Post-quantum cryptography secrets management system for protecting API keys, tokens, and private data.
Expert instructions to implement and verify ML-DSA-65 post-quantum cryptographic signatures and agentic workflow security.
Enterprise-grade codebase intelligence via a TWO-LAYER knowledge graph. Use GitNexus (MCP-native, AST-precise, call-graph aware) as the always-on operational layer for code call-chains, blast-radius, and rename. Use Graphify (multimodal, code+docs+papers+video+image) as the on-demand semantic enrichment layer for cross-document reasoning, PR triage, and visual deliverables. Trigger on: "how does X work", "what calls Y", "what breaks if I change Z", "show me the architecture", "ingest this paper/RFC", "triage my PRs", "client briefing", "merge-order risk", "find dead code", "explain this symbol", "find god nodes", or any codebase question. Skips guessing, fast-paths through cached graphs.
Multi-tool coding skill integrating gstack (Claude Code skills), claude (Claude Code), and mini-live (mini-swe-agent with Live-SWE-agent config). Use when spawning Claude Code sessions for coding work, running security audits, code reviews, QA testing URLs, building features end-to-end, or planning before building. Also configures and orchestrates sub-agents to maximize utilization of all AI subscriptions and APIs. For MCP-equipped sub-agent dispatch with provider fallback, pair with pi-mini-orchestrator skill.
Multi-agent orchestration via fixed claude→mini rotation with scoped MCP tools and provider fallback chains. Every dispatch gets exactly the MCP servers it needs, a provider chain that auto-recovers from API failures, and its own git worktree for filesystem isolation. Use when dispatching subagent tasks, running parallel coding work across subscriptions, or orchestrating complex multi-step code changes.
Enhances and hardens markdown documents through two independent pipelines — (1) fusing external knowledge bases into a target document via multi-agent orchestration, and (2) recursively optimizing documents for multi-model LLM effectiveness using a split→optimize→review→merge architecture.
Extracts structured markdown knowledge bases from YouTube videos by combining spoken transcripts with sequential visual frames via a Vision-Language Model (VLM). Use this when you need to turn a video into a deep, searchable knowledge document.
Modern Prompting & Context Engineering Framework. Includes techniques like OOReDAct, Chain-of-Thought, Chain-of-Draft, ReAct, and more for advanced LLM steering.