openrouter-trending-models
Fetch and analyze current trending programming models from OpenRouter. Ideal for selecting models for reviews, optimizing AI costs, and staying updated on AI coding trends with real-time pricing and context window data.
Discover reusable agent skills, browse implementation details, and find the right skill for your workflow.
89 skills found
Fetch and analyze current trending programming models from OpenRouter. Ideal for selecting models for reviews, optimizing AI costs, and staying updated on AI coding trends with real-time pricing and context window data.
Convert various documents, media, and web content into Markdown using markitdown, ideal for LLM processing and text analysis.
Convert markdown PRDs into structured prd.json files for the Ralph autonomous AI agent system to enable repeatable, context-aware software development.
Converts PRDs into structured task beads for autonomous execution with ralph-tui, including quality gates and dependency management.
Generates llms.txt and llms-full.txt files to provide LLM-friendly documentation and project context.
Guidance for writing resilient Playwright tests with best practices for locators, assertions, and CI/agent integration.
Synchronizes and maintains CLAUDE.md and README.md documentation hierarchy across a repository to ensure consistent, just-in-time context for AI agents.
Maintain and update the MassGen model registry, including backend capabilities, model metadata, pricing structures, and context window configurations for new and existing AI models.
Generate a structured academic paper outline from research narrative, experiment data, and review conclusions.
Architect multi-agent systems to overcome context limits, using patterns like supervisor, swarm, and hierarchical models to manage complex workflows.
Toolkit for testing local web applications using Playwright, featuring server lifecycle management, automated DOM inspection, and browser automation workflows.
Generate professional Product Requirements Documents (PRD) and structure features for autonomous development cycles.