AVRP is an all electric vehicle that provides a complete suite of hardware & software components for a variety of Research & Development needs.
We built an Autonomous Mobile Robot to showcase advanced AI and machine learning capabilities in constantly evolving indoor & outdoor environments. The System Uses advanced 3D and 2D lidars coupled with depth cameras and an intelligent SLAM algorithm to navigate and accomplish autonomous tasks in an unstructured environment.
The client wanted to add autonomous navigation capability to their indoor mobile robot in an office environment for development and testing purposes. We provided a software stack and retrofitted the robot with Lidar and stereo camera sensors. The resulting hardware allows our client to focus on the application of the robot and not worry about the intricacies of autonomous navigation in a constrained environment.
The design brief required us to design a medical grade robotic surgical system that was modular and lightweight. We developed a working prototype of a system of multiple robots that can be used for surgical processes, along with special tools and tool holder mechanism.
Our client required an inexpensive AGV designed to automate their production process. We built a magnetic tape following AGV to help them realize their cost optimization goal at a price far less than a fully autonomous AGV. The AGV can be easily programmed using externally placed RFID markers and magnetic tape.