Applications

This is where UWB-powered autonomous garden carts step in — a new generation of smart assistants that follow gardeners seamlessly, reducing strain and making garden care more enjoyable.

With the rise of precision farming and the need for higher efficiency under limited labor resources, automation is rapidly reshaping how fields are managed. Among these innovations, UWB (Ultra-Wideband) self-following technology is introducing a new era of smart agricultural vehicles that can operate side by side with farmers, reducing physical strain and enhancing productivity.

Now, with the advent of UWB (Ultra-Wideband) self-following technology, a new generation of self-following electric wheelchairs is emerging. These systems enable wheelchairs to autonomously follow caregivers, friends, or family members, providing a seamless blend of freedom, safety, and dignity for users.

This is where UWB (Ultra-Wideband) self-following shopping carts come into play, offering a futuristic yet practical solution for modern retail. By autonomously following shoppers, these carts create a hands-free shopping experience that is not only convenient but also more inclusive and efficient.

For decades, golf has been associated with leisure, strategy, and a sense of calm sophistication.One of the most common frustrations golfers face is the constant need to push, pull, or carry a heavy golf bag throughout an 18-hole course. While electric golf carts and caddies have partially solved this problem, they still require manual control or remote operation. This is where UWB (Ultra-Wideband) self-following technology steps in, redefining convenience on the golf course.

With the rise of autonomous follow technology, strollers are evolving into smart companions that quietly move along behind parents. No more pushing an empty stroller through crowded places—parents can now focus on their children and enjoy the moment. This leap is powered by our self-developed UWB + IMU fusion positioning system, combined with LiDAR-based obstacle avoidance and intelligent path-planning algorithms.