OlegOS — Your AI Operating System

Developer Platform · Product prototype

Your AI
Operating System

OlegOS gives an owner a controlled path from intent to evidence: software work is analyzed, implemented, tested, approved, and deployed through an observable operating environment.

Explore the workflow Open the Owner Console prototype
CONTROL PLANE Online
Active system Quasar Coordinates durable work and connected Workers
Projects01
Workers01
Approvals01

Illustrative demo data

The platform

AI work with an operating model.

OlegOS is a Developer Platform for directing AI-assisted software delivery without losing owner control. PostgreSQL keeps durable truth. The Control Plane coordinates work. Replaceable Workers execute through defined protocols.

This prototype expresses the product direction. It does not claim that every pictured capability is production-complete.

One controlled sequence

From owner intent to deployment evidence.

Each stage leaves an observable handoff instead of hiding work behind a single opaque prompt.

  1. 01

    Owner task

    Define the objective, boundaries, and approval gates.

  2. 02

    Analysis

    Inspect evidence and produce a bounded implementation plan.

  3. 03

    Implementation

    Execute locally through a controlled Worker environment.

  4. 04

    Tests

    Validate behavior and preserve concrete results.

  5. 05

    Approval

    Keep consequential actions behind explicit owner review.

  6. 06

    Deployment

    Release with preflight, backup, verification, and rollback.

Control Plane + Workers

Durable truth here.
Replaceable execution there.

Q Control Plane

Quasar coordinates the system.

The API, PostgreSQL, Redis, Coordinator, and public gateway form the persistent control surface.

  • Projects, Tasks, Task Runs
  • Approvals and audit events
  • Worker registration and presence
W Execution Worker

macbook-01 executes bounded work.

Workers communicate with the Control Plane through HTTP and can be replaced without becoming durable truth.

$ worker status online · heartbeat accepted capability: local execution

Development use case

NimnyBot is built through the system it helps define.

Mechanical, electrical, software, and AI work can move through a shared Project while each implementation step remains bounded, reviewable, and attributable.

  • Canonical engineering decisions stay explicit
  • Tasks carry state, history, and evidence
  • Owner approval remains the consequential gate

A clearer operating surface

See the system from the owner’s seat.

Enter the Owner Console