This system identifies the optimal storage location for an item after scanning its corresponding QR code and updates a database with a visual user interface.

Uses deep machine learning techniques to help AGVs or AMRs navigate through unspecified environments.

A battery-operated robot that can carry up to 1.2 tons of frozen items horizontally, vertically, and across different rows of storage shelving racks.

A battery-operated robot that can carry up to 2 tons of items horizontally, vertically, and across different rows of storage shelving racks.

A battery operated robot that travels horizontally and vertically among high-rise storage shelving racks.

Uses electromagnetic fields to automatically identify and track tags attached to objects. When triggered by an electromagnetic interrogation pulse from a nearby RFID reader device, the tag transmits digital data, usually an identifying inventory number, back to the reader. This number can be used to track inventory goods.

A real-time system that detects, updates, and informs users of irregular activities of online transactions.

A real-time system that detects, updates, and informs users of vehicle and driver activities.

Our navigation system is built with retro-reflective sensors to minimize false reflections of undesired light during operation.

This 3D smart vision sensing technology can automatically scan 3-dimensional object area and assist the robotic arm to determine the correct angle of picking up objects based on their shape and placement.