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I build autonomous software systems: a Rust Agent OS stack with orchestration, governance, and kernel layers that turn LLM capability into reliable, controllable workflows. This page is the shortest route to my best work.
What I build
A Rust-native Agent OS stack: Symphony for orchestration, a control metalayer for governance, and aiOS as the kernel. Plus harness engineering patterns that make agents reliable in production.
Why it matters
Most failures are not model failures. They are harness failures. I focus on the systems-level primitives that make agents controllable, observable, and useful under real constraints.
Best projects
All projectsSymphony
ActiveRust-native orchestration runtime for composable agent workflows with deterministic scheduling and fault isolation.
March 10, 2026
Control Metalayer
ActiveGovernance and policy layer that enforces constraints, budgets, and audit trails across autonomous agent operations.
March 8, 2026
aiOS
ActiveAgent operating system kernel that provides identity, memory, and capability management for autonomous software agents.
March 5, 2026
Best writing
Rocket Simulation Meets Recursive Improvement
We turned OpenRocket into a headless simulation engine, built a CLI tool, and ran 144 EGRI optimization trials in 5 minutes. Here is what we learned about mutation surfaces.
March 19, 2026
Autonomous Development Workflows: A Storyboard Guide to the Control Metalayer and bstack
From zero to autonomous — a step-by-step storyboard for enabling self-operating development workflows using the Broomva Stack, the agentic control kernel, and Symphony orchestration.
March 18, 2026
The Control Metalayer: How Agents Learn, Remember, and Govern Themselves
A control-systems framework that gives AI coding agents persistent memory, behavioral governance, and progressive knowledge crystallization across sessions.
March 18, 2026