Disrupting global garment manufacturing through intelligent robotics, real-time AI simulation, and adaptive fabric manipulation.
Manual assembly and speculative supply chains create massive resource waste and operational bottlenecks.
A staggering portion of manufactured clothing goes straight to waste due to speculative offshore forecasting.
Lost globally due to underutilized clothing and lack of effective textile recycling structures (Ellen MacArthur Foundation).
Sourced entirely from manual, hand-guided sewing operations—representing the primary bottleneck in production.
Four out of ten active garment workers are currently over the age of 50, driving an acute global labor shortage.
Bridging the software-hardware gap to handle highly flexible, non-rigid textiles.
In-house designed mechanical end-effectors utilizing custom proprietary gripper technology to securely manipulate delicate woven fabrics without slippage.
High-fidelity virtual model of our sewing robot and fabric behavior, simulating folding, sliding, and structural stretch in real-time physics solvers.
Advanced reinforcement learning algorithms trained in virtual simulations to coordinate robotic arm movement with sewing machine speed.
We are always looking for ambitious robotics engineers, simulation specialists, and computer vision experts.
Although we do not have specific public openings listed at this moment, we are constantly expanding our pilot crew in Karlsruhe, Germany. If you are passionate about deformable object handling, NVIDIA Isaac Lab, and automated garment manufacturing, get in touch with us!
Interested in partnership, investment, or joining the crew? Leave us a message.
