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ORCH

ORCH AI Agent
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Overview

Open-source CLI orchestrator for running multiple coding agents in parallel with git isolation, retries, state tracking, and review.

ORCH is an open-source orchestration tool for coordinating multiple AI coding agents and CLI tools on one project. It can dispatch agents such as Claude, Codex, Cursor, Grok, Antigravity, OpenCode, and shell-based tools in parallel, while using git worktree isolation, task state tracking, retries, review steps, and a local terminal dashboard. It is designed for developers and teams that want local, self-hosted multi-agent workflows rather than a cloud-hosted agent platform.

AI Agent Store research

What the evidence says about ORCH

ORCH is positioned as a local, open-source orchestration layer for software teams using multiple AI coding agents. Its distinctive focus is coordinating separate agent runs through shared context, git worktree isolation, retries, task states, and review gates, so developers can run parallel agent workflows without manually moving outputs between tools.

Verified August 25, 2026

Verified capabilities

  • Multi-agent orchestration

    Coordinates Claude, Codex, Cursor, Grok, Antigravity, OpenCode, and shell or other CLI tools in parallel on the same project.[1]

  • Git isolation for parallel work

    Uses git worktree isolation so agents can work in separate branches or scopes without overwriting each other’s files, with merge-back described on the official page.[1]

  • Task state tracking

    Governs tasks through a formal state machine shown as todo, in_progress, review, and done.[1]

  • Agent communication and context sharing

    The official page says agents can message each other directly and share context through a shared store and prompt injection.[1]

  • Retries and unattended execution

    The orchestrator dispatches, monitors, retries with backoff, and can run unattended while users review results later.[1]

  • Local terminal dashboard

    Provides a real-time TUI dashboard for tasks, agents, goals, token costs, and review results in the terminal.[1]

  • Headless daemon mode

    Supports orch serve for daemon-style operation with structured JSON logs, graceful shutdown, and pm2/systemd readiness described on the official page.[1]

  • Ready-made teams and adapters

    The official page lists 10 ready-made teams and 8 AI tool adapters.[1]

Where it fits best

  • Developers and engineering teams that want to coordinate several AI coding agents or CLI tools on one project in parallel.[1]
  • Teams that prefer local or self-hosted execution, because the official page describes zero cloud dependencies, local state storage, and daemon mode on a server.[1]
  • Workflows that need review gates before changes merge, because the official page says every change waits in review for user approval and shows a todo-to-done task state machine.[1]

Buying and deployment notes

ORCH is described as open source and MIT licensed on the official page. No paid hosted plan, subscription price, or enterprise pricing is shown in the supplied context.[1]

Platforms: CLI, Terminal TUI, Local machine, Server daemon[1]

Deployment: Local, Self-hosted[1]

Important considerations
  • ORCH is presented as a CLI/TUI and daemon-based tool, so teams looking for a managed cloud dashboard are not the primary fit based on the supplied official page.[1]
  • Human approval remains part of the workflow: the official page states that every change waits in review for approval.[1]
  • The supplied official page does not show hosted-plan pricing, paid tiers, or enterprise pricing details.[1]
Sources and research method (1)

We record only claims tied to public sources checked by our team or listing workflow. Counts above are derived directly from this profile, not a subjective rating.

  1. ORCH — Run multiple AI agents on one project. Without babysitting.Official site · checked 2026-08-25

Autonomy level

76%

Reasoning: ORCH is associated with governed autonomous development and multi-agent orchestration systems that take natural-language software missions and translate them into planning, coding, verification, and grading workflows with minimal human intervention while keeping strong guardrails. These systems typically decompose high-level goals into structured s...

Comparisons


Custom Comparisons

Some of the use cases of ORCH:

  • Running multiple coding agents on the same software project
  • Coordinating agent tasks with review and state tracking
  • Keeping parallel agent work isolated with git worktrees
  • Running local or server-based headless agent orchestration
  • Managing agent teams from a terminal dashboard

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Popularity level: 26%

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