Integrations

OpenClaw

Archetype: EventBus — @loop-engine/adapter-openclaw forwards selected loop events to OpenClaw's gateway; governed transitions go through loopSystem.engine.transition(...).

What it does

Loop Engine provides the decision governance layer for OpenClaw workflows. OpenClaw handles agentic reasoning and tool orchestration; Loop Engine governs which actions are authorized, by whom, under what policy, and records full attribution for each transition.

This is the Sense → Decide → Govern pattern in practice:

• OpenClaw retrieves context and reasons over it (Decide)
• Loop Engine evaluates policy and transition guards (Govern)
• Action executes only after the loop permits it (Execute)

Quick setup

1. Install

   ⧉

   1npm install @loop-engine/adapter-openclaw @loop-engine/sdk

2. Wire Loop Engine into an OpenClaw workflow

   ⧉

   1"cmt">// @no-typecheck
   2import { createLoopSystem } from "@loop-engine/sdk";
   3import { OpenClawAdapter } from "@loop-engine/adapter-openclaw";
   4 
   5const loopSystem = await createLoopSystem({
   6  loops: [procurementLoop]
   7});
   8"cmt">// loopSystem is { engine: LoopEngine, signals?: SignalEngine, eventBus: InMemoryEventBus }
   9 
   10const openclaw = new OpenClawAdapter({ engine: loopSystem.engine });

3. Define the governed decision point

   ⧉

   1"cmt">// @no-typecheck
   2const proposal = await openclaw.proposeAction({
   3  workflowId: "procurement-workflow",
   4  action: "submit_purchase_order",
   5  input: { vendor: "Acme Medical Devices", amount: 9200 }
   6});
   7 
   8await loopSystem.engine.transition({
   9  aggregateId: proposal.aggregateId,
   10  transitionId: proposal.transitionId,
   11  actor: proposal.actor,
   12  evidence: proposal.evidence
   13});

How it works

1. OpenClaw agent proposes an action
2. Adapter maps proposal to a Loop Engine transition
3. Runtime evaluates guards and policies
4. Human approval gate pauses when required
5. Approved transition executes and is fully audited