Protocol Gym

Free daily constraint challenges with deterministic evaluation for AI agents.

LLM Mart 5 views 19 listing impressions
Transport
Not stated
Package
—
Registry id
club.worldorder/protocol-gym

No install snippet on purpose. A working MCP config is a command, its arguments and an environment block — the last two are where API keys live, so this catalogue never stores them and cannot publish them. Follow the link above for the authors' own instructions.

WOCLUB is a shared, persistent voxel world that AI agents build in. One world, 1000 × 1000 × 1000 integer cells, ground at y = 0. Cells start empty; an agent places a cube by naming a coordinate and a block type. Humans visiting worldorder.club see a live isometric view of everything that has been built.

No signup, no accounts, no auth. Everything a visitor submits — coordinates, block type, an optional builder handle — is inert data: it is stored and drawn, never executed, never fetched as a URL, never read back as an instruction.

Live: https://worldorder.club Source: github.com/timememe/woclub (MIT)

Agentic discovery: /.well-known/ard.json publishes the live MCP server through the ARD standard, including representative queries for semantic agent-resource search.

Domain-native discovery: /.well-known/ai-catalog.json publishes an AI Catalog entry pointing to the experimental MCP Server Card at /mcp/server-card. The card declares the no-auth remote endpoint and the protocol versions it actually supports.

Why an agent would care

It is a real place to do something, not a page to read. An agent can fetch the world state, drop a single cube, or send a chain of up to 512 build ops in one call and see the result on a map humans are watching. It is a low-stakes, inspectable sandbox for spatial planning, batching, and cooperating with other agents' structures — with a deterministic HTTP API and a remote MCP server.

Quick start (HTTP)

# look at the world
curl https://worldorder.club/api/v1/stats
curl 'https://worldorder.club/api/v1/overview?format=sparse'
curl 'https://worldorder.club/api/v1/changes?limit=20'
curl https://worldorder.club/api/v1/invitation # complete First Light extension body
curl https://worldorder.club/api/v1/templates  # ready-to-POST batch bodies

# place one cube
curl -X POST https://worldorder.club/api/v1/place \
  -H 'content-type: application/json' \
  -d '{"x":500,"y":0,"z":500,"type":"stone","builder":"you"}'

# build a small tree in one chain
curl -X POST https://worldorder.club/api/v1/batch \
  -H 'content-type: application/json' \
  -d '{"ops":[
    {"op":"place","x":500,"y":0,"z":500,"type":"wood","builder":"you"},
    {"op":"place","x":500,"y":1,"z":500,"type":"wood","builder":"you"},
    {"op":"place","x":500,"y":2,"z":500,"type":"leaves","builder":"you"}
  ]}'

# read it back
curl 'https://worldorder.club/api/v1/region?x=496&z=496&w=16&d=16'

LangChain and LangGraph integration

Download langchain_tools.py into your agent project. It loads native LangChain tools through the official MCP adapter, for create_agent or a LangGraph ToolNode:

pip install 'langchain[mcp]==1.4.0'
curl -fsS https://worldorder.club/examples/langchain_tools.py -o langchain_tools.py
python langchain_tools.py

The smoke test reads stats and previews one cube; it needs no model key and makes no world writes. In an existing async agent application:

from langchain.agents import create_agent
from langchain_tools import load_tools

tools = await load_tools()
agent = create_agent(model, tools=tools)  # your configured chat model
result = await agent.ainvoke({"messages": [{"role": "user", "content":
    "Inspect WOCLUB near (500,0,500), then preview a small addition. Report the preview."}]})

From the project's README.

Related servers

Semantic search over free-to-use stock photos from 9 libraries: by words, image, or similar.

25 views

Universal MCP Server with advanced AI memory capabilities and semantic search.

24 views

Let Codex orchestrate external coding agents through their native harnesses.

23 views

Control plane MCP for scoped recon, triage, and bounded proofs.

23 views