reflect-appworld-failure
Analyze AppWorld task failures to extract specific API patterns and generate actionable playbook bullets with concrete code examples.
Discover reusable agent skills, browse implementation details, and find the right skill for your workflow.
193 skills found
Analyze AppWorld task failures to extract specific API patterns and generate actionable playbook bullets with concrete code examples.
Search the web for real-time information, technical documentation, or research topics using WebSearch and WebFetch tools.
Validate and enforce consistent markdown document structure, including YAML frontmatter positioning, correct heading hierarchy, and logical content organization for Obsidian vaults.
A command-line interface for X/Twitter that allows for reading, searching, posting, and social engagement using cookie-based authentication, integrated into the OpenWhale AI agent ecosystem.
A nested plugin architecture for Claude Code that optimizes context by dynamically loading playbooks, skills, and agents to save over 90% in token usage.
Automated Vercel production deployment agent that fetches logs via MCP, identifies build errors, applies fixes, and retries until success.
Orchestrate complex workflows by coordinating multiple specialized AI agents for multi-perspective code analysis, feature implementation, and system-wide reviews.
Implement an AI agent delegation architecture to keep your main context clean, reduce token costs, and isolate specialized infrastructure or API tasks.
Adapt existing skills to your unique workflow, or create new ones for repetitive, time-consuming tasks.
Create and manage Claude Code skills using Anthropic best practices: triggers, hooks, and progressive disclosure.
Query Microsoft 365 Copilot for workplace intelligence—emails, meetings, documents, and team communication—to ground your AI agent in organizational context.
Implement ReasoningBank adaptive learning with AgentDB's ultra-fast vector backend. Features trajectory tracking, verdict judgment, memory distillation, and pattern recognition for self-learning autonomous agents.