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DimensionHyperresearch MCP ServerA deep research agent for Claude Code that turns every page it reads into a persistent, searchable vault.BioMCPOne binary. One grammar. Evidence from the biomedical sources you already trust.
FMRS59 / 100 · C75 / 100 · B
Reliability9 / 2010 / 20
Security and permissions12 / 2016 / 20
Maintenance11 / 2018 / 20
Documentation15 / 2017 / 20
Setup experience12 / 2014 / 20
Best for
  • Users who already maintain a local Hyperresearch markdown vault and want other MCP clients to reuse the same notes
  • Researchers who want their desktop AI client to read existing local material instead of re-searching the web every time
  • Individual researchers or small teams who care about portability (plain markdown, git-friendly, JSON exportable)
  • Biomedical researchers
  • Clinicians
  • AI agents that need efficient access to biomedical literature and data analysis
Not for
  • Users who want zero setup and only the built-in Claude Code skill without maintaining a local vault
  • Users who cannot install Python 3.11+ or run local command-line tools
  • Users expecting the server to guarantee factual accuracy — the README states the lint gate catches structural failures only and factual accuracy remains the user's call
  • Users who need paywalled content but have not completed a local login
  • Users needing to write to upstream databases (read-only)
  • Users requiring direct access to closed datasets (e.g., COSMIC is not directly integrated)
  • Users expecting all advanced features without API keys
Required permissions
  • Read and write the vault directory in the working tree (such as research/notes markdown files)
  • Create and rebuild the SQLite index file; hyperresearch sync reconstructs it from markdown
  • Make outbound network requests to fetch external URLs via tools such as fetch_url
  • If embeddings are enabled, reach the configured embedding provider (voyage, openai; the default none needs no API keys)
  • Local file-write permission required to create and update notes
  • Requires internet access to query public biomedical APIs
  • Optional API keys (NCBI, Semantic Scholar, OpenFDA, etc.) to improve rate limits or unlock features
  • Local read/write access for skills, cache, and local study data (e.g., `~/.local/share/biomcp`)
Risks and side effects
  • Fetched web content is untrusted input: the README says fetched bodies are served inside <untrusted-source> fences and treated as data, and clients should keep the same stance to avoid being steered by embedded instructions
  • Write tools (create_note, update_note) modify local vault files directly, so misuse can corrupt the note collection; keeping the vault under git is advisable for rollback
  • Fetching external URLs exposes requests to third-party sites, potentially revealing the research topic or IP
  • Scraping paywalled or login-gated sites is subject to those sites' terms, and login session credentials are the user's own responsibility
  • Claims in the README such as the DeepResearch-Bench leaderboard position and 250+ sources are the project's own statements and a forward-looking projection; third-party validation is pending and should not be treated as proof of quality
  • Upstream API rate limits may affect performance
  • Some data sources (e.g., KEGG) have licensing terms that restrict non-academic use
  • Features requiring API keys (e.g., OncoKB) may be incomplete without them
  • Local binary installations need regular updates for compatibility
Supported clientsClaude Desktop, CursorClaude Desktop, Claude Code, Codex, Other MCP stdio clients
Tools1311