AlphaLum | What if the biggest bottleneck holding back the mass commercialization of all-day-wearable AI glasses isn't the display itself, but the way we track the use...

What if the biggest bottleneck holding back the mass commercialization of all-day-wearable AI glasses isn't the display itself, but the way we track the user's eyes?

For AR OEMs, display integrators, and product strategists, the trade-off has always been brutal: resource-heavy, power-hungry camera architectures that kill battery life, or subpar, sluggish user experiences. But a massive structural paradigm shift is coming. By stripping the camera out of the equation entirely and replacing it with ultra-low-power, high-frequency temporal sensing integrated directly into the lens, a new commercial pathway is opening up. This breakthrough unlocks true "always-on" natural user interfaces at up to 1000 Hz while keeping power budgets at an absolute minimum—solving a critical hardware hurdle for consumer-grade, lightweight smart glasses and redefining the competitive roadmap for next-generation spatial computing.

Join us at MicroLED Connect and AR/VR Connect at the High Tech Campus in Eindhoven (Netherlands) on 16 and 17 Sept 2026 to see how this technology is reshaping the display and AR optics landscape, and catch this presentation:

* Who is presenting: Antoine Boniface;

* Company: AlphaLum;

* Title of the talk: Camera-Free, Low-Power Eye Sensing for AI Glasses Using Self-Mixing Interferometry;

* Where they will present: High Tech Campus, Eindhoven (Netherlands);

* Event & Dates: MicroLED Connect and AR/VR Connect on 16 and 17 Sept 2026;

* Full Program: https://www.microledconnect.com/;