Isolated sandboxes for teams of AI agents.

Temporary execution environments for agent tasks, builds and tests. NautLoop combines GitVM sandbox infrastructure with agent coordination and remains in development.

Explore NautLoop See what it does ↓

The reason

An agent needs somewhere to work, and a way to return the result.

Parallel tasks should not all share the same files, credentials and dependencies. Each assignment needs an execution boundary and a clear owner.

NautLoop builds on temporary GitVM environments. Work runs in a sandbox with a defined lifetime, then code and artifacts come back before that environment expires.

Inside NautLoop

What you can do.

Select an image to take a closer look.

Create an isolated environment

The control plane schedules a sandbox on a compute node. Firecracker microVMs provide separate guest environments.

Set a lifetime

A lease defines the sandbox’s time to live. Use an environment for a build, test or preview instead of treating it as permanent hosting.

Coordinate specialists

The coordination design assigns separate tasks and collects their contributions. Model routing and optional memory are distinct services.

Bring the result home

Pull workspace changes and download artifacts before stopping the sandbox or letting its lease expire.

Availability, scope and technical resources

NautLoop is in development. Check the current GitVM documentation and available integrations before planning a deployment.

Product website ↗

NautLoop guides

Give each task its own workspace.

All NautLoop guides ↗

The storyWhy NautLoop?GUIDESpecialist agents need room to work without sharing every execution boundary.Using the productHow does NautLoop work?GUIDEDispatch work to specialists and bring their results together.Beneath the bonnetBeneath the bonnet: microVMs and messagesGUIDEHow the control plane creates temporary environments, agents coordinate their work and results survive the sandbox.