Server Setup Guide for [Rust (PvP focus)] Gamers

Game Server Requirements

Establishing a robust and responsive Rust server, particularly one geared towards intense Player-versus-Player (PvP) combat, necessitates a careful consideration of underlying hardware and network infrastructure. The demands of a dynamic, open-world survival game like Rust, with its intricate physics, persistent world state, and numerous concurrent player interactions, are substantial. A foundational understanding of these requirements is paramount to ensuring a smooth and enjoyable experience for all participants.

At its core, a Rust server is a complex application that continuously processes game logic, manages player data, and synchronizes the game world across all connected clients. This constant activity translates directly into significant resource consumption. The primary resources to consider are the Central Processing Unit (CPU), Random Access Memory (RAM), and Storage Input/Output (I/O).

The CPU is arguably the most critical component for a Rust server. Unlike many applications that can effectively distribute workloads across multiple cores, Rust's game engine, particularly its server-side operations, often exhibits a strong preference for high single-core performance (Game Engine Architecture). This means that a CPU with fewer, but faster, cores will generally outperform a CPU with more, but slower, cores, especially when dealing with the intricate calculations involved in player movement, projectile trajectories, and environmental interactions in a PvP scenario. Look for processors with high clock speeds and strong single-threaded benchmarks. Intel's Xeon E-series or i7/i9 processors, or AMD's Ryzen 7/9 series, are often recommended, with clock speeds ideally exceeding 3.0 GHz, and preferably boosting significantly higher. The number of players concurrently active on the server directly scales with CPU demand; a server hosting 50 players will require substantially more processing power than one hosting 10.

RAM is another vital resource, serving as the server's short-term memory for active game data. Rust servers are notoriously memory-intensive. The game world, player inventories, entity states, and various server-side processes all reside in RAM for quick access. For a small server (10-20 players), a minimum of 8 GB of RAM is advisable. However, for a dedicated PvP server aiming to support 50-100 players, 16 GB to 32 GB of RAM is a more realistic and often necessary allocation. Servers with a high number of custom plugins, larger maps, or increased entity counts will further escalate RAM requirements. Insufficient RAM will lead to frequent server lag, stuttering, and even crashes, severely impacting the PvP experience.

Storage I/O performance is crucial for the rapid loading and saving of the game world, player data, and server logs. Traditional Hard Disk Drives (HDDs) are generally inadequate for a high-performance Rust server due to their slower read/write speeds. Solid State Drives (SSDs), particularly NVMe (Non-Volatile Memory Express) SSDs, are highly recommended. NVMe drives offer significantly faster data transfer rates compared to SATA SSDs, which translates to quicker server boot times, faster world loading, and reduced latency during intense gameplay moments when the server needs to access or write data frequently. The size of the storage depends on the map size and the duration of server wipes, but 100 GB to 200 GB is a reasonable starting point, allowing for operating system, game files, and several map backups.

Network connectivity is the final pillar of a robust Rust server. A high-bandwidth, low-latency internet connection is indispensable for a smooth PvP experience. The server needs to communicate constantly with all connected clients, sending and receiving data packets that dictate player positions, actions, and environmental changes. A dedicated internet connection with symmetrical upload and download speeds of at least 100 Mbps is a good baseline for a moderately sized server. For larger servers or those expecting players from diverse geographical locations, a 1 Gbps connection is highly desirable. Low latency (ping) is equally important, as high latency can lead to "desync" issues, where what a player sees on their screen doesn't accurately reflect the server's state, a critical disadvantage in fast-paced PvP combat. Server location relative to the player base also plays a significant role in minimizing latency.

In summary, a high-performance Rust PvP server demands a powerful CPU with strong single-core performance, ample RAM (16-32 GB), fast NVMe SSD storage, and a high-bandwidth, low-latency network connection. Skimping on any of these components will inevitably lead to a suboptimal and frustrating experience for players.

Beginner's Guide

Embarking on the journey of hosting your own Rust server, especially with a PvP focus, can seem daunting, but with a structured approach, it's an achievable and rewarding endeavor. This guide will walk you through the initial steps, from choosing your hosting method to getting your server online and ready for battle.

The very first decision you'll face is how you want to host your server. There are generally two main approaches: self-hosting or using a dedicated game server provider. Self-hosting involves running the server software on your own computer or a dedicated machine at your home or office. This offers maximum control and can be cost-effective if you already possess suitable hardware and a robust internet connection. However, it also demands significant technical expertise, constant monitoring, and can expose your home network to potential security risks. For most beginners, especially those prioritizing a stable and performant PvP environment, a dedicated game server provider is the recommended path. These providers specialize in hosting game servers, offering optimized hardware, reliable network infrastructure, and often user-friendly control panels.

Once you've decided on a hosting method, the next step is to acquire the Rust server files. If you're self-hosting, you'll typically use SteamCMD, a command-line version of the Steam client, to download and update the server files. The process involves installing SteamCMD, logging in anonymously, and then using the app_update 258550 command to download the Rust dedicated server application (SteamCMD Documentation). If you're using a game server provider, they will usually handle the installation of the core Rust server files for you, often providing a one-click installation option through their control panel.

After the server files are in place, you'll need to configure your server. The primary configuration file is server.cfg, located in the cfg folder within your server directory. This file controls various aspects of your server, including its name, description, maximum player count, map size, seed, and various gameplay parameters. For a PvP-focused server, you'll want to pay close attention to settings like server.maxplayers (to accommodate your desired player count), server.hostname (a catchy name for your server), and server.description (to inform players about your server's PvP focus). You can also set the server.worldsize (e.g., 3500 for a medium-sized map) and server.seed (a numerical value that determines the map's generation). Experiment with different seeds to find a map layout conducive to PvP, perhaps with more open areas or strategic chokepoints.

To enhance the PvP experience, you'll likely want to install plugins. Plugins extend the functionality of your server, adding features like custom anti-cheat measures, advanced administration tools, custom events, or quality-of-life improvements. Oxide (formerly uMod) is the most popular framework for Rust server plugins. You'll need to download and install Oxide onto your server first, which typically involves placing specific files into your server's directory. Once Oxide is installed, you can download individual plugins from websites like uMod.org and place them into the oxide/plugins folder. Always read the documentation for each plugin carefully to understand its configuration and dependencies. For PvP, consider plugins that enhance combat, provide leaderboards, or offer unique challenges.

Before launching your server, ensure that the necessary ports are open on your firewall. Rust servers typically use UDP port 28015 for game traffic and UDP port 28016 for RCON (Remote Console) access. If you're self-hosting, you'll need to configure port forwarding on your router to direct incoming traffic on these ports to your server machine. Game server providers usually handle firewall configurations for you.

Finally, it's time to launch your server! If self-hosting, you'll typically run a batch file or shell script that executes the Rust dedicated server application with your desired configuration. For example, a common command might look like: RustDedicated.exe -batchmode +server.port 28015 +server.maxplayers 50 +server.hostname "My Awesome PvP Server" +server.worldsize 3500 +server.seed 12345. Game server providers will have a "Start Server" button in their control panel. Once the server is running, you can connect to it from your Rust client by opening the in-game console (F1) and typing connect yourserverip:28015.

Remember to regularly back up your server data, especially your server.cfg and oxide folders, to prevent data loss. Starting a Rust PvP server is an iterative process; don't be afraid to experiment with settings and plugins to create the ultimate battleground.

Hosting Service Comparison and Recommendations

Choosing the right hosting service for your Rust PvP server is a critical decision that directly impacts performance, reliability, and ultimately, the player experience. The market is saturated with providers, each offering a myriad of plans and features. A discerning approach, focusing on the specific demands of a PvP-centric Rust server, is essential for making an informed choice.

When evaluating hosting providers, several key factors should be prioritized for a Rust PvP server:

Hardware Specifications: As previously discussed, a powerful CPU with high single-core performance, ample RAM, and fast NVMe SSD storage are non-negotiable. Scrutinize the CPU model offered, its clock speed, and the amount of dedicated RAM. Avoid providers that offer shared CPU cores or allocate insufficient RAM, as these will inevitably lead to lag and instability during intense PvP engagements.

Network Infrastructure: Low latency and high bandwidth are paramount. Look for providers with data centers geographically close to your target player base to minimize ping. Inquire about their network uptime guarantees and DDoS protection measures, as Rust servers are often targets for malicious attacks. A robust network ensures smooth data flow, preventing desync and rubberbanding.

Control Panel and Ease of Use: While technical proficiency is beneficial, a user-friendly control panel can significantly streamline server management. Look for features like one-click plugin installation (for Oxide/uMod), easy configuration file editing, automated backups, and a clear server console. This reduces the learning curve and allows you to focus on managing your community rather than wrestling with server commands.

Customer Support: Even the most experienced administrators encounter issues. Responsive and knowledgeable customer support is invaluable. Look for providers offering 24/7 support via multiple channels (live chat, tickets, phone) and with a reputation for quick resolution times.

Pricing and Scalability: Compare pricing structures, ensuring transparency regarding hidden fees. Consider whether the provider offers scalable plans, allowing you to easily upgrade resources as your server grows in popularity. While cost is a factor, prioritizing performance over the cheapest option is often a wise investment for a PvP server.

Based on these criteria, here are some general recommendations and considerations for hosting providers, without endorsing any specific company, but rather highlighting the types of services that excel for Rust PvP:

Premium Game Server Hosts: These providers specialize in game hosting and often offer highly optimized environments for Rust. They typically provide dedicated resources, NVMe SSDs, and robust DDoS protection. Their control panels are usually tailored for game server management, making plugin installation and configuration straightforward. Examples often include companies known for their high-performance offerings and strong community reputation. While generally more expensive, the performance and support often justify the cost for serious PvP server owners.

Virtual Private Servers (VPS): A VPS offers a good balance between control and cost. You get a dedicated slice of a physical server's resources, allowing for more customization than shared hosting. However, you'll need more technical expertise to set up and manage the operating system and Rust server software yourself. Ensure the VPS plan offers sufficient CPU cores with high clock speeds and ample RAM, along with NVMe storage. This option is suitable for those who want more control and are comfortable with command-line interfaces.

Dedicated Servers: For the largest and most demanding Rust PvP communities, a full dedicated server offers unparalleled performance and control. You get an entire physical machine to yourself, allowing for maximum resource allocation and customization. This is the most expensive option and requires significant technical expertise to manage. However, it provides the ultimate foundation for a high-player-count, competitive PvP server.

When comparing specific providers, always look for independent reviews, community feedback, and conduct your own tests if possible (e.g., by purchasing a short-term plan). Pay close attention to any guarantees regarding CPU core allocation (dedicated vs. shared), RAM type (DDR4 vs. DDR5), and storage technology (SATA SSD vs. NVMe SSD). A provider that clearly outlines these specifications is generally more trustworthy. Remember, the goal is to find a host that can consistently deliver the low latency and high frame rates essential for a competitive Rust PvP environment.

Troubleshooting

Even with the most meticulously configured server and a top-tier hosting provider, issues can arise. Effective troubleshooting is a crucial skill for any Rust server administrator, particularly for a PvP-focused server where downtime or performance hiccups can severely impact player engagement. A systematic approach to problem-solving is key.

When a problem occurs, the first step is to identify the symptoms. Is the server crashing? Is there severe lag? Are players unable to connect? Is a specific plugin causing issues? The more precise you can be about the symptoms, the easier it will be to diagnose the root cause.

Next, check the server console and logs. The server console provides real-time output of server activity, including errors, warnings, and player actions. The server logs (typically found in the server/my_server_identity/logs folder) offer a historical record of events. Look for error messages, stack traces, or repeated warnings that might indicate a problem. Common errors include "Out of Memory" (indicating insufficient RAM), "NullReferenceException" (often a plugin issue), or network-related errors.

Common Troubleshooting Scenarios and Solutions:

Server Lag/Low FPS:

Symptom: Players experience rubberbanding, delayed actions, or low client-side frames per second (FPS) even with good local hardware.

Diagnosis: This is often a resource bottleneck.

Solution:

CPU: Check server CPU usage. If consistently at 90-100%, your CPU is overloaded. Consider upgrading your hosting plan or optimizing server settings (e.g., reducing entity count, simplifying complex plugins).

RAM: Monitor RAM usage. If it's consistently near its limit, the server is swapping data to disk, causing slowdowns. Increase RAM allocation.

Network: Use network monitoring tools to check for packet loss or high latency between the server and clients. Contact your hosting provider if network issues are suspected.

Plugins: Disable plugins one by one to identify if a specific plugin is resource-intensive or poorly optimized.

Map Size/Entity Count: A very large map or an excessive number of entities (bases, deployables, NPCs) can strain resources. Consider reducing server.worldsize or implementing decay settings to manage entity count.

Server Crashing:

Symptom: The server abruptly stops running, often without warning, or restarts frequently.

Diagnosis: Often caused by critical errors, memory exhaustion, or corrupted files.

Solution:

Logs: Immediately check the server logs for the last few entries before the crash. Look for "fatal error" messages or "out of memory" warnings.

Plugins: A faulty or incompatible plugin is a common culprit. Try disabling recently installed plugins or all plugins to see if the crashes cease.

Updates: Ensure both the Rust server and all plugins are up to date. Incompatibilities between outdated components can cause instability.

Memory Leaks: Some plugins can have memory leaks, gradually consuming more RAM until the server crashes. Monitor RAM usage over time.

Corrupted Files: In rare cases, core server files can become corrupted. A fresh installation (after backing up your data) might be necessary.

Players Cannot Connect:

Symptom: Players receive "Connection Failed" or "Disconnected" messages.

Diagnosis: Usually a network or firewall issue.

Solution:

Server Status: Verify the server is actually running.

Port Forwarding: If self-hosting, double-check that UDP ports 28015 and 28016 are correctly forwarded on your router to the server's internal IP address.

Firewall: Ensure no firewall (either on the server OS or at the hosting provider level) is blocking the Rust server ports.

IP Address: Confirm players are using the correct IP address and port to connect.

DDoS Protection: If your server is under a DDoS attack, players may be unable to connect. Your hosting provider's DDoS protection should mitigate this.

Plugin Issues (Not Loading, Not Working):

Symptom: A plugin doesn't appear in the oxide.plugins list, or its features aren't functioning.

Diagnosis: Incorrect installation, configuration errors, or dependencies.

Solution:

Placement: Ensure the plugin's .cs file is in the oxide/plugins folder.

Dependencies: Check if the plugin requires other plugins or libraries to function.

Configuration: Review the plugin's configuration file (usually in oxide/config) for errors or incorrect settings.

Logs: The server console or Oxide logs might show errors related to the plugin failing to load.

Compatibility: Verify the plugin is compatible with your current Rust server version and Oxide version.

When troubleshooting, always change one variable at a time and test the result. This systematic approach helps isolate the problem. Keep detailed notes of changes you make and their effects. Don't hesitate to consult community forums, the Oxide Discord, or your hosting provider's support for assistance when you're stuck.

Performance Optimization Tips

Optimizing your Rust PvP server's performance is an ongoing process, crucial for maintaining a competitive and enjoyable environment. Even with powerful hardware, inefficient configurations or resource-hungry elements can degrade the experience. The goal is to minimize latency, maximize server frames per second (FPS), and ensure a stable gameplay experience for all players.

Server Configuration Tweaks

The server.cfg file and various launch parameters offer numerous opportunities for optimization.

server.tickrate: This setting determines how many times per second the server updates its game state. The default is often 10. Increasing it to 15 or 20 can provide a smoother experience, especially for PvP, but comes at the cost of increased CPU usage. Experiment cautiously.

server.saveinterval: This controls how often the server saves the world. While frequent saves protect against data loss, they can cause momentary hitches. A balance is needed; 300 seconds (5 minutes) is a common choice.

server.maxplayers: While tempting to set this high, exceeding your server's capacity will inevitably lead to lag. Be realistic about your hardware's limits.

server.worldsize: Smaller maps generally perform better as there's less world data to manage. For a PvP-focused server, a world size between 3000 and 4000 is often a good balance, providing enough space for bases and encounters without excessive resource strain.

decay.scale: Adjusting decay rates can help manage the number of player-built structures, which can be a significant performance drain. Higher decay rates mean fewer abandoned bases cluttering the map.

ai.think: This command, if used, can control the frequency of AI updates. Reducing it can save CPU cycles, but might make NPCs less responsive. For PvP, player interactions are paramount, so AI optimization is secondary.

gc.interval: This controls the garbage collection interval. Setting it to a positive value (e.g., 600 for 10 minutes) can help manage memory, but the garbage collection process itself can cause momentary server hitches.

Plugin Management

Plugins, while enhancing functionality, are often the biggest culprits of performance degradation.

Audit Plugins Regularly: Review all installed plugins. Remove any that are unused, redundant, or known to be resource-intensive.

Choose Lightweight Alternatives: When possible, opt for plugins that achieve similar functionality with a smaller performance footprint. Read plugin reviews and documentation for performance notes.

Optimize Plugin Configurations: Many plugins have their own configuration files. Carefully review these settings and disable any unnecessary features that consume resources. For example, a plugin that logs every single player action might be overkill and generate excessive I/O.

Monitor Plugin Performance: Use server monitoring tools or specific Oxide commands (if available) to identify which plugins are consuming the most CPU or RAM.

Hardware and OS-Level Optimizations

While often handled by hosting providers, if self-hosting or using a VPS, these are crucial.

Operating System (OS) Choice: Linux distributions (e.g., Ubuntu Server, Debian) are generally preferred over Windows Server for game hosting due to their lower overhead and better resource management.

Dedicated Resources: Ensure your server has dedicated CPU cores and RAM, not shared resources that can be throttled by other users on the same physical machine.

NVMe SSDs: As mentioned, NVMe drives are essential for fast I/O, reducing load times and preventing hitches during data access.

Network Optimization: Ensure your server's network interface is configured for optimal performance. Disable any unnecessary network services.

Regular Updates: Keep your OS, Rust server, and Oxide framework updated to benefit from performance improvements and bug fixes.

In-Game Optimizations

While server-side, these settings influence the client-side experience and overall server load.

Entity Limits: Some plugins allow you to set limits on deployable entities (e.g., maximum number of turrets per base). This can prevent players from spamming entities that consume server resources.

Map Wipes: Regular map wipes are a fundamental part of Rust. They clear accumulated entities, player structures, and world data, significantly improving server performance and providing a fresh start for PvP. The frequency of wipes depends on your community's preference, but monthly or bi-weekly is common.

By diligently applying these optimization tips, you can create a Rust PvP server that runs smoothly, minimizes lag, and provides a consistently high-quality experience for your players, fostering a thriving and competitive community.

Technical Q&A

This section addresses common technical questions related to Rust PvP server setup and management, drawing upon established principles of server administration and game engine mechanics (Networking and Internetworking with TCP/IP).

Q1: What is the difference between server FPS and client FPS, and why is server FPS important for PvP?

A1: Client FPS (Frames Per Second) refers to the rate at which your game client renders images on your screen. It's primarily dependent on your local computer's hardware (GPU, CPU) and display settings. Server FPS refers to the rate at which the game server processes game logic, updates the world state, and sends data to connected clients. It's dependent on the server's CPU, RAM, and network.

For PvP, server FPS is critically important because it dictates the responsiveness and accuracy of the game world. A low server FPS means the server is struggling to process events quickly. This can lead to:

Desync: What a player sees on their screen doesn't match the server's actual state, leading to "ghost hits" or players appearing to teleport.

Delayed Hit Registration: Shots might not register immediately, or at all, due to the server being behind on processing.

Rubberbanding: Players are pulled back to previous positions because the server is struggling to keep up with their movement.

Unresponsive AI/Entities: NPCs and other game entities react slowly or erratically.

A high and stable server FPS (ideally 30+ for Rust) ensures that all player actions, projectile trajectories, and environmental changes are processed and synchronized across clients with minimal delay, providing a fair and competitive PvP experience.

Q2: How does server.tickrate affect server performance and PvP gameplay?

A2: The server.tickrate command determines how many times per second the server's game loop executes. Each "tick" involves processing player inputs, updating entity positions, running game logic, and sending updates to clients.

Higher tickrate (e.g., 20-30):

Pros: More frequent updates lead to a smoother, more responsive game world. Player movement feels more fluid, hit registration is more precise, and overall latency between action and server response is reduced. This is highly desirable for fast-paced PvP.

Cons: Each tick consumes CPU cycles. A higher tickrate means the CPU is working harder and more frequently. This can significantly increase CPU load, potentially leading to lower server FPS if the hardware isn't powerful enough. It also increases network bandwidth usage as more data packets are sent.

Lower tickrate (e.g., 10-15):

Pros: Reduces CPU load and network bandwidth, making the server less demanding on resources.

Cons: Can result in a less responsive and "choppy" experience. Players might notice more desync, delayed actions, and less precise combat, which is detrimental to a PvP focus.

For a dedicated Rust PvP server, a tickrate of 15-20 is often a good compromise, provided the server hardware can handle the increased load without dropping server FPS. Going higher than 20 often yields diminishing returns for the significant increase in resource consumption.

Q3: What is RCON, and how is it used for server administration?

A3: RCON (Remote Console) is a protocol that allows administrators to remotely execute commands on their game server. Instead of needing direct physical access or a remote desktop connection to the server machine, RCON enables management through a separate client application or web interface.

For Rust servers, RCON is invaluable for:

Executing Commands: Running administrative commands like banning players, kicking players, sending messages, changing server settings on the fly, or performing server restarts.

Monitoring Server Status: Viewing server console output, checking player lists, and monitoring resource usage.

Automated Tasks: Some RCON clients or scripts can be configured to perform automated tasks, such as scheduled restarts or broadcasting messages.

To use RCON, you typically need the server's IP address, the RCON port (default 28016 UDP), and an RCON password, which is set in your server.cfg file (rcon.password "your_rcon_password"). Various RCON clients are available, both desktop applications and web-based tools, that connect to your server using these credentials. It's crucial to keep your RCON password secure, as unauthorized access grants full control over your server.

Q4: How can I protect my Rust PvP server from DDoS attacks?

A4: Distributed Denial of Service (DDoS) attacks are a significant threat to game servers, especially popular PvP ones, as they can render the server inaccessible to legitimate players. Protection involves multiple layers:

Hosting Provider DDoS Protection: This is the most critical line of defense. Reputable game server hosts and dedicated server providers offer specialized DDoS mitigation services. These services detect and filter malicious traffic before it reaches your server, allowing legitimate game traffic to pass through. When choosing a host, inquire specifically about their DDoS protection capabilities, including the types of attacks they can mitigate (e.g., volumetric, protocol, application layer) and their capacity.

Firewall Configuration: While your host handles much of this, ensure your server's firewall (if you have control over it, e.g., on a VPS) is configured to only allow necessary ports (28015, 28016 UDP) and block all other incoming connections. This reduces the attack surface.

Rate Limiting: Some server-side tools or plugins can implement rate limiting, which restricts the number of connections or requests from a single IP address within a given timeframe. This can help mitigate certain types of application-layer attacks.

Obfuscation/IP Changes: While not a primary defense, occasionally changing your server's IP address (if your host allows it) can deter persistent attackers who have targeted a specific IP. However, this is a temporary measure and not a substitute for robust DDoS protection.

Strong Passwords and Security Practices: While not directly related to DDoS, maintaining strong RCON passwords and secure administrative access prevents attackers from gaining control of your server through other means, which could then be used to disrupt service.

Ultimately, relying on a hosting provider with robust, enterprise-grade DDoS protection is the most effective strategy for safeguarding a Rust PvP server.

Q5: What are the best practices for managing server updates and wipes for a PvP server?

A5: Regular server updates and wipes are integral to the Rust experience, especially for PvP.

Server Updates:

Stay Current: Always update your Rust server to the latest version as soon as possible after Facepunch Studios releases an update. Updates often include bug fixes, performance improvements, new content, and critical security patches. Running an outdated server can lead to compatibility issues with clients, exploits, and missed performance gains.

Plugin Compatibility: Before updating the core Rust server, check the compatibility of your installed Oxide/uMod plugins. Many plugins require updates after a Rust patch. Update Oxide itself first, then individual plugins.

Scheduled Downtime: Announce planned update downtimes to your community well in advance. Perform updates during off-peak hours to minimize disruption.

Backup: Always back up your server data (especially server.cfg, oxide folder, and map files) before performing any major update.

Server Wipes:

Regular Schedule: Establish a consistent wipe schedule (e.g., monthly, bi-weekly, or weekly for highly competitive PvP). This provides a fresh start, balances the playing field, and prevents map stagnation. Communicate this schedule clearly to your players.

Types of Wipes:

Map Wipe: Clears the game world, forcing players to rebuild. This is the most common type.

Blueprint Wipe: Clears player blueprints, forcing them to re-learn items. This is less frequent, often coinciding with major game updates.

Full Wipe: Clears both map and blueprints.

Pre-Wipe Events: Consider hosting fun, chaotic events in the hours leading up to a wipe (e.g., unlimited resources, arena battles) to engage players and provide a memorable send-off to the old map.

Post-Wipe Monitoring: After a wipe, closely monitor server performance and logs. The initial hours after a wipe are often resource-intensive as players build and explore.

Consistent and transparent management of updates and wipes builds trust with your community and ensures a dynamic, engaging, and fair PvP environment.