Federico Collarte

Baraja develops a novel lidar technology called Spectrum-Scan that steers laser beams using the natural dispersion of light through a prism rather than mechanical rotating mirrors or solid-state optical phased arrays, producing a solid-state lidar architecture that is more reliable and cost-effective than mechanical lidar alternatives for autonomous vehicle and robotics applications. The Sydney company holds fundamental patents on the Spectrum-Scan approach that provide IP protection across the lidar market.\n\nThe company raised approximately $32 million in venture funding including a Series B from investors including Main Sequence Ventures, Blackbird Ventures, and the CSIRO Development Fund. Baraja has engaged with automotive OEMs and autonomous vehicle companies in the United States and Asia for sensor evaluation, with the Spectrum-Scan lidar offering adjustable range and resolution properties that allow the sensor field of view to be customised for different driving scenarios.\n\nBaraja competes in the automotive lidar market against Velodyne, Luminar, Ouster, and Innoviz, a market that has seen significant consolidation and several company failures as autonomous vehicle development timelines extended and procurement volume projections were revised downward. Its IP position around the Spectrum-Scan technology provides a differentiation that mechanical lidar alternatives cannot access, and the solid-state reliability argument is increasingly relevant for automotive customers requiring the sensor lifetime and production scalability that mechanically rotating lidar systems cannot guarantee.