Gorchestra vs UFO

Gorchestra and UFO are both agent frameworks tracked by AIDiveForge. Below is a side-by-side comparison of pricing, capabilities, platforms, and ownership — sourced from each tool's live website and verified before publishing.

Gorchestra

Gorchestra is a locally-run Go server that wraps multiple Codex and Claude coding sessions into a single interface, streaming every event in real time and persisting the full history to SQLite. You can inspect live file changes and git state mid-run, queue follow-up messages without interrupting the agent, and return to the exact same session state after a disconnect or restart. The tool is MIT-licensed, self-hosted, and carries no hosted backend. The ceiling appears when your workflow demands coordinating agents across machines or teams — everything here is designed around a single developer's local environment, not a shared multi-user setup.

UFO

UFO is an open-source fleet coordinator for local AI coding agents. You enroll machines as rovers, assign work through a hub, and each operation runs in an isolated worktree with its conversation history, telemetry, and artifacts attached — not scattered across tabs. The auto-detection layer reads which AI CLIs are installed on each rover and advertises their capabilities for dispatch, so you are not manually tracking which machine has Claude Code versus Codex. Public beta status means the rough edges are real: APIs shift, documentation trails the code, and production stability is a bet you are making early. Teams with tight reliability requirements will hit that ceiling before teams prototyping fleet patterns.

Attribute	Gorchestra	UFO
Pricing	Free	Free
Free trial	No	No
Open source	Yes	Yes
Has API	No	No
Self-hosted option	Yes	Yes
Platforms	Desktop, Mobile, Local server	Linux, macOS, Windows
Pros	Full session history persisted to a local SQLite file, so a disconnect or restart does not erase the record of what the agent did — you replay from the stored event log rather than starting over. Real-time file and git state inspection during agent runs, which means you catch a runaway edit or a bad branch decision while the session is still live instead of discovering it in a post-mortem. Desktop and mobile web UI over a local server, so you can monitor or queue messages from a phone without keeping a terminal window open on the same machine. MIT license with no hosted component or paid tier, which means there is no vendor dependency, no data leaving your machine, and no pricing gate blocking any feature. Parallel session management across Codex and Claude agents from a single interface, so switching between tasks does not mean context-switching between unrelated terminal windows.	Rovers auto-detect local AI CLIs and publish capability tags for dispatch, so you skip the manual inventory of which machine runs which agent and let the hub route work accordingly. Operations run in isolated worktrees with conversation history, telemetry, and artifacts attached, which means context survives across sessions instead of evaporating when a chat window closes. Source code, credentials, and AI CLIs stay on the rover machine rather than moving to a hosted service, so teams with sensitive repositories can coordinate agents without opening a compliance review. Open-source under a public install path with Homebrew, Cargo, and Windows archive options, which means you are not locked into a vendor's distribution or pricing decisions as the fleet grows. Supports a wide range of local AI CLI pilots — Claude Code, Codex, Cursor Agent, GitHub Copilot, Grok Build, Amp Code, and others — so adding a new agent tool to the fleet does not require rebuilding the coordination layer.
Cons	The architecture is explicitly single-machine and single-user: there is no shared session model, no role-based access, and no way for two developers to observe or hand off the same running session. A team that needs that coordination hits a wall at the first handoff and moves to a hosted platform with multi-user primitives. No API surface is exposed, so gorchestra cannot be triggered or queried by an external system — CI pipelines, Slack bots, or custom dashboards cannot integrate with it. Teams building any kind of automated trigger around their agent runs have to instrument the agents themselves rather than the orchestration layer. Support for agents is scoped to Codex and Claude per the repository description. Teams standardized on a different coding agent or building a custom tool-use loop find no documented extension point and will need a different runner.	Public beta means the API contract is not stable: integrations built against the current hub protocol break when the project ships breaking changes, and teams maintaining internal tooling on top of UFO absorb those updates as unplanned work. Documentation trails the codebase in active open-source betas — when a rover enrollment fails or a dispatch does not route as expected, the path to diagnosis is reading source code or filing an issue, not consulting a troubleshooting guide. There is no managed cloud deployment option described by the vendor, which means teams without infrastructure capacity to self-host a hub are blocked entirely — at that constraint, a hosted agent orchestration service becomes the practical alternative regardless of UFO's architectural advantages.

Bottom line

Gorchestra and UFO are closely matched on pricing model, openness, and API availability — pick by feature set and platform support in the table above.

Frequently asked questions

What is the difference between Gorchestra and UFO?

Gorchestra is Free and open source, while UFO is Free and open source. Compare pricing, free trial, API, platforms, and pros/cons in the table above on AIDiveForge.

Is Gorchestra better than UFO?

It depends on your workflow. Use the side-by-side attributes (pricing, open source, API, self-hosted, platforms) to decide. AIDiveForge does not rank a universal winner — we publish verified facts so you can choose.