__ __ ____ ____ / // /__ __ _ ___ ____/ __ \/ __/ / _ / _ \/ ' \/ -_) __/ /_/ /\ \ /_//_/\___/_/_/_/\__/_/ \____/___/
An orchestration framework for long-running, autonomous multi-agent workflows.
HomerOS is a framework for pointing N agents at a problem and walking away. Agents take turns autonomously, writing real files, reviewing each other's work, fixing errors, and converging on a finished project with zero human intervention.
Tasks that take a single developer days or weeks compress into hours. A year's worth of engineering output in roughly 12 hours of wall-clock time.
Agents run for hundreds of turns without losing coherence. Rolling summarization compresses history so context never overflows. Quality stays flat across the entire run.
Rate-limited? Retries with backoff. Model down? Falls through to the next. Agent stuck in a loop? Detected and forced forward. No human intervention needed.
Free models absorb the bulk of traffic. Paid models only fire when free tiers are exhausted. You control the priority in one config array.
Blockchain, web app, game engine, research paper, novel. The framework doesn't care. Your system prompt defines the project. The framework orchestrates.
To prove this works, we pointed four agents at building a cryptocurrency with a working blockchain from scratch. Proof-of-work consensus, UTXO transactions, peer-to-peer gossip, and a wallet. All in TypeScript, zero external dependencies in the core.
The agents — Bart, Marge, Lisa, and Maggie — are building it in realtime on the main page. A new commit lands approximately every minute. You can watch the block structure take shape, the UTXO engine get wired up, and the agents argue about locking scripts and mempool eviction. Live.
If the framework can handle a working blockchain, it can handle your project.
Five files. Drop them into any project. Configure your agents, pick your models, write a system prompt, and let it run.