OpenClaw architecture laboratory

How OpenClaw routes channels, sessions, tools, and nodes through its Gateway

OpenClaw is a Gateway-first personal agent runtime. One long-lived Gateway accepts channel, client, and paired-node traffic, applies pairing and routing, serializes work by session, and runs an embedded agent loop with models and tools.

Choose an entry surface and consequential action, then inspect the owner, input, output, and failure mode at every boundary. The documented trust model assumes one trusted operator per Gateway—not hostile tenants sharing one control plane.

An OpenClaw Gateway receiving messages from multiple channels and routing them into sessions, agent runs, tools, and paired device nodes
OpenClaw · Gateway-first personal agent architecture
Trace
Channel · Gateway · session · loop · tool/node · state
Manipulate
Entry surface · action · approval decision
Center of gravity
One long-lived Gateway
OpenClaw message journeyGateway-first architecture
WhatsAppRead a paired node cameraPaused for explicit approval
Long-lived control plane

Gateway

Receives
authenticated WebSocket or channel event
Returns
routing decision + session key
Failure mode
pairing, policy, or routing rejection
Documented operator boundary

One Gateway is designed around one trusted operator. If people do not trust each other with the same tools and state, separate the gateways—and preferably the operating-system users or hosts.

Primary research

Inspect the mechanism at its source.

Project architecture and terminology were checked against official documentation on August 10, 2026. Research papers are linked to their original publication records.

Canonical open-source projectOpenClaw repositoryOriginal source ↗Gateway, clients, and nodesOpenClaw architectureOriginal source ↗Per-session execution sequenceOpenClaw agent loopOriginal source ↗Operator and capability boundariesOpenClaw securityOriginal source ↗

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