TorqueFlow is a physics-reasoning world model built for high-throughput operations in messy, dynamic warehouse environments.
TorqueFlow deploys across industrial manipulators, trailer-entry robots, mobile manipulators, cobots, dexterous robotic systems, delta robots, SCARAs, inspection stations, gantry systems, and AMRs.
TorqueFlow combines perception, 3D spatial reasoning, and physical understanding into a world model of the floor it operates on, tracking how objects behave and interact as work happens. That model is what carries across new SKUs, layouts, and workflows with a fraction of the task-specific data.
Run TorqueFlow as a complete stack, or integrate single components: perception, physical reasoning, or task planning. Each one tunes to a deployment on its own, without retraining the full model.
A world model of the cell that holds geometry, contact, and material behavior together, from stack stability to deformable packaging, and reasons through the interaction before the robot commits to a motion.
≤30ms inference on edge hardware next to the line, so cell throughput stays independent of network conditions. No cloud dependency.
Tell us what you're running and the workflow you want to crack — we'll deliver a model tuned to your deployment and our team will reach out within one business day.
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