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Vision correction,

built into every pixel

Say goodbye to blurry vision. Rabbit Eyes brings crystal-clear correction built into the screen — not eyewear. This is vision, redefined.
Introduction

A billion reasons to refocus

Focus. It’s the edge that cuts through noise, sharpens vision, and locks onto what matters most. But for well over a billion people, nearby focus is compromised — turning everyday essentials like reading, working, or even checking a phone into a blur. Glasses, contact lenses and surgery have been the only answers. Until now.
1.
Reimagining focus at the source
We are reimagining focus at the source: the screen itself. Our breakthrough display technology embeds adaptive correction directly into digital displays — no eyewear, no compromises. By fusing amongst other microlens engineering and intelligent vision mapping through our bespoke Rabbit Eyes app, we have developed a system where your screen dynamically adapts to your eyes in real time.
2.
Clarity across every device
The result? Smartphones, tablets, laptops, desktops, even automotive dashboards — all instantly optimized for sharp, effortless clarity. Vision correction becomes invisible, integrated, and seamless.
3.
Beyond a display upgrade
This is not just an upgrade in display technology. It’s the next frontier of human–machine interaction: focus engineered into every pixel.
4.
Launching now with industry partners
Rabbit Eyes is launching now, partnering with consumer electronics brands, display manufacturers, and automotive OEMs — industries where integrated vision correction delivers both competitive advantage and access to vast new user markets.
Technology

The display that fits your eyes

For centuries, reading glasses have been the go-to solution for hyperopia. While effective, they’re also inconvenient — easily lost, forgotten, and poorly suited for our screen-focused lives. Rabbit Eyes offers a new path forward. By integrating vision correction directly into display technology, we deliver clarity without glasses, contacts, or other external aids.

Rabbit Eyes delivers a Vision Correction Display (VCD) by integrating a microlens layer with real-time eye tracking and advanced image processing. The microlens layer redirects light from individual subpixels, while integrated cameras track the user’s eye position and focus. Our software then computes how the screen’s light should reach the eye, dynamically adjusting each subpixel to create a corrected “virtual image plane” that compensates for hyperopia.

As the user moves relative to the screen, the VCD continuously recalculates and updates light paths in real time, ensuring sharp, seamless focus without glasses or other external aids.

The result: seamless vision correction, built directly into the screen.

From the start, we set clear goals: the solution had to be cost-effective, easy to integrate into mass production, invisible to the user, and adaptable to a wide range of hyperopia. We achieved this with a breakthrough microlens layer that provides correction without affecting display quality, allowing the screen itself to adjust to the user’s eyes.

What began as a simple idea has grown into a robust, patent-protected technology (U.S. Patent No. 12,141,346 and more patents pending).

Although we cannot disclose full technical details due to the innovative nature of our work, our technology is ready for market introduction. We are actively partnering with forward-thinking companies — from consumer electronics brands to display manufacturers and automotive OEMs — to bring integrated vision correction to market, unlocking both competitive advantage and entirely new user opportunities.

Rabbit Eyes makes the unreadable readable.

Working process

Where design meets reality

Microlens array production
Microlens array production
Hardware design
Prototyping
Simulation and LCD stack testing & development
Simulation and LCD stack testing & development
Results

Watch the pixels do the work

The video below demonstrates our technology in action. It is processed entirely in real time — not pre-rendered or enhanced — but has some quality loss due to online publication. The demo runs on a standard, unrooted 2024 Android smartphone, using our native Rabbit Eyes app. The screen used is our own VCD, which is powered by the smartphone. Note that further gains are to be made when using mass production displays. What you see is the correction as experienced by someone with farsightedness of +2.25 diopters — the average level for a 58-year-old. For this demonstration, we opened the Chrome browser and scrolled through Polaroid.com, a site that combines video, still images, and text, providing an ideal showcase of our technology in action.

Engineered for real-time clarity

Rabbit Eyes is built to disappear into your experience. It senses, computes, and corrects continuously so the screen stays sharp without adding friction.

  1. Real-time processing — On-device computation adjusts subpixels in milliseconds, keeping interactions instant and responsive.
  2. Continuous correction running on the background — Low-latency eye tracking updates the virtual image plane as you move, so no pop-in, no lag.
  3. High frame rates for smooth video playback — An optimized rendering path preserves native frame rates, so motion stays fluid and natural.

The result: glasses-free clarity that keeps up with your eyes — and your apps.

The original video of this demonstration can be viewed here. Like the previous example, this demo was recorded in real time with a +2.25 diopters correction applied.

 
 
Our Team

Makers of clarity

Building an integrated display that corrects vision isn’t simple. It demands expertise in hardware, software, optics, fine electronics, and commercial project management. From our base in Rotterdam, our team brings together engineers with diverse backgrounds — many with experience in software and medical imaging. Our previous work with Erasmus University Medical Center gave us both the technical foundation and the drive to turn innovation into practical solutions.

The spark came from an everyday moment. After finishing a project, we gathered for dinner at a local restaurant. The owner mentioned how many of his customers struggled to read the menu without their glasses — and how those glasses often went missing by the end of the night. “Wouldn’t a digital solution be more convenient?” he asked. That simple question planted the seed for what would become Rabbit Eyes.

We followed our curiosity, researched existing approaches, consulted with global experts, and trusted our gut. In 2018, we began development of a display technology that could integrate hyperopia correction directly into the screen itself.

The journey has brought challenges, but also strong momentum. With support from the Dutch tech ecosystem — including partners around ASML — and a committed team, we’ve moved from concept to patented innovation (U.S. Patent No. 12,141,346, with more pending).

Rabbit Eyes will bring this breakthrough to market by the end of 2025, working with forward-thinking companies to redefine how people see and interact with their digital world.

Context

In a nutshell

At least 2.2 billion people live with vision impairment worldwide, and hyperopia (farsightedness) is a major part of that burden. An estimated 1.2–1.3 billion adults have clinically significant hyperopia (≥ +1.00 D), while roughly 1.5 billion are affected to some degree (≥ +0.50 D). Hyperopia makes near tasks — reading, scrolling, even unlocking a phone — frustratingly blurry, often worsening with age and compounding with presbyopia.

Rabbit Eyes rewrites the rules by building correction into the display itself. Our technology combines a microlens layer, real-time eye tracking, and intelligent image processing to redirect light from individual subpixels so it reaches the eye as a corrected, virtual image plane. The system continuously recalculates as you move, keeping text, images, and video sharp — without glasses, contacts, or surgery.

Developed on standard Android smartphones, our app creates a personalized vision profile that automatically adapts the screen in real time. The result is natural, comfortable clarity that follows you across devices — smartphones, tablets, laptops, desktops, and even automotive dashboards — so the screen adapts to you, not the other way around.

This isn’t eyewear. It’s vision, redefined at the screen level: a seamless, cost-effective path to restoring everyday clarity for everyone who needs it.

Contact the Team

We are ready to collaborate with partners who see the future of vision correction in display technology. Let’s explore what we can build together.

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