OpenClaw + Orq: Production observability for OpenClaw agents

OpenClaw + Orq: Production observability for OpenClaw agents

Use Orq.ai as the model control layer for OpenClaw. Route LLM calls through one OpenAI‑compatible endpoint, capture traces, monitor cost, and manage fallback behavior without rebuilding your OpenClaw agent graphs, tools, or workflows.

OpenClaw is an AI agent framework for building production‑ready assistants and multi‑step workflows, with abstractions for tools, memory, and orchestration. It helps teams focus on agent behavior and domain logic instead of wiring every model call, retry, and monitoring path by hand.

Why use Orq with OpenClaw

Trace agent behavior end to end

Trace OpenClaw runs end to end, including prompts, tool invocations, workflow steps, LLM calls, and errors in one place. You get clearer visibility into how each agent decided, called tools, and produced answers, without stitching together logs across multiple services.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Model flexibility without rewiring agents

Test new models, add alternative providers, or assign different model tiers to different OpenClaw agents and workflows from Orq.ai, while keeping your OpenClaw definitions and orchestration code stable. Your agents still “think” they’re talking to a single LLM client; Orq handles which underlying model is called.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Evaluate real production runs

Use real OpenClaw traces like requests, intermediate steps, tool chains, and LLM interactions to build datasets, compare prompt or model changes, and move from subjective tuning to measurable quality checks. Failed or slow agent runs can be turned into eval inputs before you roll out changes.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Control spend and access centrally

Track token usage and spend per agent, tool, team, and workflow so you can see which routes drive cost. Add budgets, rate limits, and approved‑model lists at the Orq platform layer instead of enforcing governance separately inside each OpenClaw‑based application.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

How the integration works

Step 1

Point OpenClaw’s LLM client at Orq.ai’s router

Configure the LLM client OpenClaw uses so that its HTTP calls go to Orq.ai’s base URL and API key instead of calling each provider directly. This gives Orq the context it needs to apply routing rules, capture usage, and enforce fallback behavior behind your agents and workflows.

Badge Text

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Badge Text

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Badge Text

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Step 2

Enable tracing from OpenClaw workloads to Orq

Keep your existing logging and monitoring in place while routing LLM calls through Orq’s AI Gateway / Router. Your OpenClaw agents continue to emit logs for tool steps and workflow decisions, and Orq records LLM interactions, latency, and cost metrics, so you can see both agent‑level and model‑level traces.

Badge Text

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Badge Text

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Badge Text

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Step 3

Define routes, fallbacks, and policies in Orq

Create routes for key OpenClaw workflows (for example customer‑support agents, internal copilots, or multi‑tool orchestrators) and assign them model tiers, fallback chains, and region/data policies. OpenClaw sends LLM requests to the configured Orq routes, and Orq applies routing before invoking OpenAI, Gemini, Claude, or other models.

Badge Text

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Badge Text

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Badge Text

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Step 4

Monitor, evaluate, and tune

Once connected, use Orq’s dashboards to watch latency, errors, and cost for OpenClaw agents, and run evals or experiments on their traces. You can adjust routes, models, or prompt configurations centrally where supported, while OpenClaw continues to coordinate tools, memory, and workflows.

Badge Text

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Badge Text

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Badge Text

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Use Cases

Multi‑agent products with real observability

Trace which OpenClaw agent, tool, workflow step, and model contributed to a failed workflow or unexpected outcome, combining your own application logs with Orq’s router‑level LLM traces.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Cost‑aware internal tools

Route routine steps like simple QA, summarization, or routing decisions to lower‑cost models while keeping complex reasoning, multi‑tool orchestration, or safety‑critical flows on your strongest routes configured in Orq.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Eval‑driven agent improvements

Reuse failed conversations, mis‑routed tool calls, and slow agent runs as eval inputs before shipping prompt, workflow, or model changes, turning production telemetry into a continuous improvement loop.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

Safer experimentation across providers

Test a new model or provider on a small share of OpenClaw traffic, then promote or roll back based on traces and evals, instead of editing each agent definition or LLM client config by hand.

Ask operational questions in natural language

Ask questions like “Show me yesterday’s failed agent runs grouped by error type” and let Claude Code turn that intent into Orq MCP tool calls. No SDKs to learn and no API URLs to memorize

Connect evals to your development workflow

Use Orq.ai inside your existing CLI workflows. From Claude Code, pull trace data, design and run evals, and kick off experiments as part of CI jobs or git hooks.

Keep production behavior visible

Orq.ai gives teams visibility into MCP-driven activity, including which tools ran, when they ran, and which key or workspace triggered them.

FAQ

Do I have to change my OpenClaw agents to use Orq.ai?

In many cases, you can repoint the LLM client OpenClaw uses (base URL, API key, and model identifier) to Orq’s router and keep your existing agent definitions, tools, and workflows as‑is, adding only minimal configuration instead of rewriting agents.

Does Orq.ai replace OpenClaw’s agent or orchestration features?

No. OpenClaw remains your framework for building and running agents and workflows. Orq.ai sits alongside it as the control plane for models, multi‑provider routing, cost tracking, and evaluation.

You still design and run agents with OpenClaw at the core, but you use Orq to see what they cost, which models they should call, and how LLM behavior compares across providers under the same agent workflow.

Can I keep using my existing LLM providers with OpenClaw if I move to Orq.ai?

What is OpenClaw?

OpenClaw is an AI agent framework for building production-ready assistants and multi-step workflows, with abstractions for tools, memory, and orchestration. It helps teams focus on agent behavior and domain logic instead of wiring every model call, retry, and monitoring path by hand.

Why use Orq with OpenClaw

Use Orq.ai to centralize routing, traces, evaluations, fallback behavior, and cost controls while keeping OpenClaw’s agent definitions and workflows stable.

How the integration works

Point OpenClaw’s LLM client at Orq.ai, enable tracing, define routes and fallback policies, then monitor and evaluate production runs centrally.

Use Cases

Observable multi-agent products, cost-aware internal tools, eval-driven improvements, and safer experimentation across model providers.

FAQ

Do I have to change my OpenClaw agents to use Orq.ai?

Does Orq.ai replace OpenClaw’s agent or orchestration features?

Can I keep using my existing LLM providers with OpenClaw if I move to Orq.ai?

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Create an account and start building today.