📄 skillActivePromisinghigh

Ar9av/obsidian-wiki

by Ar9av

Framework for AI agents to build and maintain a digital brain through Obsidian wiki using Karpathy's LLM Wiki pattern

Supported Platforms

🤖 Claude Code🖱️ Cursor🧠 Codex

Stars

2.2k

Skill Type

🔄 Business Process & Team Automation

Quality Score

107/200

License

MIT

Forks

224

Last Updated

Jul 13, 2026

Discovered

Jun 14, 2026

Validation

Passed

github.com/Ar9av/obsidian-wiki

Quality Breakdown

107/ 200

Content Signals

Gotchas/Edge Cases+40
Progressive Disclosure+30
Trigger Description+20
Verification/Safety+20
Code Examples+15
Composability+15

Repo Health

Recent Activity+15
Scripts/Automation+10
Real Usage (Issues)+10
Single Responsibility+10
Config/Persistence+10
Install Instructions+5

Multi-platform bonus: +5 pts if tool supports 2+ platforms. Score derived from 12 structural signals — not stars or popularity.

Trust & Verification

high

Broad system access required. Carefully review permissions before installing.

Active

Updated within the last 90 days. Actively maintained.

Unverified skill. Always review source code before installing any skill from an unknown author.

Risk Assessment

  • Persistent config modification: .claude/, .cursor/, .agent/ directories with settings.json and hooks indicate modification of AI agent configurations
  • Multi-agent spawning/orchestration: Framework explicitly targets multiple AI agents (Claude, Cursor, Codex, Gemini, Hermes, Pi) for autonomous operation
  • Install scripts and bootstrap automation: .env.example and obsidian-wiki setup commands indicate automated installation and configuration
  • Persistent state hooks: .claude/hooks/wiki-stop-capture.sh suggests execution of shell scripts triggered by agent behavior
  • Autonomous skill execution: 25+ pre-defined skills in .agents/skills/ designed to run autonomously without explicit human approval per interaction
  • External code execution: Skills designed to ingest history from multiple sources (claude-history-ingest, copilot-history-ingest, etc.) and execute cross-linking, rebuilding, and synthesis operations