Optimal Autonomy.TM
Query your robot.
Get data off your robot easily and start getting answers that matter — quickly.
Introducing
TraceHouseTM
See, query, and monitor your production robot fleet — in real time.
TraceHouse
agent
TraceHouse
index
Get data off your robot
Stop SSH-ing in to find the right rosbag. The TraceHouse agent installs in one command and streams high-bandwidth sensor data — LiDAR, cameras, pose, and kinematics — straight into your TraceHouse index, ready to query. No source code changes required, and you stay in control of what gets ingested with per-topic capture strategies and rate limits.
Ask anything in ROSQL
Get the data in, then query it with ROSQL — a flexible, fast query engine purpose-built for ROS2 (see rosql.org). TraceHouse is robot-native: it understands kinematics, navigation, actions, and your ROS2 topic graph, and it ingests your URDF/XACRO so you can query by named component instead of guessing component names. Natural-language queries supported.
Find the root cause with AI
Don't dig — ask. TraceHouse's AI debugging partner is grounded in your live robot telemetry. Pose a question in plain English and it surfaces the evidence, drafts the next ROSQL query, and follows the chain across nodes, topics, and traces back to the root cause — together, in seconds.
How it works
Connect
Install the TraceHouse agent on your robot. Telemetry streams into your index automatically.
Query
Ask anything in ROSQL or natural language. Built-in awareness of kinematics, actions, and your URDF/XACRO.
Act
Add to a dashboard, set an alert, or export to the monitoring stack of your choice.
Built for Production Robotics
Enterprise-grade infrastructure designed for the unique demands of robotics deployments.
One Command to Start
Get up and running in seconds with our automated installer. No source code changes required.
curl -fsSL https://www.robotops.com/install.sh | bashWorks with all supported ROS2 distributions: Humble, Jazzy, Kilted.
Install Agent
Download and install the Robot Ops agent
Add Credentials
Configure your API key and settings
You're Live!
Start monitoring your fleet in real-time
Built for Real-World Robotics
See how Robot Ops solves common observability challenges across different robotics domains.
Warehouse AMR Fleet
Problem
Managing 100+ AMRs across multiple facilities makes it very difficult to identify which robots are causing bottlenecks in an order fulfillment pipeline.
Solution
Robot Ops' fleet-level health monitoring instantly reveals that certain robots have degraded localization performance, cutting investigation time from days to minutes.
Autonomous Delivery
Problem
Intermittent navigation failures in production are nearly impossible to reproduce in a test environment. Robotics developers have little visibility into what actually happens during incidents.
Solution
With Robot Ops' trace replay and 3D visualization, engineers identify a rare edge case in path planning where GPS handoff to visual odometry fails.
Manufacturing Robotics
Problem
Robotic arms occasionally miss SLO targets, causing production delays. It's difficult to tell if issues are in motion planning, perception or control loops.
Solution
AI-powered root cause analysis immediately identifies that the vision pipeline occasionally times out under specific lighting conditions, saving weeks of debugging.
See Robot Ops in Action
Request a personalized demo and discover how Robot Ops can transform your robotics operations.