4D vision + ultrasound + fusion hardware + MODEX safety/perception
Key Questions
What new lidar product did Ouster release?
Ouster launched the Rev8 native color lidar as part of its shift toward a full perception platform, including collaborations like Ouster-FieldAI. This supports advanced sensor fusion for autonomous systems.
What safety-certified sensor did Sonair unveil?
Sonair introduced the ADAR One, the world's first safety-certified 3D ultrasonic sensor achieving SIL 2/PL d ratings with Rust-based embedded software. It targets safer human-robot collaboration in industrial automation and AMR deployments.
Which company raised Series A funding for vision hardware?
Luxonis raised $14M in Series A funding led by Denali Growth Partners to advance its OAK cameras and DepthAI platform. This reflects ongoing demand for accessible AI vision solutions in robotics.
What new GNSS/INS module was introduced by Xsens?
Xsens released the Avior RTK GNSS/INS module featuring u-blox RTK, 0.2° roll/pitch accuracy, cm-level positioning, and low power under 0.5W. It supports compact navigation for drones and autonomous vehicles.
What tactile sensing innovation came from UW Engineers?
Engineers at Queen Mary University of London developed a color-changing silicone sensor enabling robots to 'see' touch through visual feedback. This novel approach aids soft robotics and enhanced computer vision integration.
Ouster Rev8 native color lidar, Ouster shifts to full perception platform. Hexagon acquires ITRES (hyperspectral/thermal sensors). Lidar-Radar-Camera dataset for forest environments. KTH Kalman Evolve LLM-assisted Kalman updates (12% RMSE improvement). SiMa.ai and Mistral partnership on sub-10W drone edge AI reference design. New: Sonair unveils world’s first safety-certified 3D ultrasonic sensor (ADAR, SIL 2/PL d, Rust-based embedded) for human-robot collaboration — now certified and in production. Luxonis raises $14M Series A for OAK cameras. New: Xsens Avior RTK GNSS/INS module. New: Ouster Rev8 native color lidar with L4 chip, low latency. New: UW Engineers create color-changing silicone sensor for robotic touch and vision.