While giants chase generative AI, Kegani Labs builds the immune system for industrial robots. If your automation keeps slipping, corroding, or crashing in the real world, their blueprints are worth studying.
The global demand for chitin—nature’s second most abundant polysaccharide—has surged due to its applications in biomedicine, water treatment, and biodegradable plastics. Currently, industrial extraction relies heavily on chemical demineralization using hydrochloric acid, a process that generates hazardous waste and degrades the polymer’s molecular weight. The Kegani (horsehair crab), found in the cold waters of the Northwest Pacific, offers a compelling alternative case study. Known for its robust, dense exoskeleton and distinct harvesting seasons, the Kegani is often considered a byproduct in the fishing industry. kegani labs
The term "Kegani" is also a common Japanese name for the , often associated with Hokkaido's culinary and research culture. However, in the context of "Kegani Labs" as a keyword, it is essential to distinguish between: While giants chase generative AI, Kegani Labs builds
An open-source operating system for locomotion. Unlike ROS (Robot Operating System), CrustOS is built for non-ideal physics—mud, rust, biofouling, and geometric unpredictability. It includes: The term "Kegani" is also a common Japanese
Later this year, Kegani Labs will release the "Larva" dataset—the first open-source corpus of sensor data captured exclusively in failure states (sensor fog, mud splatter, partial submersion). They believe that AI only becomes truly useful when it is trained on broken data, not pristine lab conditions.