Routes plain-language harness requests to OpenClaw ACP runtime or acpx sessions.
npx skills add https://github.com/vut08905/openclaw-app --skill acp-router-vut08905
Please help me install this Agent Skill. Skill: acp-router Source: https://github.com/vut08905/openclaw-app/tree/main/extensions/acpx/skills/acp-router Command: npx skills add https://github.com/vut08905/openclaw-app --skill acp-router-vut08905
Route plain-language harness requests to either OpenClaw ACP runtime sessions or direct acpx-driven sessions, enabling robust harness orchestration and deterministic task routing.
Provide a harness task to be executed and the system will route it through the appropriate ACP runtime or acpx flow for execution.
High-intent search queries and answers about installing and using this skill.
The acp-router routes harness tasks to either OpenClaw ACP runtime sessions or acpx-driven sessions, providing deterministic thread-spawn, explicit agentId mapping, and built-in recovery strategies to ensure reliable execution across diverse harness workflows.
Use acpx sessions for direct telephone-game style prompt relays when the OpenClaw ACP runtime is unavailable or explicitly requested, while ACP runtime sessions provide full harness lifecycle control, thread creation, and session management.
Yes, harness routing supports automatic fallback and recovery through built-in strategies that coordinate ACP lifecycle and acpx flows, ensuring safe and reliable harness execution even when primary runtime sessions encounter failures.
Deterministic thread-spawn for ACP session routing works by using explicit agentId mapping and policy-driven behavior to coordinate thread creation, ensuring consistent and predictable harness task execution within the OpenClaw ACP runtime.
The best way to manage ACP lifecycle and acpx flows together is through acp-router, which coordinates both paths using policy-driven behavior, explicit agentId mapping, and built-in recovery strategies to ensure safe and reliable harness execution.
Yes, explicit agentId mapping is supported for plain-language harness requests to ensure deterministic session handling, allowing the router to accurately map tasks across ACP runtime or acpx flows with built-in recovery and fallback strategies.
JiayueMeng128Route plain-language coding requests to ACP runtime or acpx sessions.
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SafeAI-Lab-XRoutes plain-language requests to ACP harnesses for session orchestration and recovery workflows.
Solitude01Route plain-language harness requests to OpenClaw ACP runtime or direct acpx sessions.
