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Found 2,167 Skills
Use when coordinating multiple coding agents, delegating independent software work, managing OpenCode Ensemble teams, choosing teammate roles or models, reviewing teammate output, or deciding whether parallel execution is appropriate.
Cross-file consistency audit of docs, templates, manifests (package.json, plugin.json, .mcp.json), installer scripts, and instruction files (CLAUDE.md, AGENTS.md, SKILL.md); skips credential files. Use for "check consistency", "in sync", "find inconsistencies", "verify everything is updated". Offer proactively - asking first - after any README, SKILL.md, CLAUDE.md, AGENTS.md, template, plugin.json, changelog, or installer change, or on "docs", "sync", "feature added", "I just updated". `review-intentional` re-surfaces suppressed findings.
Use when setting up a new repository, when AI agents lack project context, or when codebase guidelines are scattered and unstructured.
Audit, prune, and improve agent guidance markdown files in repositories. Use when the user asks to check, audit, update, improve, or fix AGENTS.md, CLAUDE.md, or related guidance files. Adds missing commands and gotchas, removes stale entries, deduplicates, and keeps the file small and relevant. Scan for guidance files, evaluate quality against templates, output a quality report, then make targeted updates.
Inspect an existing memory corpus (wiki substrate) and align it to this repo's Obsidian-friendly note-graph conventions. Use this when the user wants to import, normalize, retrofit, or clean up existing memory, notes folder, vault, docs tree, or mixed markdown knowledge base. In monorepos, also use it to align relevant AGENTS.md and CLAUDE.md files. Excludes goals/ from normalization. Not for routine wiki maintenance; use /loam::linting-memory for that.
Add persistent, structured long-term memory to AI agents using Maximem Synap. Use this skill whenever the user is building, debugging, or evaluating an AI agent and mentions any of: "memory", "long-term memory", "persistent memory", "agent memory", "remember across sessions", "context window", "agent forgets", "user preferences", "personalization", "RAG over conversations", "multi-tenant memory", "memory layer", "Mem0", "Zep", "Letta", "SuperMemory", "Cognee", or asks how to integrate memory into LangChain, LangGraph, LlamaIndex, OpenAI Agents SDK, Pydantic AI, CrewAI, AutoGen, Google ADK, Haystack, Agno, Semantic Kernel, Microsoft Agent Framework, NVIDIA NeMo, LiveKit, Pipecat, Claude Agent SDK, Mastra, Vercel AI SDK, or MCP (no-code). Also trigger on direct mentions of "Synap", "Maximem", "maximem-synap", or `synap-*` package names. Covers SDK setup, scoping (User/Customer/Client), ingestion, retrieval, and one drop-in package per framework.
The canonical way to run agent-relay - self-bootstrap the local broker and autonomously spawn, monitor, and coordinate a team of worker agents without human intervention. Covers infrastructure startup, agent spawning, lifecycle monitoring, message-based reading via the relay MCP, and team coordination.
Stop coding agents from shipping generic UI. Use UIZZE's 800,000+ real web and iOS screens to build product-specific interfaces, define a design contract, cover required states, and run a hard finish gate. Use for web or iOS UI design, implementation, redesign, critique, and pre-ship review in Codex, Claude Code, Cursor, Copilot, and other coding agents.
Audit and improve repositories for reliable agentic work across Codex and Codex App, Claude Code, and OpenCode. Use when reviewing AGENTS.md or CLAUDE.md quality and discovery, instruction routing in monorepos or meta-repos, agent settings, MCP configuration, skills, subagents, context budgets, or repository organization for coding agents.
Route tasks to specialized AI agents with anti-duplication, quality gates, and 30-minute heartbeat monitoring
Manage Celigo on-premise agents -- lightweight software you install on a host inside your own network that opens a secure OUTBOUND tunnel to integrator.io, letting the platform reach private systems (on-prem databases, file shares, internal apps) without opening inbound firewall ports. An on-premise agent is a connectivity resource on the `/agents` page -- not a stack (compute) and not an AI agent (LLM processing). Use when connecting to a system behind a firewall, installing or pairing an agent, rotating its access token, or diagnosing agent-offline flow failures.
Turn a chemical reaction into a self-contained microscopic 3D interactive demonstration webpage: The left/top section features a Three.js interactive molecular animation (drag the slider to view bond breaking, bond forming, and atomic recombination with step-by-step highlighting), while the right section includes KaTeX reaction equations + step-by-step explanations + atom conservation counting + optional energy-reaction progress curves. Three entry methods are supported—given text reactions/equations, random question generation, and demonstration after image upload and recognition. It covers combustion, combination/decomposition/single displacement/double displacement reactions, redox reactions (electron transfer visualization), and organic reaction mechanisms (esterification and other reactions involving catalysts and transition states). It is precisely driven by sympy: automatically balance equations, verify atom conservation and atomic mapping, deduce bond breaking/forming, ensuring consistency between answers and geometric models. Two built-in engines are available with automatic selection: morph (atomic deformation, demonstrating atom conservation) and mechanism (mechanism keyframes, demonstrating catalysis/transition states). Hybrid geometry: uses a self-built VSEPR molecular library by default; if RDKit is installed in the environment, it can generate conformations from SMILES (never installed automatically). Other agents can also call this skill to generate such webpages. Its form is parallel to edu-solid-geometry / edu-analytic-geometry, but uses Three.js + KaTeX to demonstrate molecular reactions. Trigger words: chemical reaction, microscopic demonstration, molecular animation, combustion, methane combustion, hydrogen combustion, water electrolysis, redox reaction, electron transfer, esterification reaction, reaction mechanism, bond breaking and forming, atom conservation, mass conservation, chemical equation balancing, solve this chemical reaction, generate a random chemical reaction, the chemical reaction in this image; chemistry reaction, microscopic/molecular animation, combustion, electrolysis, redox electron transfer, esterification mechanism, bond breaking and forming, atom conservation, balance equation, interactive chemistry reaction page.