VR Sensor Technology Enables Precise, Low-Cost Eye Movement Detection

Virtual reality (VR), augmented reality (AR), and artificial intelligence (AI) are big coin topics in future sensor markets. Each day, products are being developed to advance applications while bringing cost levels down out of the clouds.


Imec and Holst Centre have developed one such of a sensing technology to de technology that can detect eye movement in real time based on electrical sensing. The technology, according to its developers, promises to lead the way for the next generation of eye-tracking technology, with promising applications in virtual and augmented reality.

Free Newsletter

Like this article? Subscribe to FierceSensors!

The sensors industry is constantly changing as innovation runs the market’s trends. FierceSensors subscribers rely on our suite of newsletters as their must-read source for the latest news, developments and analysis impacting their world. Register today to get sensors news and updates delivered right to your inbox.


Eye movement sensors vs. cameras.


Most current eye movement detection technology uses high-resolution cameras embedded in eye-tracking screens or glasses. They are generally commercialized for numerous applications, including healthcare, research, and gaming.  Cameras versus Sensors


Camera-based solutions can accurately determine where users are looking, however their frame rates are not fast enough to match the eye’s rapid movements, such as saccades, a typical movement during reading. Using a more sophisticated camera that matches the eyes’ speed would increase the already high cost of these devices. Imec’s solution is based on electrical sensing, yielding a far less expensive alternative while solving the issue of the image processing delay.


It works as follows. Sensors are integrated into a set of glasses, with four built-in electrodes around each lens, two to pick up the eye’s vertical movement and two for horizontal movements. Parallel to that, an algorithm translates movement signals into a concrete position, based on the angle the eye is making with its central point of vision. The hardware also offers insights on the eye’s behavior, like the speed of movement or the frequency and duration of blinks.


Other possible applications for this technology include a complement to current camera-based solutions, potentially developing cheaper and faster eye-movement detection devices. Currently being tested and showing promising results on eye behavior and blink detection, users are able to interact with screens by moving the cursor with their eyes and using different blinking patterns for distinct actions, such as selecting files, drag-and-dropping or opening and closing applications. Further information is available at http://www.imec.be ~MD

Suggested Articles

Toyota and its automotive parts supplier DENSO Corporation are launching a joint venture to develop semiconductors for next-generation vehicles.

SoC by Intel is designed to replace bulky instruments in cryogenic refrigeration

Smartglass products to appear in 2021 that include MEMS mirrors, sensors and more