If you are testing packs to see if they work (or if they are safe), follow these steps:
| Feature | Singleplayer / Unprotected Servers | Anti-Cheat Protected Servers | | :--- | :--- | :--- | | Full Xray (See through Stone) | Works perfectly. | Blocked. You will see fake ores. | | ESP / Outlines | Works perfectly. | Works partially. Only highlights ores already exposed to air. | | Cave Finders | Works perfectly. | Works partially. Can find air pockets, but not specific ores. | | Malware Risk
In Minecraft, "anti-xray bypass" refers to methods or specialized packs designed to see through ground blocks even when a server is running an obfuscation engine (like the one built into PaperMC).
While standard X-ray texture packs make solid blocks transparent, anti-X-ray systems fight this by sending "fake" data to your computer, making it look like the ground is filled with random ores or solid stone until you actually mine next to a real one. How Anti-Xray Works
Most modern servers use one of three "Engine Modes" to block cheaters:
Engine Mode 1 (Simple): Only sends real ore data if the ore is touching an air block (like in a cave). Everything else is hidden as stone.
Engine Mode 2 (Obfuscation): Fills the underground with thousands of "fake" ore blocks. An X-ray user will see a chaotic wall of diamonds and gold that don't actually exist.
Engine Mode 3 (Layered): Similar to Mode 2 but randomizes ores by chunk layer to be more efficient. Methods for Bypassing Anti-Xray anti xray bypass texture pack
Because anti-X-ray is handled on the server side (by changing what data is sent to your PC), a simple texture pack usually cannot "bypass" it. Instead, players use more advanced tools:
Seed Cracking: This is the most effective bypass. By using mods like SeedCrackerX, a player can figure out the server's unique world seed. They then load that seed in a single-player world to see exactly where the real ores generated, as explained by users on Reddit.
Exposed Ore Highlighting: In Mode 1, ores in caves are still visible. Some packs or clients like the Media Client use "Free Cam" or "Expose" features to highlight only these legitimate, air-touching ores.
Search-Based Clients: Cheat clients like Meteor or Baritone don't just rely on visuals; they can be configured to ignore the "fake" packets sent by the server or automatically mine toward ores that are confirmed to be real. Anti-Xray Texture Packs (Server Side)
There are also "Anti Xray" texture packs designed for server owners. These are forced upon players when they join.
Function: These packs restore default block models for ores, overriding any "invisible" models a player might be using locally.
Where to find: Common versions include the Anti Xray Pack on Modrinth and CurseForge. If you are testing packs to see if
This report examines "Anti-Xray Bypass" mechanisms, which are used to circumvent server-side protections like PaperMC's Anti-Xray or the Orebfuscator plugin 1. Executive Summary
Server-side Anti-Xray works by modifying chunk data before it reaches the player, replacing hidden ores with "fake" blocks (e.g., stone) or filling the world with fake ores to confuse X-ray users. A standard texture pack
(resource pack) alone cannot "bypass" these protections because the server never sends the real ore data to the client in the first place. Bypassing these systems requires sophisticated methods like seed reversing or modified clients. 2. Bypass Mechanisms
Since texture packs can only render what the server sends, "bypass" solutions typically rely on external data or client-side modifications: Seed Reversing (Seed Cracking):
The most effective bypass involves obtaining the server's world seed using tools like SeedCracker
Once the seed is known, the client can calculate exactly where ores
generate, regardless of what the server-side Anti-Xray is reporting. Schematic Overlay (Litematica): | | ESP / Outlines | Works perfectly
Players use the world seed to generate a single-player world, save the ore locations as a schematic (using mods like Litematica
), and then overlay that schematic onto the multiplayer server. Modified Clients (e.g., Media Client):
Advanced clients can use features like "expose" to filter through obfuscated data, though they are still limited by what the server sends unless they also use seed-based calculations. 3. Vulnerabilities of Server-Side Anti-Xray
Even without advanced hacks, server-side protections have built-in limitations: Exposed Ores:
Most Anti-Xray engines (like Paper's Engine Mode 1) only hide ores that are completely covered by solid blocks. Ores touching air (e.g., in a cave wall) are still sent to the client and can be seen with a simple X-ray texture pack. Range Extension:
By default, servers may send real block data within a small radius of the player to reduce lag, allowing X-ray users to see a few blocks into the walls. PaperMC Docs 4. Mitigation Strategies for Server Owners
To prevent bypasses, server administrators can use the following configurations:
Let's be blunt: Using any method to gain an unfair advantage in multiplayer survival is cheating.