatibility, you might also need tools for other aspects of server administration. Look, if you're documenting your server's capabilities or building client resources, the Minecraft Block Search tool is handy for looking up block properties, and the Minecraft Text Generator can help with server messages and documentation. FoliaLib is actively maintained by the community. Recent updates (version 0.5.1) include refactors to improve reliability and better support for newer Minecraft versions. If you find bugs or have feature requests, the GitHub issues page is the place to report them.TechnicallyCoded/FoliaLib - MIT, ★126 Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### Minecraft Server Hibernation: Stop Wasting CPU When Nobody's Playing URL: https://minecraft.how/blog/post/minecraft-server-hibernation-autostart-guide Published: 2026-04-29 Author: ice "Autostart and stop minecraft-server when players join/leave" gekware/minecraft-server-hibernation · github.com .0 Running a Minecraft server 24/7 is wasteful. Whether you're hosting for a friend group or a small modded community, your server's eating CPU and electricity whether anyone's actually online or not. Minecraft Server Hibernation (MSH) solves this by automatically spinning your server up when a player joins and shutting it down when the last person leaves. It's a simple idea that saves real money and resources. What This Project Does Minecraft Server Hibernation is a lightweight proxy written in Go that sits between your players and your actual server. When someone tries to connect, MSH detects them, boots up your real server in the background, and forwards their connection. Once everyone's gone and a timeout period expires (configurable), MSH kills the server and goes back to sleep. You don't need to change how you connect to your server. Players just join like normal, except now the server magically starts when they show up. The project tracks how long it's put servers in hibernation across all users: over a thousand cumulative years of CPU-time saved since 2019. That's not nothing. Why You'd Use This Most people running servers fall into a few camps. You've got casual friend groups that play sporadically, maybe a few hours a week. You've got small modded communities with 10-20 active players who log in at certain times. You've got people who want to mess around with a server but don't want to pay for hosting 24/7. For any of these situations, paying for a server that's idle 16 hours a day is just money in the trash. The secondary benefit is actual convenience. No more manually starting your server before your friends get on, or scrambling when someone says "let's hop on tonight." They join, the server starts, you're in a game within 15 seconds. Boots back down automatically when the last player leaves. And if you've got a modded server with a heavy modlist? Cutting out 8 hours of idle server time per day adds up to real power savings, especially if you're running this on hardware in your house instead of a rental machine. Getting It Running Setup's straightforward once you understand the pieces. You're going to download the MSH executable for your OS (Linux, Windows, or macOS), create a config file, point it at your existing Minecraft server, and run it. GitHub project card for gekware/minecraft-server-hibernation First, grab the latest release from GitHub: bashcd /home/user/minecraft-server-hibernation wget https://github.com/gekware/minecraft-server-hibernation/releases/download/v2.5.1/msh-v2.5.1-fd9f22d-linux-amd64.bin chmod +x msh-v2.5.1-fd9f22d-linux-amd64.bin You'll also need to download the sample config file from the releases page and edit it. The important settings: Folder - path to your server directory (where server.jar lives) FileName - the actual server jar filename StartServerParam - launch arguments (usually something like "-Xmx4G -Xms4G -jar server.jar nogui") StopServer - how to gracefully shut the server down (keyboard commands like "save-all" and "stop") TimeBeforeStoppingEmptyServer - how long to wait after the last player leaves before killing the server (in seconds) Port forwarding comes next. On your router, forward port 25555 (or whatever port you set in config) to your server machine. Then open that port on your server's firewall. If you're on Linux with UFW: bashsudo ufw allow 25555/tcp Drop the executable in your server folder, run it, and you're done. bash./msh-v2.5.1-fd9f22d-linux-amd64.bin Players connect using your actual server port (25555 by default), and MSH handles everything behind the scenes. Key Features That Matter The tool has some thoughtful touches beyond just "start and stop." Custom Server Icon - You can drop a frozen server icon (image called `server-icon-frozen`) in your server folder, and MSH will show it to players while the actual server's waking up. Looks cleaner than a generic offline state. Whitelist Support - You can configure a whitelist right in MSH, or it'll respect your server's existing whitelist. Control who can even wake up the server. Graceful shutdown is built in. MSH doesn't just kill the process. So it sends proper stop commands and waits for the server to save and quit cleanly, so you don't corrupt your world. Configurable Idle Timeout - Want your server to stay alive for 5 minutes after the last player leaves, or 30 minutes? You control it. Gives players time to come back without the server dying the second they disconnect. Cross-platform - Works on Linux, Windows, and macOS, and supports both vanilla and heavily modded servers. The project's been around since 2019 and is actively maintained (latest release was just v2.5.1 with improvements to crash handling and updated Go compilation). Gotchas and Things to Know First thing: the config file doesn't auto-generate. You've to download it from the releases page or create it yourself. No magic here. Ancient dwellers in Minecraft Second, server.properties needs one setting: `server-ip=0.0.0.0`. If it's set to a specific IP, MSH can't reach your server properly and you'll get connection errors. It's easy to miss and annoying to debug. Cold starts take a few seconds. When a player connects, there's a lag while the server boots and loads chunks. For most groups this is fine ("server's starting, give it a sec"). For speedrunners or hyper-competitive play, it might matter. Make sure you've actually port-forwarded correctly. MSH listens on your specified port but needs to be reachable from outside your network. If friends can't connect, 9 times out of 10 it's a port-forwarding issue, not MSH. One more thing: if you restart your host machine, make sure MSH starts automatically on boot. Run it as a systemd service on Linux or a scheduled task on Windows so you're not manually starting it every time. What About Alternatives There are a few other tools in this space. Docker containers with some scripting can do similar things, but they're more complex to set up. Some host providers offer built-in auto-start features, but you're locked to their infrastructure and usually paying extra. There's also the nuclear option: set up a cron job that checks if your server's running and starts/stops it based on player count. Real talk, works, but you're maintaining shell scripts instead of using a tool designed for this specific job. MSH's advantage is that it's a single binary that's been refined over 6+ years. It's not overthinking the problem, and it works offline (no cloud dependency or external services). If you're building a server for yourself or a small group and you care about efficiency, it's worth the 20 minutes to set up. Looking for more tools to improve your server? Check out the Minecraft Server List for inspiration on what other communities are running, or use handy utilities like the Nether Portal Calculator and Minecraft Text Generator for your gameplay. Support the project minecraft-server-hibernation is maintained by the open-source community. If it saved you time or powered something cool, leave a ⭐ on the repo, report bugs, or contribute back. Small actions keep tools like this alive. --- ### LeviLaunchroid: Running Multiple Minecraft Bedrock Versions on Android URL: https://minecraft.how/blog/post/levil-aunchroid-bedrock-android-launcher Published: 2026-04-29 Author: ice GitHub · Minecraft community project LeviLaunchroid (LiteLDev/LeviLaunchroid) A launcher designed for Minecraft Bedrock Edition on Android Star on GitHub ↗ pache-2.0 If you've wanted to run multiple versions of Minecraft Bedrock on one Android device without the hassle of system-level installation conflicts, LeviLaunchroid is built to solve exactly that. It's a lightweight launcher that imports your official Minecraft APK and lets you create isolated instances, each with separate worlds, resource packs, Xbox accounts, and version management. What This Project Does LeviLaunchroid isn't Minecraft itself. It's a wrapper that sits between your device and your official Bedrock APK, letting you run multiple independent copies without stepping on each other's toes. Import your Google Play Minecraft once, then spin up three separate instances if you want: one for vanilla survival, one for testing resource packs, one for testing mods with friends. Each one has its own folder, data directory, and configuration. Version isolation is the core appeal here. Crash one instance while messing with a resource pack? The others keep running. Want to test whether a world saves properly in Bedrock 1.19 versus 1.20? You can do that side-by-side on the same device without managing conflicting file structures or wrestling with system permissions. The launcher also supports loading native SO modules, which means custom gameplay extensions are possible if you're comfortable diving into Android development. Most players won't touch this feature, but it's there for people who want to extend Bedrock's behavior at a deeper level. Why You'd Want This Your device doesn't have room for three full Minecraft installations from the Play Store. Storage fills up fast. But you want to test mods and resource packs without blowing up your main save file. LeviLaunchroid lets you do that - multiple instances, one APK footprint. Maybe you're running a Bedrock server and need to test client-side behavior across versions. Or you're managing multiple Xbox accounts and tired of logging in and out every time you switch. The default Minecraft launcher makes you restart the entire app to change accounts. LeviLaunchroid handles account switching inside the launcher, no restart needed. Community server admins use this to test updates before pushing them live. Teachers running Minecraft classrooms sometimes use it to maintain isolated student environments. Look, it's not a casual-player tool, but if any of those situations match your setup, it becomes genuinely useful. Getting It Installed First: you need the official Minecraft Bedrock Edition APK from Google Play. LeviLaunchroid won't run without it. This isn't a standalone game launcher - it's a wrapper for the real thing. Download the latest release (v1.3.11 as of this writing) from the GitHub releases page and install the APK on your Android device. You'll need Android 8.0 or newer, ARM64 architecture, at least 1GB RAM (2GB or more is actually comfortable), and roughly 2GB of storage per instance you want to create. Launch the app and it'll walk you through importing your Minecraft APK. Point it to the official APK file, wait a couple minutes while it extracts and sets up the necessary files, and you're halfway done. Then create profiles - give each one a name, pick which Minecraft version it should use, and you've got separate instances. What Works Multi-version management: This is where the project genuinely shines. You're not fighting the system installer or debugging file permission issues. Each version runs completely isolated. Corrupt a world in instance one? Instances two and three don't care. Test a resource pack that breaks rendering? Revert or delete that instance without affecting your main save. Account management: Switch between Xbox accounts inside the launcher without logging out of your phone's entire Microsoft account. It's legitimately faster than the default Minecraft launcher, which usually forces you to restart the entire app just to change accounts. Resource pack organization: The built-in manager lets you import, export, and back up packs across different instances. Save a working pack setup in one version and export it for another. It's not revolutionary, but it saves time if you're managing multiple setups. Performance: On a midrange device with 3GB RAM, I ran two simultaneous instances without serious slowdown. The launcher itself is lightweight - it's not eating your device's resources when you're sitting in the menu. And if you're creating resource packs for those isolated instances, our Skin Creator tool is helpful for generating custom textures and assets quickly. The Real Friction Points First-time setup can be confusing if you've never dealt with APK extraction before. The process itself is straightforward - the app walks you through it - but error messages aren't always clear about what went wrong or how to fix it. You might spend 15 minutes debugging something that would take 30 seconds if the error said what it actually meant. Storage is a serious limitation. Minecraft's base install is huge, and each instance duplicates most of that data. Two versions means roughly double the storage. On a 64GB device with other apps installed, you'll run out of room faster than you'd expect. This isn't the launcher's fault - it's just how Android works - but it's worth knowing upfront. Native module support sounds great until you try to actually use it. There's basically zero documentation. If you want to create custom modules, you're reading the source code on GitHub and reverse-engineering from there. That's not beginner-friendly. Some mods and resource packs might not work perfectly in isolated instances, especially if they rely on system-level Minecraft files or make assumptions about the standard installation. You'll probably be troubleshooting compatibility yourself rather than just installing and playing. Updates also require manual intervention. When Minecraft updates on Google Play, you need to re-import the new APK into each instance you want to upgrade. It's not automatic, which is intentional - your older versions stay frozen - but it means you're managing updates yourself. That's fine for testing, tedious if you want everything current. And here's something small but real: if you check our Block Search tool to compare what changed between versions, you'll notice some blocks behave differently in older Bedrock releases. The launcher handles this correctly, but cross-version compatibility testing is genuinely more complex than it looks. How It Compares There's not much direct competition in the Android space. The default Minecraft launcher from the Play Store handles multi-account switching, but it doesn't do version isolation or profile management. Some device manufacturers bundle custom launchers, but they're locked to their system ROM and don't offer this flexibility. On desktop, tools like MultiMC and ATLauncher do similar multi-version management for Java Edition, but there's no Bedrock equivalent with the same feature set. You could use adb on desktop to manage multiple Android instances, but that's substantially more complicated and requires a computer connected to your phone. The project itself has 297 stars on GitHub, is written in Java, and maintained by LiteLDev. It's open-source under Apache-2.0, so you can inspect the code, contribute improvements, or fork it for your own needs. Is It Worth Setting Up? Casual players who launch Minecraft once a week don't need this. The default launcher works fine for them. But if you're testing resource packs, managing multiple accounts, maintaining compatibility across versions, or just curious how these tools work, LeviLaunchroid is worth an hour of setup time. It genuinely solves the problem it claims to solve, and it does it without requiring system-level access or forcing you to manage APK files manually. The real value is flexibility without friction. You're not fighting Android's permission system, you're not dealing with conflicting file structures, and you can blow up an instance and start fresh in seconds. That's actually useful if your workflow matches what the launcher was designed for. Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog --- ### Running Bedrock Server Networks with WaterdogPE URL: https://minecraft.how/blog/post/waterdogpe-bedrock-proxy-guide Published: 2026-04-29 Author: ice WaterdogPE/WaterdogPE Brand new proxy server for Minecraft: Bedrock Edition .0 If you're managing multiple Minecraft Bedrock servers, you know the pain of load balancing across them. Players get dropped between instances, you're manually routing traffic, and everything feels fragile. WaterdogPE solves this by acting as a reverse proxy that sits between your players and your actual game servers, distributing connections intelligently and handling the messy details you shouldn't have to worry about. What WaterdogPE Does WaterdogPE is a open-source proxy server built specifically for Minecraft Bedrock Edition. Instead of players connecting directly to your server, they connect to the proxy, which then forwards them to the right backend server. It's similar to how Bungeecord works for Java Edition, but designed from the ground up for Bedrock's protocol. The key difference between Bedrock and Java is how the protocol works. Bedrock doesn't have the same proxy ecosystem that Java does, which meant Bedrock server operators were stuck either running a single server or dealing with janky third-party solutions. WaterdogPE fills that gap. Built using Cloudbursts Protocol Library, it handles the actual protocol translation and server communication. You don't need to understand all that though - the important part is that it works reliably with major Bedrock server software. Why You'd Use This There are a few solid reasons to set up a proxy layer. Most obviously, you get redundancy. If one backend server goes down, the proxy can route players to another one. No sudden kicks, no lost progress if you've got proper failover configured. Network management becomes cleaner too. Instead of telling your community 'connect to server123.yournetwork.com' then 'connect to server456.yournetwork.com' depending on which is full, everyone just connects to proxy.yournetwork.com and the system figures out the rest. Load balancing is the third big win. If you're running a creative server and a survival server (or multiple instances of the same game mode), you can distribute players across them. Players join a hub server through the proxy, then get routed to the appropriate server based on what they're doing. This works especially well for server networks where you want to offer different games or different vanilla/modded experiences. There's also a development angle - if you're building server infrastructure for a community or even a commercial project, having a proxy layer makes future scaling way easier. You can add servers without changing your public endpoint. Getting WaterdogPE Running Installation isn't complicated, but it's more involved than just clicking a button. You'll need Java installed (since WaterdogPE runs on the JVM) and a basic understanding of your network. Download the latest release from the GitHub releases page. The project provides a compiled JAR file you can run directly. bashwget https://github.com/WaterdogPE/WaterdogPE/releases/download/latest/Waterdog.jar java -jar Waterdog.jar First run creates a config directory and default configuration files. The config.yml is where you'll spend most of your time - it's where you define which backend servers the proxy should forward to, what IP/port the proxy listens on, and various behavior settings. A basic config looks something like this: bashlisteners: default: ip: 0.0.0.0 port: 19132 downstream_servers: creative: address: creative-server.local port: 19133 survival: address: survival-server.local port: 19134 Once you've configured your servers, the proxy needs to be accessible from the internet (assuming you want external players). Forward your ports, set up DNS, and test with a client. There's a Minecraft Votifier Tester available if you need to validate that your server is actually reachable and responding. The project documentation covers more advanced setups - authentication, server groups, per-server permissions. For most setups though, the basic approach gets you where you need to be. Key Features That Matter Message forwarding lets servers send custom messages to players through the proxy. This is how you implement kick messages, transfer players between servers, or send alerts across your network from the backend. Authentication handling is built in. Instead of each server validating logins separately, the proxy does it once and passes the auth token downstream. One less thing each backend needs to handle. Player list forwarding shows the correct player count and names across your network. Without it, players see different player lists on each server, which breaks immersion and looks broken. With it, everyone sees the network-wide picture. Packet filtering and routing is where things get powerful. The proxy can intercept packets and make decisions about them. Some go directly to the backend, others can be modified or dropped based on rules you define. This is how you implement custom game mechanics or security features at the network level. The project also supports plugins. If you need behavior beyond what the core provides, you can write plugins using the WaterdogPE API. There's already a plugin ecosystem growing around it - check out the official plugins page if you need something specific. Configuration Gotchas and Troubleshooting Software compatibility is the first one people hit. WaterdogPE officially supports major Bedrock server software - PocketMine-MP, Nukkit, and similar projects. If you're using something obscure or a custom fork, you might run into protocol issues. Always check the compatibility list before investing time in setup. Firewall rules trip up a lot of people. The proxy needs to listen on a port (default 19132) that's open to the internet, AND it needs to be able to reach your backend servers. If your backend servers are behind a firewall that blocks the proxy's internal connections, everything fails silently. Test this before you assume something else is wrong. Config syntax errors silently fail. The proxy will start, but won't actually forward anything. Read the logs carefully if players can't connect. Authentication is another common failure point. If your backend servers require online-mode authentication but your proxy isn't configured to handle it correctly, logins fail mysteriously. The documentation covers this, but it's easy to miss. Resource packs deserve mention. If you're distributing resource packs to players, you need to decide whether the proxy or the individual servers handle that. Misconfiguring this causes players to get different packs on different servers, which breaks texture consistency. Performance-wise, WaterdogPE is efficient, but if you're running it on the same hardware as your backend servers, resource contention becomes an issue. Honestly, consider running the proxy on separate hardware if you're at scale, especially if you're moving hundreds of players per minute between servers. Alternatives Worth Knowing About If WaterdogPE isn't quite right for your situation, there are options. Geyser is technically a proxy too, but it's designed specifically for cross-platform play - Java and Bedrock players on the same server. Different tool for a different problem. For Java Edition, Bungeecord and Velocity are the established solutions with massive communities. They're not Bedrock-compatible, but if you ever consider mixed-platform networks, knowing they exist helps you plan. There's also the option of just not using a proxy and sticking with a single large Bedrock server. For communities under a few hundred concurrent players, a well-tuned single instance might be simpler than proxy complexity. Only add infrastructure when you need it. One More Thought WaterdogPE represents the Bedrock ecosystem finally getting the infrastructure tooling it always needed. The Bedrock community is smaller than Java, but it's growing, and having proper network management tools changes what's possible. If you're running Bedrock servers at any reasonable scale, giving it an hour to understand what it does is probably worth your time. The worst case is you don't need it yet - but knowing the option exists means you won't be stuck managing network complexity manually when you grow beyond a single server. The setup process takes most people a few hours, debugging included. Not bad for unlocking a whole category of infrastructure capabilities.WaterdogPE/WaterdogPE - GPL-2.0, ★323 Where to go from here Read the source on GitHub (docs, examples, and the issue tracker) Browse open issues to see what the community is working on Check recent releases for the latest build or changelog ---