Governed memory/RAG
PostgreSQL-backed memory candidates, review states, semantic retrieval, and transferability levels turn session learning into reusable organizational context instead of loose chat history.
A governed AI engineering runtime combining MCPs, specialist agents, reusable skills, model teamwork, and PostgreSQL-backed memory/RAG for complex regulated work.
Open-source release
A governed AI engineering runtime for complex product, research, documentation, and infrastructure work. It combines MCP connectors, steering packs, specialist agents, reusable skills, model teamwork, and PostgreSQL-backed memory/RAG into a forkable workstation setup.
Many AI tools expose several models but still leave the user to switch between them manually. This runtime treats models as role-based collaborators: Codex/OpenAI owns execution and final synthesis, Gemini expands options and narrative structure, and Claude challenges architecture, review quality, and regulated wording.
PostgreSQL-backed memory candidates, review states, semantic retrieval, and transferability levels turn session learning into reusable organizational context instead of loose chat history.
Connectors, skills, agents, and steering files are installed through an idempotent runtime so future forks can select the integrations they actually need.
CI/Qodana checks, verification scripts, public documentation, and release tags make the runtime auditable and forkable rather than a private workstation dump.
The setup is designed for complex regulated product development, research consortium work, multi-repo software delivery, documentation systems, and infrastructure operations where past decisions, source evidence, and verification context must survive beyond a single prompt.