Redefining "Vision": Aumo EYEX Accelerates CMS R&D

In the continuous evolution of intelligent vehicles toward electrification and smart integration, a critical yet long-overlooked link is being re-examined: the driver’s visual system. As the core gateway connecting environmental perception to driving decisions, "what can be seen" and "how fast it can be seen" are becoming pivotal factors in road safety.

Recently, Aumo EYEX disclosed significant progress in its Camera Monitor System (CMS) development. The company stated that its self-developed vision system—centered on three core capabilities: complex light adaptation, blind spot coverage, and real-time performance—has completed key technical validations and entered the product implementation phase. Two digital rearview mirror products built on this technical architecture are scheduled for an official launch soon.

Regarding visibility in complex lighting, Aumo EYEX utilizes a 140dB ultra-wide dynamic range automotive-grade image sensor in synergy with self-developed image algorithms. This allows the system to maintain stable, clear imagery in scenarios such as backlighting, tunnel transitions, and high-beam interference at night. In tests, the system achieved glare suppression and brightness reconstruction in significantly less time than the human eye, reducing the risk of momentary "blindness."

Addressing the blind spot limitations of traditional mirrors, Aumo EYEX has optimized the fusion of optics and algorithms. While strictly adhering to the national standard GB 15084-2022, the system further expands the field of view. Experimental data shows that the effective visual range on the right side can be increased by up to 3.3 times compared to traditional mirrors, providing drivers with more complete information during critical lane changes and overtaking.

In terms of real-time performance, Aumo EYEX continues to push low-latency optimization. Current testing shows the end-to-end latency has been controlled within 40 milliseconds. Lower latency ensures that the displayed image is more synchronized with the real-world environment, enhancing judgment accuracy and safety redundancy.

▲ Aumo engineers reviewing the EYEX technical blueprints.

Additionally, the system has passed multiple automotive-grade reliability validations, including extreme temperature testing, laying a solid foundation for the upcoming product launch and large-scale application.

Aumo EYEX stated that as intelligent driving progresses, digital mirrors are evolving from traditional replacement options into critical visual perception infrastructure. The two upcoming CMS products will cater to diverse user needs.

In an era of rapid industry transformation, visual capability is becoming the new boundary for safety. Aumo EYEX aims to move beyond just "seeing," allowing drivers to see more clearly, more timely, and with greater composure through continuous investment in this core technology.