en.Wedoany.com Reported - Ganzin Technology announced significant progress in its ecosystem at AWE 2026, as the company collaborates with the AI glasses supply chain to accelerate the adoption of eye tracking technology in next-generation wearable devices.
As AI glasses rapidly emerge as a new computing platform, eye tracking is regarded as a key technology for enabling natural interaction, contextual awareness, and personalized AI experiences. To support this trend, Ganzin has partnered with leading component suppliers, processor manufacturers, and device makers to build a mass-producible eye tracking ecosystem covering optics, computing platforms, and wearable devices. The company's Aurora ecosystem integrates partners across the supply chain, offering a path from rapid prototyping to large-scale commercial deployment. In optics and illumination, the ecosystem utilizes OmniVision image sensors and ams OSRAM infrared lighting solutions; processing platforms include the Qualcomm Snapdragon platform, Himax low-power processors, and Ganzin's proprietary EPU2 ASIC; device platforms involve Jorjin Technologies and Quanta Computer.
At AWE 2026, Ganzin and Jorjin Technologies jointly launched the J9 AI glasses reference design. This blueprint helps OEM and ODM partners integrate eye tracking into commercial products, reducing development risks and shortening time to market. The architecture combines OmniVision eye tracking sensors, ams OSRAM infrared lighting, and Ganzin's Aurora IIS eye tracking solution into a proven, mass-producible platform. Ganzin also released Gaze2AI 2.0, the latest version of its gaze-aware AI interaction framework. Gaze2AI 2.0 integrates voice input with real-time gaze attention to enrich the AI context pipeline, where voice expresses intent and gaze reveals attention.
Ganzin continues to showcase Aurora IIE, its next-generation eye tracking platform powered by the proprietary Eye Processing Unit 2 (EPU2) ASIC. Designed for wearable workloads, the EPU2 reduces power consumption to approximately one-quarter of traditional NPU-based solutions while supporting eye tracking performance up to 120 Hz. This ultra-low-power architecture enables always-on operation, opening new opportunities in gaze-based interaction, attention-aware AI systems, health and physiological monitoring, and VR/MR interaction. The Aurora IIE maintains a minimalist architecture, consisting of a single processing chip, two eye sensors, and two infrared illuminators, suitable for compact AI glasses.
A key milestone is the formal integration of ams OSRAM's complete infrared lighting solution into the Aurora IIS reference platform. This optimized architecture provides higher eye safety margins and lower power consumption while enhancing illumination consistency and system reliability. The integration solidifies the Aurora IIS's position as a mass-producible eye tracking platform for commercial AI glasses and AR devices. With the Aurora-II series, Ganzin offers a complete product portfolio, including the Aurora-II software IP licensing solution, the Aurora IIS NPU-based turnkey eye tracking platform, and the Aurora IIE ASIC-based ultra-low-power eye tracking solution.
Dr. Shao-Yi Chien, founder and CEO of Ganzin Technology, stated that the future of AI glasses will not be defined solely by display technology; devices must understand what users see, say, and intend to accomplish. Through the Aurora ecosystem and Gaze2AI platform, the company is realizing a new generation of attention-aware AI experiences, making eye tracking more practical, energy-efficient, and easier to mass-produce.
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