Brain Researcher
AI-assisted research infrastructure for neuroimaging
Turn neuroimaging questions into evidence-linked plans, runnable workflows, and reviewable scientific claims.
- datasets
- 1,600+
- tool specs
- 2,000+
- MCP tools
- 87
- workflows
- 60+
Tested across Claude, Codex, Gemini, GLM, DeepSeek, Kimi, and Qwen.
Install Claude Code
Get your token
Sign in to mint your personal MCP token (a one-time secret).
Configure MCP
Export your token, then drop this config into .mcp.json.
# Brain Researcher MCP
export BR_MCP_TOKEN="brk_<kid>.<secret>"
export BR_MCP_AUTH_HEADER="Bearer ${BR_MCP_TOKEN}"{
"mcpServers": {
"brain-researcher": {
"type": "http",
"url": "https://brain-researcher.com/mcp",
"headers": {
"Authorization": "Bearer ${BR_MCP_TOKEN}",
"Accept": "application/json, text/event-stream"
}
}
}
}Now, just ask.
Same question, same agent. Only one of them can find the dataset and hand you a runnable recipe.
Read the paper, run the code
Brain Researcher: AI-assisted research infrastructure workspace for neuroimaging analyses
Brain Researcher contributors
AI agents can write code, run analyses, and propose hypotheses, but a generated output is not a scientific claim by default. Brain Researcher turns researcher judgment into executable commitments: allowed alternatives, validation rules, provenance, and claim boundaries. Every result stays tied to the evidence behind it and the limits beyond which it shouldn't be read. Tested on neuroimaging across seven foundation models, it raised tool-selection accuracy from a 51% to 63% baseline to about 93%, and returned bounded claim records (accepted, qualified, or rejected) instead of unqualified findings.
Brain Researcher
The full platform: Next.js web UI, FastAPI orchestrator + agent, 87 public MCP tools, 2,000+ registry tool specs, and the Neo4j knowledge graph. We're open-sourcing it so you can wire up your MCP token and reproduce every workflow end to end.
Explore worked demos
Curated use cases with real evidence bundles, reports, and handoff context. Open one to walk the full research episode.