epsilongraph
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- AlicenseBqualityBmaintenanceEnables AI agents and developers to inspect Obsidian vault knowledge graphs, navigate backlinks, detect broken wikilinks, lint note compliance, search indexed notes, and scaffold standards-compliant Markdown notes via MCP.6MIT
- AlicenseAqualityBmaintenanceTurns a plain-Markdown Obsidian vault into a second brain that any MCP-speaking coding agent can search, read, extend, and maintain, using swappable SQLite, Qdrant, or markdown memory backends with automatic re-indexing and wiki-link graph navigation. Exposes read, write, and index tools plus an operator CLI for health, linting, and graph export.12MIT
- AlicenseNot gradedqualityBmaintenanceServes folders of an Obsidian vault to AI agents over MCP as Open Knowledge Format bundles, letting them browse, search, read, graph and write draft notes with recorded provenance and checkable trust. Agents can propose changes, but only the user approves them, and stale or externally edited content is flagged rather than trusted.Apache 2.0
- AlicenseBqualityBmaintenanceLocal-first agentic knowledge layer over Obsidian notes, enabling MCP-aware agents to search, retrieve, and compile knowledge with provenance and task contracts.3716 npm1MIT
- AlicenseNot gradedqualityBmaintenanceEnables LLM clients to read, search, and write to a local Obsidian vault over MCP, with full-text search, vault analytics, health scoring, and policy-enforced file operations.1MIT
- AlicenseNot gradedqualityDmaintenanceLocal-first knowledge backend for AI agents that connects MCP hosts to an Obsidian-compatible vault with indexed retrieval, token-budgeted memory recall, and secure ingestion.1MIT
TDQS
Scored across 10 tools
Most tools target clearly distinct operations (search, get, pack, neighbors, skeleton, stats, gaps). However, vault_load_bearing vs vault_impact both compute falsification/blast radius (global ranking vs per-note transitive closure), and vault_claim also surfaces blast radius, so an agent could conflate these three. The rich descriptions mostly resolve the overlap, but the boundaries are not as crisp as they could be.
Every tool uses the same vault_ prefix followed by a single descriptive noun (search, get, pack, neighbors, skeleton, stats, gaps, claim, impact, load_bearing). The convention is uniform snake_case throughout with no mixing of styles or verb forms.
Ten tools is well-scoped for a knowledge-vault query and analysis server, with each tool earning its place across retrieval (search, get, pack), structure (neighbors, skeleton), and epistemic analysis (claim, impact, load_bearing, gaps, stats). Nothing feels redundant or padding.
The read/analysis surface is comprehensive: retrieval, structure, provenance, epistemic state, and impact are all covered, plus a session-level skeleton and stats. The one notable gap is that descriptions repeatedly reference editing and changing notes, yet no mutation tool (edit/update) exists in the set, leaving a workflow dead-end if agents are meant to act on the vault.