HSINCHU, Taiwan, May 21, 2025 – Mobility-focused oToBrite is partnering with SINTRONES to demonstrate a new AI-based depth vision system at COMPUTEX 2025. The system uses a single automotive camera module combined with an in-vehicle computing platform to estimate depth and measure distance, eliminating the need for multiple sensors. It is intended for use in applications like autonomous mobile robots and unmanned vehicles, where compact, efficient vision systems are essential.
oToBrite noted that the joint exhibition combines the automotive capabilities of both companies to support emerging technology development. SINTRONES highlighted the strategic alignment of the collaboration, focusing on advancing mobility and intelligent automation. Both companies plan to explore new use cases and engage with industry stakeholders at COMPUTEX 2025 to demonstrate the practical potential of AI-driven depth vision systems.
oToBrite is also presenting its Vision-AI SLAM technology, which uses multiple camera modules for real-time localization and mapping. The company’s new product, oToSLAM, provides a multi-camera Vision-AI positioning system that enables localization and 3D environmental perception without relying on high-definition maps or LiDAR. It is designed for consistent performance in both indoor and outdoor settings. The system includes features such as object classification and drivable area segmentation to support obstacle detection and environment mapping.
oToBrite is also introducing its Visual-Inertial Odometry (VIO) camera module, which integrates an inertial measurement unit (IMU) into the camera system. This module achieves 1ms-level time synchronization between visual and motion data, addressing the growing demand for synchronized perception in autonomous systems. This alignment improves real-time perception, enabling accurate navigation and obstacle avoidance in robotic systems.
Throughout COMPUTEX, oToBrite will exhibit a range of new products – including its multi-camera Vision-AI positioning system, automotive-grade camera modules, and ADAS solutions for commercial vehicles – at the Taiwan Advanced Automotive Technology Development Association (TADA) pavilion. oToBrite collaborates with tech partners to expand reach and promote solutions for ADAS, unmanned vehicles, and mobile robotics.
Source: oToBrite Electronics, Inc.
About oToBrite
Founded in 2013, oToBrite Electronics, Inc. is a Taiwan-based company that develops Vision-AI solutions for automotive and mobility applications. Headquartered in Hsinchu Science Park, oToBrite offers advanced driver assistance systems (ADAS), AI-based perception models, autonomous driving cameras, and driver monitoring systems. Its products include the oToGuard Level 2+ ADAS and oToParking automated valet parking system, which support safety and automation features in passenger cars, commercial vehicles, and unmanned platforms. The company operates an IATF 16949-certified cleanroom facility and supplies directly to OEMs as a Tier-1 vendor. In 2024, oToBrite reported annual revenue of approximately TWD 359.8 million, reflecting a 29% year-over-year increase. With a team skilled in automotive image processing, the company continues to develop integrated hardware-software platforms that support intelligent mobility and automation in the transportation sector.
About SINTRONES
Founded in 2009, SINTRONES Technology Corp. is a Taiwan-based manufacturer of edge AI computing platforms and rugged embedded systems. Headquartered in New Taipei City, the company offers fanless in-vehicle computers, industrial-grade embedded systems, and display computing solutions. These products are used in sectors like transportation, smart surveillance, industrial automation, and defense. SINTRONES maintains multiple international certifications, including ISO 9001, ISO 22163 (IRIS), and ISO/IEC 27001, supporting its focus on quality and compliance. In 2024, the company reported annual revenue of approximately TWD 666.58 million. As part of the AUO Group, SINTRONES expands globally by providing high-performance computing systems for demanding and mission-critical applications. The company focuses on resilient systems, long-term support, and integration with evolving industrial and AI infrastructure.