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As smart retail continues to evolve, businesses are moving beyond traditional 2D cameras and infrared sensors. Today’s retail environments demand higher-dimensional data, precise behavioral insight, and interactive, privacy-conscious experiences. At the forefront of this transformation is TOF (Time-of-Flight) 3D sensing technology, which is pushing the retail industry from two-dimensional observation into three-dimensional understanding, marking a new era of digital retail intelligence. What is TOF (Time-of-Flight) Technology? TOF (Time-of-Flight) measures the time...

With the rapid advancement of digital technology, traditional methods of education and exhibitions face growing limitations. Conventional classrooms rely heavily on static images, textbooks, and one-way lecturing, making it difficult to maintain student interest or encourage participation. Likewise, traditional exhibitions often lack interactivity, resulting in passive and uninspired visitor experiences. In response to these challenges, 3D TOF (Time-of-Flight) technology has emerged as a transformative solution—driving innovation in education and interactive cultural...

With the rapid evolution of artificial intelligence, the fusion of large language models (LLMs) with advanced multimodal sensing technologies is accelerating the dawn of a truly intelligent era. Among these technologies, Time-of-Flight (TOF) sensors stand out for their exceptional ability to capture precise depth information, laying a robust foundation for 3D spatial perception. By integrating TOF technology with powerful large models, industries are witnessing breakthroughs in intelligent robotics, autonomous navigation,...

The convergence of AI, IoT, autonomous driving, and robotics is bringing 3D vision out of research labs and into everyday devices. At its core, Time-of-Flight (TOF) sensors—renowned for their millimeter-level accuracy, compact form factor, and low power consumption—are fueling the “millimeter era” of spatial perception.   What Is 3D Vision? 3D vision empowers machines to capture and interpret real-world depth—height, width, and distance—beyond flat images. By leveraging techniques such as TOF,...