Warp vs Orchestrator Zero

Conditional: Enterprise workers

Enterprise workers run on your infrastructure using Docker, Kubernetes, host processes or an external scheduler. Unmanaged execution can use your existing CI machines.

docs.warp.dev

Yes

Unmanaged self-hosted execution supports native Linux, macOS and Windows. Backend requirements differ for managed workers.

docs.warp.dev

No: Warp hosts the control plane

Self-hosting covers execution and optional data storage. Warp still operates the control plane; agent context and model requests pass through its services.

docs.warp.dev docs.warp.dev

Yes

Self-hosted workers connect outbound to Warp. They do not require an inbound port or publicly reachable worker address.

docs.warp.dev

Conditional: Routing; you maintain hosts

Workers register, share load and route work to execution backends. You operate the hosts; the docs do not establish a complete host blocking and upgrade lifecycle.

docs.warp.dev

Conditional: Resumable sessions

Sessions can resume, and the CLI saves a handoff snapshot on termination signals. The docs do not promise recovery from every crash at the last completed tool step.

docs.warp.dev

Conditional: Coverage depends on harness

Admins enforce autonomy, command and directory controls; profiles govern MCP permissions. Coverage depends on the harness. Factory instructions requiring approval are not themselves an enforced permission boundary.

docs.warp.dev docs.warp.dev docs.warp.dev

Conditional: App approvals; chat intake

Warp has action approvals and Slack integration for requests and progress. These docs do not establish a durable approval for each risky tool call that can be answered from chat.

docs.warp.dev docs.warp.dev

Not documented

MCP permissions are documented. Automatic blocking until approval when a remote tool changes its schema or description is not documented in the reviewed sources.

docs.warp.dev

Yes: Teams and workspaces

Workspaces and teams have membership, roles and controlled resource sharing. Admins can restrict sharing to team members.

docs.warp.dev

Conditional: Enterprise; external costs

Enterprise spending caps can block or fail tasks when exceeded. External inference bills are not fully represented in Warp usage totals, so those costs need separate limits.

docs.warp.dev docs.warp.dev

Conditional: Warp-managed inference

Warp-managed inference keeps provider credentials outside execution sandboxes. Third-party harness credentials can be inside them; personal custom-endpoint keys are stored on the user's device.

docs.warp.dev docs.warp.dev

Conditional: Egress depends on backend

Isolation depends on the execution backend. Docker or Kubernetes can enforce your network controls; direct host execution does not supply that boundary by itself.

docs.warp.dev

Conditional: Logs; integrity not documented

Run records, transcripts and orchestration states are available. The reviewed docs do not describe a signed or hash-chained audit trail that detects changes.

docs.warp.dev

Not documented

Privacy controls and customer-managed storage are documented. Per-person payload-key destruction with backup-restore handling is not established by these sources.

docs.warp.dev docs.warp.dev

Conditional: Retention; hold not documented

Business and Enterprise offer team retention controls; agent data can use customer storage. The reviewed docs do not establish a legal hold covering run records.

docs.warp.dev docs.warp.dev

Yes: Local via reachable endpoint

Multiple vendors and compatible local-model endpoints are supported. Personal endpoints require public HTTPS; Enterprise private networking connects internal gateways. Requests still pass through Warp's services.

docs.warp.dev docs.warp.dev docs.warp.dev

Conditional: MCP; A2A not documented

MCP connects tools and exposes Factory operations to other agents. Support for the separate A2A protocol is not documented in the reviewed sources.

docs.warp.dev