Drift

Drift generates a full ROS workspace from a natural language description. You spell out the robot, the world, the specs, and the tasks, and it produces the description files, world files, and launch scripts. The point is to get from an idea to a running sim without the usual days of scaffolding.

The Drift agent works across your OS, terminal, ROS, workspace, and simulator at the same time. It sits inside your existing development and deployment workflow rather than as a separate web tool you copy code out of. That means it can edit files in place, not just generate them once.

You can spin up variations of a world to pressure-test a scenario instead of running the same fixed setup. This matters when you want to know whether a policy generalizes or just memorized one environment. It's the difference between one clean demo and a real robustness check. That's the whole point.

Drift positions its team tier as infrastructure that scales from a single simulation to billions of runs. For enterprises, that means covering a broad set of real-world scenarios in sim before committing to a deployment. According to Drift, this is aimed at getting robots into the field faster.

The agent is tuned for robotics work rather than general coding. It understands ROS conventions and the file layout a robotics project expects, so its output fits the toolchain you already use. That reduces the cleanup you'd normally do after a generic coding assistant hands you a project, since the output already follows the conventions your robotics toolchain expects instead of a generic project layout you'd have to restructure. Less rework.

Individual engineers and researchers can try a developer preview that runs on Linux and Ubuntu. Teams and enterprises get a separate offering with custom terms. The split means you can evaluate the core workflow before committing to a larger agreement. No risk up front.