Modular Orchestration System
A local multi-agent orchestration system. Agents coordinate through an explicit, inspectable loop (plan, act, review) rather than one opaque prompt.
Signal
Long agent runs lose the reasoning and intermediate state that make them reviewable.
A local multi-agent orchestration system. Agents coordinate through an explicit, inspectable loop (plan, act, review) rather than one opaque prompt.
How it runs
I built MOS to run locally first. Every step is reproducible and auditable before anything touches a shared environment, the same premise as Why I build orchestration systems locally first. Intermediate state is a first-class artifact, not an implementation detail. Orchestration engineering is the meta version of the same loop. It ships beside Agent CI/CD in the same agent-governance stack.
Architecture
Two figures: how a single workflow run moves through the platform, and the wave-based loop that executes it. Every phase writes its state to disk between steps, which is what makes a run pausable and replayable.
How a workflow runs through the platform
Agent clients invoke domain workflows; the orchestration core routes each run through a shared registry and returns a standardized result.
The parallel execution loop
Work runs in bounded waves, gated before and after each batch, with checkpoints so a run can pause and resume.
System zones
Entry zone
Agent clients call the same workflow interface regardless of surface.
Workflow zone
Each domain plugin decomposes a job into inspectable phases with artifacts on disk.
Core zone
The engine enforces gates, rate-limits parallel work, and emits traceable lineage.
Local-first
The full loop runs locally so intermediate state is reproducible before anything shared.
Capabilities
Portfolio graph
Maps how the work here connects. Open the Portfolio graph →
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