NEWS

How Can ToF Depth Sensing Improve Navigation and Obstacle Avoidance for Warehouse Robots? ToF Depth Sensing Accelerates Intelligence Upgrades for AGVs and AMRs With the rapid global expansion of smart warehousing, intelligent logistics, and Industry 4.0, mobile robots for warehouse automation—including AGVs (Automated Guided Vehicles), AMRs (Autonomous Mobile Robots), autonomous forklifts, and mobile handling robots—have become core infrastructure in modern logistics systems. As warehouse environments grow more complex, dynamic, and...

How Is Robotics Innovation at CES 2026 Expanding from Manufacturing to Everyday Life? Las Vegas — CES 2026 Robotics Industry Report At the 2026 International Consumer Electronics Show (CES 2026), the robotics exhibition area emerged as one of the most visited and discussed sections of the event. Compared with earlier editions that emphasized futuristic concepts and experimental prototypes, this year’s robotics showcases clearly shifted toward real-world deployment, commercial readiness, and...

How Does ToF Depth Sensing Enable Faster, Smarter, and Markerless Mobile Robot Navigation?   A Core 3D Perception Technology Driving High-Speed Autonomy and Embodied Intelligence As mobile robotics rapidly evolves, autonomous mobile robots (AMRs) are becoming a central pillar of intelligent manufacturing, smart logistics, service robotics, and autonomous inspection. According to industry research, the global mobile robot market has experienced explosive growth over the past decade, with deployment volumes increasing...

How Does ToF Technology Enable Reliable Markerless Navigation for Robots? A 3D Perception Foundation for Autonomous, Mapless, and High-Robustness Navigation With the rapid advancement of robotics, autonomous driving, AMR/AGV systems, and smart logistics, traditional navigation methods based on QR codes, magnetic tapes, reflective markers, or fixed infrastructure are increasingly becoming a bottleneck for scalability and flexibility. As a result, markerless navigation—also known as mapless navigation or infrastructure-free navigation—is emerging as...