Smart contact lenses could become Xpanceo’s most ambitious route to augmented reality, but the company is not treating the idea as a near-term consumer product. Instead, it is betting on a long transition in which computing moves even closer to the eye and, eventually, begins to replace some of the everyday functions now handled by a phone.
That vision is tied to what Xpanceo describes as a possible “iPhone moment” for wearable tech. In that scenario, users would be able to leave home without a smartphone and still handle essential tasks because the necessary functions would already be available on a device worn directly on the eye.
Why Xpanceo is looking at contact lenses first
Roman Axelrod, one of Xpanceo’s founders, sees smart contact lenses as a natural next step in the evolution of computing devices. He compares the shift to the long move from bulky computers to smartphones, arguing that major changes often start with a limited group of early adopters before spreading more widely.
The company’s reasoning is not based on reaching a massive market immediately. Valentyn Volkov, another co-founder, points out that there are about 45 million contact lens wearers in the United States alone, giving Xpanceo an existing user base that is already familiar with putting something in the eye.
That matters because adoption does not need to begin with everyone at once. If the device proves useful and simple enough, Xpanceo believes the habit can expand beyond the first group of users.
A different path from smart glasses
Xpanceo is also making a deliberate choice to avoid the smart-glasses model that puts a display in front of the face. The company is aiming directly at the eye, which creates a more difficult technical challenge because the human eye is not designed to focus on objects that are extremely close.
To solve that, Volkov says Xpanceo uses an electro-optical projection system that makes light from a micro display parallel before it enters the eye. Inside the lens, diffraction technology helps shape a sharp image, while a lens that moves with the eyeball keeps the display visible from different viewing angles.
The design may also help with power efficiency. Because the display sits so close to the eye, it does not need the same brightness level as smart glasses, which can lower energy consumption.
The lens is not working alone
Even though the lens includes a miniature battery, Xpanceo is not trying to place all computing inside the contact lens itself. Most of the processing and power delivery still rely on a companion device worn nearby.
At this stage, that device is described as resembling an older Bluetooth earpiece, although its final form has not been decided. Volkov also said a smartphone or wireless earbuds could serve the same role through Bluetooth connectivity.
Xpanceo is also using tiny electromagnetic antennas to support charging and communication without interfering with the pupil area. Those elements are combined with micro batteries and solid-state batteries so the lens remains light and comfortable enough to wear.
The timeline remains long, with medical uses first
Axelrod and Volkov both expect consumer smart contact lenses to need around ten years or more before they are ready for the mass market. In the meantime, the company sees more realistic early opportunities in medical, industrial, and enterprise settings.
Axelrod said the company plans to start with B2B before moving toward B2C closer to the end of the decade, while also passing clinical testing and the medical approval process. He noted that many heavily funded companies fail on similar paths, which is one reason Xpanceo favors a staged rollout.
The company is also preparing for an early-spring demonstration of a working prototype. Axelrod and Volkov are expected to use the prototype themselves, after Xpanceo missed Mobile World Congress 2026 because of global factors beyond its control.
Health functions could matter as much as AR
The first version of the product is not limited to augmented reality. Xpanceo is also targeting health-monitoring capabilities, including 24/7 glucose monitoring, early glaucoma detection, and observation of drug levels with greater precision than is currently available.
That broader approach helps explain why the company believes smart contact lenses may have value even before they become a mainstream consumer platform. If the technology matures as planned, the lens could become both a computing interface and a health tool that sits in direct contact with the user’s daily routine.