git-routing
git-routing is a commit message formatting standard for AI agent projects, using a specific header format with required fields.
Browse and install thousands of AI Agent skills in the Killer-Skills directory. Supports Claude Code, Windsurf, Cursor, and more.
git-routing is a commit message formatting standard for AI agent projects, using a specific header format with required fields.
Skills is an AI agent capability that automatically generates and manages account numbers and currencies for banking platforms.
context-loader is a multi-agent AI development environment skill that loads project context to synchronize knowledge between Codex CLI and Claude Code.
AI agent skills and templates for building production ready apps with Convex. Patterns for queries, mutations, cron jobs, webhooks, migrations, and more.
Agent Skills Hub is a global library of AI agent skills that work across OpenClaw, Claude Code, Gemini, Cursor, Antigravity, and more.
Build Digital FTEs that work 24/7. Your domain expertise—whether in sales, legal, finance, or healthcare—becomes an autonomous AI agent that never sleeps.
opence-plan is a development approach that emphasizes simplicity, scoped changes, and clear communication, following conventions outlined in opence/AGENTS.md
shelby-protocol-expert is a Claude Code AI agent skill that offers expert guidance on Shelby Protocol's architecture, design principles, and system components for developers.
skill-builder is a tool for creating and managing Claude Code skills, following the Agent Skills specification
Property Testing is a software testing approach that verifies properties hold for all possible inputs, using frameworks like fast-check.
verify-game is a skill that verifies game clearance and fixes issues to guarantee play-game agents can complete games without getting stuck.
A Multi-Agent System (MAS) evaluation framework using PydanticAI that generates and evaluates scientific paper reviews through a three-tiered assessment approach: traditional metrics, LLM-as-a-Judge, and graph-based complexity analysis.