- Xpanceo has unveiled a trio of intelligent contact lenses prototypes at the MWC 2025
- The technology presented includes an energy transfer entirely remotely
- Other prototypes include a Biodépens Intelligent Contacts and a goal that can help manage glaucoma
A self-acclaimed “deep technology” company focused on the next generation of computer science has unveiled three prototypes of intelligent contact lenses at the MWC 2025, giving us an overview of technology that could shape the health of the vision of the future.
Xpanceo removed the covers from its three prototypes, each with a unique technology that could appear in future “intelligent” contact objectives.
The company’s prototypes highlight the energy transfer entirely remotely (air in charge), biodetection and intraocular pressure sensors to manage and detect diseases such as glaucoma.
Here are the three prototypes and what they could mean for the future of vision health. After all, we will gladly wear the best smart watches and smart rings, as technology progresses, it seems natural that more and more omnipresent articles take the “smart nickname”.
The first Xpanceo prototype (and these are all Prototypes are probably years from production) presents energy transfer technology entirely remotely. Naturally, any “intelligent” device, including a contact lens, requires the supply of a battery or another source. This Prototype technology offers twice as a range of solutions from the previous industry, feeding a contact lens wireless From a compact compact device such as a contact lens case that you would transport.
Vibrating literal electricity in your eyes does not look like an excellent starting point for any intelligent health device, but Xpanceo says that its solution issues radiation levels similar to other common common clothes such as the best wireless headphones.
The biocaptor of the XPANCEO prototype can measure the body parameters directly from the tear gas. The objective allegedly uses nanoparticles to allow high sensitivity monitoring of biomarkers such as glucose, hormones such as cortisol, estradiol, eastrone, progesterone and testosterone, and vitamins B1, B2, B3, E and D.
While Apple always tries to understand the monitoring of non-invasive blood sugar on Apple Watch, Xpanceo offers a resolutely more clinical science fiction future where you can measure body measures through tears.
The third technological prototype of Xpanceo is a management system not invasive of glaucoma. Using a smartphone application fueled by AI and an integrated intraocular pressure sensor, the company claims that it can provide “instant and very precise measurements” which can be used to detect early glaucoma before significant vision loss occurs.
The other technician of the intelligent Xpanceo objective
XPANCEO has also presented improved technology for its intelligent contact objective with augmented reality, which no longer uses external image sources but rather offers an integrated micro -micro -micro which can show images previously only visible via smart glasses or AR / VR headsets. Finally, the company presented an intelligent contact lens for data reading using a wireless data transmission antenna to send real -time data from the contact objective to a smartphone.
Naturally, showing these prototypes is the world away from developing a contact lens that integrates all of this technology in a commercially viable set that can be produced en masse. But if Xpanceo can even break one of these technologies for the mass market, it could have a major health breakthrough in his hands.
