Namuga to Supply Stereo Cameras for Intel's Next-Generation Security Authentication System

Namuga announced on the 10th that it will supply the stereo camera, a core component of the Intel RealSense module, which is installed in the next-generation security authentication gate system 'BioAffix Gate Vision' jointly developed by the global semiconductor company Intel and Oncech.

Overview of Namu's production facility in Vietnam. Provided by Namu.

In this system, the RealSense module performs a key function, and Namuga is responsible for supplying the high-precision 3D camera components applied to it.

BioAffix Gate Vision was officially recognized for its technology by being selected as the winner in the biometric recognition category at 'ISC West 2025,' the world's largest security exhibition held in Las Vegas, USA.

BioAffix Gate Vision is a smart access authentication system that quickly and accurately recognizes users' faces using AI-based high-precision 3D facial recognition technology. It is compatible with various authentication methods such as BLE and smart cards, and is evaluated to provide both security and convenience by operating stably in various indoor and outdoor environments.

The Intel RealSense stereo camera module is a high-performance sensor integrating real-time 3D depth recognition, anti-spoofing, and AI-based object recognition functions, optimized for biometric security systems.

Through this supply contract, Namuga, which has researched and developed 3D camera modules for over 10 years, is being recognized once again for its 3D sensing technology and manufacturing know-how suited for the AI era.

Namuga's 3D camera solutions can be widely applied to various advanced AI devices such as robots, facial recognition, and autonomous driving, and their potential for future expansion is also highly anticipated.

Currently, Namuga is conducting projects together with Intel based on close technical cooperation in areas such as optical design, precision sensor placement, and mass production optimization processes, and is sequentially proceeding with pre-verification and production preparation of high-precision camera modules.