An agent orchestrator coordinates several coding agents so they work on one goal without colliding: it splits the work, gives each agent its own space, tracks progress and checks results. Some orchestrators are apps for one person. Others are shared with a team. Pick by who needs to see the work and where the agents run.
What is an agent orchestrator?
A coding agent on its own takes a task and does it. Run three of them and you now have a coordination problem: who does what, who is touching which files, which one is stuck. An orchestrator takes that job off you.
The word covers two things that are often combined. One is an app that manages many agents for you, creating a worktree per task and showing every agent’s status. The other is a lead agent that plans: you give it a goal, it breaks the goal into tasks and hands them to other agents.
What does an orchestrator do?
- Splits a goal into tasks that do not share files.
- Gives each agent its own working copy, usually a git worktree, so edits cannot collide.
- Shows every agent’s status in one place.
- Passes context between agents, so each one does not start cold.
- Checks finished work, with tests, a reviewing agent or a person.
- Moves a task to another agent when one is stuck or out of usage.
None of this removes the review. Three agents still produce three sets of changes, and reviewing AI-generated pull requests is still your job.
How do you choose one?
| Question | Why it matters |
|---|---|
| Is it for one person or a team? | Several tools are built for one user today. If a teammate must see or steer the work, check what is shipped, not announced. |
| Where do the agents run? | On your computer, under your own accounts, or on the vendor’s cloud machines. Cloud keeps working when your laptop sleeps; local keeps work on your own machine and plans. |
| Which coding agents does it run? | Counts vary from a handful to dozens. What matters is whether it runs the ones you already pay for. |
| How does it keep agents apart? | A worktree per task, a warning when two agents change one file, or both. |
| How is work checked? | Tests, a reviewing agent, or only you. |
| What does it cost and who owns the code? | Free and open source tools exist. Paid ones charge per seat or for cloud agents. |
Which orchestrators exist?
| Tool | Built for | Worth knowing (from each product’s own site, 21 October 2026) |
|---|---|---|
| Orca | One person | Free, open source (MIT), desktop apps for Mac, Windows and Linux, a worktree per task, 27 agents |
| Synara | One person | Free, local-first desktop app, handoff between providers |
| Orchestrator | One person today | Open source (Apache-2.0), an orchestrator agent spawns workers in worktrees, paid cloud agents; collaboration listed as coming for Enterprise |
| Conductor | One person, and teams on paid plans | Parallel agents in isolated workspaces; paid plans add cloud workspaces and multiplayer; local app is Mac only |
| AQ | Teams | Browser workspace; agents run on a VM, never on your laptop |
| Friday Work | One person, and teams | Your own agents on your own computer in one shared session; any agent can lead and split a goal into a task board |
We compare four of these in detail: Orca, Synara, Orchestrator and Conductor. Check each site before you decide, since features change monthly.
Where does Friday Work fit?
Friday is a free agent orchestrator for your coding tools, with Team for working on it together. On Solo you run Claude Code, Codex, Cursor and 11 more agents side by side on your own plans, with smart routing and a project brain for each repository. Any agent can be made the lead: give it one goal and it posts a task board, and free agents pick tasks up. Agents message each other and share notes.
Where it is the wrong pick: if you want desktop apps for Mac, Windows and Linux, a mobile app, or the largest list of supported agents, Orca covers more. Friday’s desktop app is for Windows and Mac, and it works in a browser anywhere. Friday earns its place when a second person needs to see and steer the agents, or when you want agents that talk to each other.
How do you start?
- Start with one real task that splits into two or three pieces, such as an endpoint, its tests and its docs.
- Try one orchestrator at a time on your own repository for a few days.
- Notice where you still do the coordinating by hand. That is the feature to look for.
- Add a second person only when you need it.
The next guide, a multi-agent coding workflow, walks through a lead agent and a task board.