CANVAS Technology is a robotics company with a mission to provide end-to-end autonomous delivery of goods. We’re creating safe and powerful autonomous technology that can power both indoor and outdoor driving.
The company says the logistics robot brings driverless vehicles to workplaces “long before self-driving vehicles hit street”. Canvas says its carts are also the first self-driving vehicles to use 3D vision to map and navigate dynamic indoor workplaces.
Canvas says its autonomous carts are simple but highly sophisticated autonomous transport vehicles designed to automate one of the most cumbersome, wasteful, and prolific human tasks in the workplace: moving materials from one place to another.
Using computer vision, Canvas claims its machine is the only commercial self-driving vehicle capable of hands-off operations in highly changing and unstructured environments.
By using cameras to map, localize and plan, it sees its environment in rich 3D – enabling intelligent and safe behavior indoors or out, and in GPS-denied environments.
A wide variety of companies from ecommerce to manufacturing are looking for solutions to improve efficiency, speed and transparency.
Canvas Carts move through their environments independently, require no infrastructure, and need no maps created for them.
The carts are powered by Canvas Autonomy, a platform that transforms vehicles into intelligent machines.
Canvas Autonomy consists of the compute, algorithms, and sensors necessary to power a wide variety of autonomous mobile devices such as wheeled robots and drones.
Canvas enables a fleet of robots to navigate intelligently while sharing their real-time 3D maps, a technology breakthrough that enables the robots to learn from each other and adapt as the environment changes around them.
The Canvas vehicle fleet can be controlled from a simple web application where users can create stopping points and set up routes with a few clicks.
They can also connect with enterprise warehouse management systems or enterprise resource planning systems through the Canvas Autonomy application programming interface.
According to roboticsandautomationnews.com. Source of photo: internet
