Upfreq Robotics
Building the AI RoboticsSoftware Engineer
From the minds of robotics software engineers, we're building AI that understands, develops, tests, and validates robotics software.
The future of robotics software development is AI-native. We're building it today.
The problem
Robot software is still tested by hand
Cloud teams ship dozens of times a day. Robotics teams wait weeks — because validating a change still means booking hardware time and hoping nothing breaks.
Seven steps from commit to confidence
Every pull request runs the exact same deterministic pipeline, automatically.
Instant GitHub Integration
Connect your robot codebase via GitHub App or GitLab webhook. ARTE monitors PRs, commits, and release branches automatically.
Increase the frequency of robot development
Less manual testing
Simulation replaces hardware setup.
Faster feedback
Results land inside your PR, in minutes.
Repeatable validation
The same scenario, every single commit.
Engineering velocity
Ship with confidence, not caution.
Built for what teams like yours need
Illustrative examples of how AMR, manipulation, and drone teams use ARTE.
“Validating an AMR software change used to mean clearing a warehouse floor and hoping nothing collided. ARTE is designed to replace that with a repeatable simulation run before code ever reaches hardware.”
“In robotic manipulation, an unverified joint velocity change can damage the arm. ARTE is built to verify trajectories across many simulated edge cases before anything touches hardware.”
“Continuous integration has been missing from robotics. ARTE is designed to bridge ROS 2 nodes directly with cloud GPU simulation, so autonomy updates can be validated as often as the code changes.”
Join the waitlist
Early access to ARTE's Isaac Sim cloud runners.