Give every agent its own space.
Each agent works in an isolated container and private clone. Path claims and checked submissions protect shared work as commits come together.
Build faster with a coordinated team of Claude Code and Codex agents. Give every agent a role, an isolated container, and the context to move work forward.
Coordinator splits the work, routes questions, and keeps the team moving.
TEAM CONTEXTAPI builder owns src/auth/. Interface builder owns src/ui/.
A direct handoff gives the interface builder the context it needs.
Changed paths are checked against its active claims.
Results return to the coordinator with the relevant artifacts.
A reusable swarm brings together the right role instructions, tools, and environment for this project.
Let agents build, review, and test together while you focus on the decisions that need you.
Each agent works in an isolated container and private clone. Path claims and checked submissions protect shared work as commits come together.
Agents send questions, reports, and artifacts through a shared message bus. Context reaches the right session without you relaying it between terminals.
See what is working, waiting, or asking for your input. Open a session when you need the detail, then let the team get back to it.
Turn the setup that works into a reusable pattern. Choose models and effort, compose role prompts, and carry your project’s tools and hooks into each container.
Use a single configured agent or compose a swarm. The pattern belongs to your workflow.
# A specialist in your feature swarm
harness = "claude"
workspace = "repo"
mode = "bus"
tools = "full"
instructions = "prompts/builder.md"
repo_settings = true
[env]
APP_ENV = "development"*Illustrative Claude Code figures. Availability varies by agent; cost estimates are not billing data.
Track agent activity, context usage, turns, and reported model usage. Bring supported metrics into Prometheus and Grafana to understand how your coordination is working.
Put your local machines and remote runners to work. Queue swarms by priority, place work against CPU and memory headroom, and see why a job is waiting.
This sample workload needs more memory than the eligible host currently has available. Dockingbird keeps it queued and reports the hold reason.
Yes. Dockingbird coordinates the coding agents you already use. Each runs in its own container with its own workspace, while Dockingbird manages communication and shared work.
Yes. Reusable configurations can select the harness and model settings, supply role instructions and environment variables, and load trusted repository settings. Your project’s agent files, hooks, and mise toolchain can shape how agents work. Hook support depends on the harness.
Dockingbird can coordinate local and remote hosts. Its fleet scheduler queues work, considers CPU and memory availability, and provides controls for priority, holds, pause, resume, and host draining.
We’ll email you about Dockingbird early access and availability. There’s no payment or commitment to join. You can ask us to remove your email at any time.
A coordinated team of agents.
A little more space to think.
Join the Dockingbird waitlist.