Discover Agent Skills for productivity & workflow. Browse 170 skills for Claude, ChatGPT & Codex.
Orchestrates complex development cycles by automating multi-file implementations, large-scale refactoring, and agent-driven quality checks.
Automates the creation, refinement, and validation of production-ready Claude Code skills using standardized best practices and multi-agent orchestration.
Generates professional internal company communications including status reports, team updates, and incident reports following organizational standards.
Optimizes Claude Code sessions through intelligent token monitoring, context extraction, and selective rehydration.
Fixes LaTeX overfull hbox warnings by strategically replacing words with shorter synonyms from a restricted, predefined vocabulary.
Extracts content from URLs and automatically generates actionable Ship-Learn-Next plans to turn information into immediate results.
Optimizes the transformation of massive text files through efficient tool selection, pattern-based editing, and systematic verification strategies.
Directs developers to the most effective problem-solving techniques by diagnosing specific types of technical roadblocks and bottlenecks.
Transforms massive text files and CSVs using efficient editor macros, regex patterns, and rigorous verification workflows.
Optimizes Claude Code's context window through proactive token monitoring, intelligent state snapshots, and priority-based rehydration.
Enables Claude to create, edit, and analyze PowerPoint presentations using automated workflows and programmatic design principles.
Enforces a mandatory meta-workflow for discovering and applying specialized skills through proactive checks and rigorous task management.
Manages macOS Calendar events directly through Claude Code to streamline scheduling and event tracking without leaving the terminal.
Facilitates creative research ideation by generating hypotheses, challenging assumptions, and exploring interdisciplinary connections for scientific problem-solving.
Automates Benchling R&D platform operations including biological sequence management, inventory tracking, and electronic lab notebook (ELN) workflows.
Analyzes human behavior, decision-making, and social dynamics through established psychological frameworks and empirical findings.
Establishes a mandatory protocol for identifying and applying the correct skill for any given task.
Streamlines isolated feature development by creating and configuring Git worktrees with automated safety checks and environment setup.
Automates bookkeeping by extracting data from invoices and receipts to rename, sort, and organize them into tax-ready filing systems.
Automates laboratory liquid handling and experimental protocols for Opentrons Flex and OT-2 robots using Python Protocol API v2.
Optimizes development workflows by establishing high-quality project baselines to accelerate convergence and reduce total development time by up to 50%.
Configures and optimizes Hive AI agent session management through customizable rules, terminal integrations, and keybindings.
Constructs compact, logic-driven subagent prompts for Claude Code using lambda contracts and symbolic logic to optimize agent orchestration.
Orchestrates multi-AI deliberation between Claude, Codex, and Gemini to provide diverse perspectives on complex architectural and decision-making tasks.
Automates task completion feedback through text-to-speech notifications and dynamic tmux window renaming.
Automates task completion notifications via voice synthesis and organizes terminal sessions with dynamic tmux window renaming.
Implements a professional Getting Things Done (GTD) workflow by integrating Apple Reminders with intelligent AI coaching and inbox processing.
Integrates Codex CLI capabilities into Claude Code for automated code investigation, implementation, and multi-model reviews.
Standardizes directory layouts and architectural patterns for TanStack Start and FastAPI projects to ensure consistency across the development lifecycle.
Orchestrates sophisticated multi-agent workflows using state persistence, sequential handoffs, and resumable execution patterns.
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