JAY ROBOTIX Competitors

Eureka Robotics' AI Vision System is an integrated solution of 3D camera, controller and software for bin picking and vision-guided robotics. A super-model trained on millions of parts, together with software accessible to entry-level users, reduces deployment time by months compared to conventional vision projects. The system integrates with any robotic arm and operates as an open platform: models can run locally, engineers can train new parts in-house, and no subscription fees apply.

Urban Drones is a Unmanned Aerial Systems retail and configuration company. Urban Drones specializes in building fully functional, ready to fly Drones for professional applications. We also sell parts, kits and repair service through our online shop.

Insight Robotics enables active risk management of the world's assets by generating and making sense of data. Data collected through robots and sensors are presented as early-stage intelligence through our GIS platform so that decision makers can intuitively assess their risk and respond based on real-time data. We're a passionate team pioneering new ways to make the world a better, safer place to live. Our specialty is helping our customers visualise data across large land areas easily and intuitively, thanks to our patented inventions like: • Our wildfire detection robots that use artificial intelligence to increase the range that thermal sensors can see • Insight Globe GIS which assists a single wildfire detection robot in finding the location of a fire without triangulation Founded in 2009 by Kevin Chan and Rex Sham, our company is made up of engineers and experts from more than a dozen nationalities. We love to innovate and challenge each other, to push the boundaries of technology, and to work closely with our customers on end-to-end solutions for their industrial challenges. We foster an environment of inspiration and positive disruption, continuously striving to make a difference by protecting the world’s resources, assets and lives. Saving the world, bit by bit, grid by grid.