#None #Vision-AI #Physical AI #Unmanned Vehicles

Unveiling the Future of Unmanned Vehicles at COMPUTEX 2026

As the world of technology evolves, so does the demand for advanced robotics and unmanned vehicles. During the bustling atmosphere at COMPUTEX 2026, oToBrite and Turing Drive showcased their latest innovations in unmanned vehicles, driven by the cutting-edge Vision-AI technologies. This collaboration marks a significant leap in applying Physical AI across various industries, enhancing operational efficiency and safety in logistics and transportation.

Bridging the Gap Between Technology and Real-World Applications

David Shen, CEO of Turing Drive, shared insights at the event highlighting how their combination of autonomous driving systems with oToBrite's state-of-the-art automotive vision technologies aims to revolutionize Special Purpose Vehicles (SPVs). These advancements are set to impact areas such as industrial logistics, tourism shuttles, and last-mile delivery services. Shen emphasized that by leveraging Physical AI, tasks that are hazardous, repetitive, or labor-intensive can be managed by machines, allowing human workers to focus on more complex responsibilities.

Meanwhile, Roy Wu, CEO of oToBrite, underscored that successful unmanned vehicle operations necessitate dependable visual perception capabilities, particularly as applications transition from simpler indoor settings to the more challenging outdoor environments. The importance of 3D depth perception technologies is becoming increasingly clear, as they enhance their systems' capabilities in obstacle detection and autonomous navigation.

Showcasing Cutting-Edge Camera Technologies

Among the standout exhibits at the event was oToBrite’s innovative Long-Range 3D Stereo Vision Depth Camera Module. This impressive device is designed to operate effectively in outdoor environments, boasting features such as 120 dB HDR imaging, global shutter synchronization, and a depth-sensing capability extending to 20 meters. It supports NVIDIA Jetson platforms, making it easier for developers to integrate precise depth processing into their applications.

Additionally, the booth displayed a 3D stereo camera tailored for humanoid robot applications, closely mimicking the average human interpupillary distance (IPD). This thoughtful design underscores the emphasis on bridging human-robot interactions in practical situations.

The exhibition included a multi-camera Vision-AI SLAM solution that combined four high-grade GMSL2 camera modules integrated into NVIDIA Jetson platforms. This setup provided real-time localization and enhanced perceptual awareness necessary for navigating complex environments with challenges like limited GPS access, such as tunnels and warehouses.

Expanding Perception Capabilities

Addressing the growing need for non-RGB perception, oToBrite also revealed an innovative LWIR Thermal Camera proportioned for robust sensing in difficult environmental conditions. This thermal camera will aid in safety and operational efficiency, especially in low-visibility scenarios. Furthermore, 1-8 MP automotive-grade GMSL2 camera modules were exhibited, featuring IP67/IP69K protection, which allows for reliable functionality in outdoor environments — a must for today’s demanding operational landscapes.

oToBrite’s extensive portfolio for robotics and unmanned vehicles spans various use cases, from agriculture and mining to logistics. Their commitment to advancing technologies that enhance safety, reliability, and efficiency shines through at COMPUTEX 2026.

A Vision for the Future

As we navigate the complex challenges of our rapidly evolving technological landscape, the partnership between oToBrite and Turing Drive stands as a testament to the potential of Physical AI in transforming industries. With an increased focus on safety, efficiency, and enhanced human-robot interactions, the innovations unveiled at COMPUTEX 2026 are sure to pave the way for a smarter and more connected future.

To explore these remarkable technologies firsthand, attendees are encouraged to visit Booth A1225a at the exhibition.