NEWS

How Can Mobile Robots Navigate Without HD Maps Using ToF and SLAM? In the early development of mobile robotics, autonomous driving, and warehouse automation, high-definition (HD) maps were regarded as the cornerstone of accurate localization and navigation. These maps—generated through LiDAR scanning, high-resolution cameras, and multi-sensor data collection—provided detailed representations of roads, walls, obstacles, and environmental structures, enabling robots to localize precisely within known environments. However, as robot navigation systems...

Why Did Robots Dominate CES 2026 and How Are Chinese Companies Leading Embodied AI? Las Vegas Industry Report At the recently concluded CES 2026 (Consumer Electronics Show) in Las Vegas, robotics and embodied intelligence emerged as one of the most dominant themes across the exhibition floor. Compared with previous editions, robots were no longer showcased merely as conceptual prototypes or experimental demonstrations. Instead, they appeared in increasingly mature forms, with...

How Do ToF Cameras and LiDAR Enable Digital Twins in Geospatial Applications? Enabling 3D Perception for Mapping, Urban Planning, and Smart Cities With the rapid evolution of the geospatial industry, 3D sensing and perception technologies have become the core infrastructure for surveying and mapping, urban digital twins, UAV photogrammetry, autonomous driving, and smart city development. Among various active and passive sensing methods, TOF (Time-of-Flight) cameras and LiDAR (Light Detection and Ranging)...

Can TOF LiDAR Robotic Lawn Mowers Really Mow Without Boundary Wires? With the rapid growth of smart homes and intelligent garden technology, robotic lawn mowers are advancing toward full autonomy and smarter operation. Traditional lawn mowers that rely on physical boundary wires or basic sensors are increasingly unable to meet user expectations for safety, convenience, and high efficiency. TOF LiDAR-based robotic lawn mowers are becoming the preferred solution in the...