Auto vanning and devanning
Building flexible, mobile, compact and cost-effective robotic prototypes in terms of hardware, complemented with software -- AI-based computer vision and motion-planning capabilities, for vanning/devanning, picking/placing of diverse loads in challenging warehouse conditions (e.g. low-light, space constraints etc.).
This project aims to develop affordable and versatile robotic solutions with low footprint that serve to meet exploding warehouse demands and challenges in a world of burgeoning e-commerce.
Warehouse Control Platform
Providing an affordable, intercommunicable warehouse control platform integrated with WMS that enables planning and resource optimization through robot fleet management, providing bi-directional data from mobile robots. The platform should optimally manage a fleet of diverse mobile robots composed of 20 to 50 vehicles.
The fleet management package aims to streamline warehouse operations with the potential to shrink massive footprints, while catering for horizontal integration of devices and vertical integration in accordance with Industry 4.0 standards.