Waabi

Waabi and Volvo announced October 2026 customer freight operations for Warp on the Dallas-Houston corridor, transporting to third-party facilities using Volvo VNL Autonomous powered by Waabi Driver.

Waabi is advancing commercial autonomous trucking and expanding into robotaxis through an Uber partnership, with the Waabi Driver designed to generalize across form factors, geographies and environments.

Waabi is advancing commercial autonomous trucking and expanding into robotaxis through an Uber partnership, with the Waabi Driver designed to generalize across form factors, geographies and environments.

Waabi's SaLF research represents scenes as sparse voxels containing local implicit fields, with adaptive pruning and densification, octree-accelerated ray casting and tile-based splatting. The shared representation supports camera and LiDAR simulation plus rolling-shutter effects, providing a concrete rendering architecture beyond the existing general neural-simulator description.

Waabi combines a verifiable end-to-end Physical AI model capable of reasoning with a neural simulator, creating a differentiated closed-loop approach to autonomous driving development.

Waabi combines a verifiable end-to-end Physical AI model capable of reasoning with a neural simulator, creating a differentiated closed-loop approach to autonomous driving development.

Waabi and Volvo announced starting customer freight operations for Warp on October 5, 2026, using the Volvo VNL Autonomous powered by Waabi Driver on the Dallas-Houston corridor. The named commercial partnership operation is independent of existing Series C financing.

Waabi raised a $750M Series C and secured an additional milestone-based future investment from Uber in 2026 to accelerate autonomous trucking and support expansion into robotaxis.

Waabi raised a $750M Series C and secured an additional milestone-based future investment from Uber in 2026 to accelerate autonomous trucking and support expansion into robotaxis.

Waabi documents mixed-reality testing that combines a real truck and road with synthetic scenarios generated in real time by onboard Waabi World. This concrete physical/virtual validation method supports portable autonomy-test skills beyond existing broad simulation and planning work.

Waabi work spans end-to-end autonomous driving, world modeling, simulation, perception, planning and deployment across trucking and robotaxis, producing highly portable autonomy skills with transportation specialization.

Waabi work spans end-to-end autonomous driving, world modeling, simulation, perception, planning and deployment across trucking and robotaxis, producing highly portable autonomy skills with transportation specialization.