NEXCOM and Stereolabs announce collaboration to deliver AI Vision solutions for Mobility, Robotics and Industrial Markets

Taipei, Taiwan – November 25, 2025 – NEXCOM International, a global leader in rugged edge computing platforms, and Stereolabs, a pioneer in AI vision and 3D perception, today announced a long-term collaboration to deliver cutting-edge AI vision solutions for B2B organizations across mobility, robotics, and industrial automation sectors. The integration of Stereolabs’ ZED X series cameras with NEXCOM’s ATC series Edge AI computers makes deploying intelligent visual systems faster, more reliable, and more scalable than ever.

Stereolabs’ latest ZED SDK 5.1, powered by TERRA AI, offers breakthrough perception capabilities, optimizing spatial awareness and system efficiency. These enhancements make the ZED X series ideal for advanced AI vision applications where precision and responsiveness are mission-critical:

• 5x faster depth sensing and up to 300% processing load reduction on NVIDIA^® Jetson™ platforms
• Sharper depth accuracy in challenging conditions such as low light, fog, or reflective surfaces
• Magellan™, Stereolabs’ new localization technology, delivering centimeter-level precision both indoors and outdoors

NEXCOM’s ATC series of Edge AI computers are built for extreme environments where ruggedization and reliability are essential. This, along with NEXCOM’s expertise in designing tailored solutions for physical AI deployments, makes for a powerful integration with Stereolabs’ solutions for some of the most complex needs of industrial organizations. Key features of NEXCOM’s ATC series include:

• IP67-rated design: Resistant to dust, water, vibration, and extreme temperatures
• AI acceleration: Powered by NVIDIA^® Jetson™ modules for real-time edge inference
• Industry compliance: Certified with E13 and EN50155 standards for transportation and industrial applications
• Vehicle integration: Built-in IGN control and smart power management
• Multi-camera support: Capable of processing high-speed, low-latency video streams

Accelerating AI vision across key B2B industries

NEXCOM’s and Stereolabs’ collaboration empowers critical use cases for B2B organizations across industrial and mobility sectors seeking to introduce AI Vision to drive efficiency and safety:

• Public transit: Mobile surveillance, infotainment systems, and passenger analytics
• Robotics: industrial robots, robotic arms, AMR, Quadruped, and humanoid visual sensors.
• Public safety: static/mobile ANPR, enforcement monitoring, civil/emergency services
• Industrial automation: predictive maintenance, defect detection, blind-spot monitoring
• Material handling: enhanced monitoring for ports, warehouses, and fleet operations
• Earth moving & mining: rugged AI deployments in construction, agriculture, and mining environments

By combining NEXCOM’s ruggedized hardware with Stereolabs’ advanced AI vision technology, businesses can accelerate AI implementation in complex real-world environments. This collaboration reduces technical barriers and enables scalable deployment of AI vision systems tailored for industrial and commercial success.

"This collaboration comes at the right time,” said Jay Liu, Vice President, NEXCOM. “By combining NEXCOM’s ATC edge computing platform with Stereolabs’ ZED AI vision stack, we’re enabling robust perception solutions that transition seamlessly from prototype to large-scale deployment,"

"With ZED SDK 5.1 and TERRA AI, we’re pushing the boundaries of physical perception: enabling cameras that not only see better in complex environments, but also understand the world with unprecedented intelligence, paving the way for new classes of smarter systems," said Cecile Schmollgruber, CEO of Stereolabs.

About Stereolabs

Stereolabs is the leading AI vision company, providing advanced perception systems that enable machines to see, understand, and interact with the world in 3D. Its ZED cameras and SDK power industrial-grade solutions for factory and warehouse automation, off-road autonomy, and smart infrastructure applications.