Top Sensors Startups in 2027

About RBR Since 1973, RBR has been designing and manufacturing oceanographic instruments in Ottawa, Ontario to measure our blue planet. The effects of climate change are being seen from the ocean’s abyss to the polar ice caps and our sensors quantify this change to support better analysis, improved planning, and more effective mitigation strategies. Our instruments measure water parameters in some of the harshest environments on the planet! They are mounted on underwater drones, dropped out of planes, and sent to the bottom of the ocean – sometimes for years at a time – all in an effort to get precise and accurate data to support climate research! We have been fortunate to be able to partner with some of the world's leaders in the field of ocean science, like Fisheries and Oceans Canada, The Scripps Institution of Oceanography, The Woods Hole Oceanographic Institution, The Norwegian Polar Institute, and The British Antarctic Survey, just to name a few!

Aeva develops a new sensing & perception paradigm for autonomous machines. Aeva's technology brings together the best of vision, depth & motion sensors into a single product with superior performance. Compared to today's best in class, it provides greater range & resolution across weather conditions and a new dimension to precisely measure velocity of every pixel in the scene.

Highly accurate inertial navigation systems and services including INS, MEMS and acoustics, integrated by our customers into a range of autonomous vehicles, geospacial mapping solutions, surveying products, asset tracking solutions and more.

1/3 of all food gets wasted, our mission is to make food efficient. We replace use-by dates with smart labels that measure freshness, and AI that predicts shelf-life, so no good food is discarded, and no bad food is eaten. We invented this technology as scientists at Imperial College London, and we're using it to improve the whole supply chain, from food producers to households.

Algorized is a Swiss-based start-up developing advanced sensing and perception technologies to protect life. Its radical technology interfaces seamlessly with people, places and sensors to monitor wellbeing and reduce any risk of harm. Algorized solution is exceptionally sustainable and also entirely inobtrusive. It includes complex processing algorithms for ultra-wideband (UWB) impulse radar sensors, designed for human presence and objects detection, tracking and positioning as well as vital signs monitoring, even through obstacles. Features are: accurate real-time short-range detection, tracking and positioning as well as detection and monitoring of vital signs (breathing and heart-rate). Algorized technologies are used in a variety of fields from people safety, greener buildings and life-saving technologies through to autonomous vehicles, human machine interaction and consumer electronics.

MEMS is the pathway to the dominant mechanical solution for bringing LiDARs to the mass market because it's cheap, scalable, and small. But it also comes with critical challenges in requiring expensive electronics, poor reliability, and high system level assembly cost. Our solution provides all inherent MEMS advantages while providing direct answers to these pressing issues associated with all current MEMS approaches on the market!! All of that plus significantly lower assembly cost!!

Our nation's military and intelligence services use advanced technologies to create strategic and tactical advantage, from central commands to battlefields. We provide this advantage by developing and delivering innovative sensors and information-processing capabilities.​ By working collaboratively – amongst ourselves, our clients and partner companies – we can deliver powerful capabilities to our customers.