Engineered a hierarchical supervisor-worker runtime that deploys autonomous AI coding & research agents across parallel Git worktrees with deterministic safety gates, persistent ChromaDB memory, and real-time USD budget ceilings.
Hierarchical supervisor evaluating objective completion, token expenditure, and tool permissions.
Standardized Model Context Protocol servers exposing deterministic tools, memory search, and telemetry.
Isolated temporary workspaces created on-demand per subagent with automated diff verification before merge.
ChromaDB semantic index capturing solutions, API schemas, and historical fixes across developer sessions.
Automated pre-tool validation blocking SQL migrations, production environment changes, and destructive git commands without human authorization.
Autonomous memory harvesting extracts verified architectural decisions from chat logs and embeds them for sub-100ms semantic lookup.
Real-time token counting per subagent with strict USD hard caps, preventing surprise API invoices through automated out-of-band process termination.
When an agent solves a novel problem, the solution is validated across 3 independent safety gates and codified as a permanent reusable directive.
Available for 2–4 week custom deployments to build enterprise MCP servers, hierarchical agent supervisor loops, or bespoke semantic memory cores.