FOVE is a Japanese technology company who are endeavoring to tackle an issue that will likely become a focus for the VR industry sooner than you think, eye-tracking in virtual reality. The company’s new headset employs gaze-detection for input, and today they launch their first Kickstarter campaign in order to get the hardware out into the community.

We’ve followed FOVE‘s progress with their eye-tracking VR headset – currently unique within the industry – for some time now. From an initially rough experience at Engadget Expand last year with an early prototype, to a more recent and far more impressive demonstration at CES in January. It was clear, particularly from that latest demo, that the company was making rapid progress in solving problems involved in the business of reading a user’s gaze within an enclosed headset.


The prospect of another form of natural human input is compelling enough. Imagine making convincing eye contact with a virtual avatar because the game knows exactly where you’re looking, focusing on distant objects and the game’s depth of field adjusting to match or aiming at targets just by looking at them.

Beyond that, the heavy rendering challenges posed by virtual reality applications could possibly be mitigated by using techniques such as FOVeated rendering, the practice of rendering only what the eye can see dependent on the user’s gaze direction.

Yuka Kojima, CEO and Co-Founder of FOVE, explains, “Our eye-tracking technology is able to read very subtle eye movements and translate these into user-intention and emotion. By adding this extra recognition, we can not only control the objects in VR, but also bring real human connection into virtual reality.”

Oculus Rift Creator Palmer Luckey is Developing a New XR Headset

FOVE Eye-Tracking VR Headset Kickstarter

Today, FOVE have announced that they’re launching a Kickstarter campaign designed to ship this technology to developers in order for the potential uses of this technology to be fully explored by the community.

They’re aiming to raise $250,000 to finalize their development process and start manufacturing. Pledge levels start at $349 for a single eye-tracking headset to $1799 for a five FOVE developer pack. Rewards are projected to ship to backers by March 2016.


To give you an idea of what’s possible with the FOVE, this remarkable video depicting a disabled child playing a piano rigged to respond to his gaze-based input whilst wearing a FOVE headset, is about as good as it gets.

Technical Specifications:

  • Weight: 400g
  • Display Size: 5.8in
  • Resolution: WQHD (2560 x 1440)
  • Field of View: 100 Degrees (non specific)
  • Frame Rate: 60FPS (90FPS projected)
  • Head Tracking: “Low latency 6/9 DoF IMO”
  • Eye Tracking Sensors: 2 x 0.2 degree (projected) @ 120Hz

The question of content is of course at the heart of this Kickstarter campaign, without compelling applications, good hardware is useless. FOVE reckon they have a handle on this. The company claims that “The FOVE platform is compatible with content developed using Unity, Unreal, and Cryengine, making it effortless for developers to port existing content to the FOVE ecosystem and providing robust developer support”. Additionally, FOVE are also today announcing a partnership with VR application portal WEARVR, where “users will gain access to the VR app store that is home to a great range of quality VR content.”

The potential for the technology is undoubtedly impressive, but this is early days for gaze-based input, with many challenges still to be overcome. That said, pushing developer kits out into the world is exactly the sort of approach a certain other VR headset manufacturer used to tackle these issues, with great success. How long it’ll be until we see this tech inside headsets for sale to the general public is as yet unclear however.

VR's Next Big Battle Royale Shooter Goes into Open Beta Today, Trailer Here

Disclosure: At the time of publishing, FOVE is running advertisements on Road to VR

Newsletter graphic

This article may contain affiliate links. If you click an affiliate link and buy a product we may receive a small commission which helps support the publication. More information.

Based in the UK, Paul has been immersed in interactive entertainment for the best part of 27 years and has followed advances in gaming with a passionate fervour. His obsession with graphical fidelity over the years has had him branded a ‘graphics whore’ (which he views as the highest compliment) more than once and he holds a particular candle for the dream of the ultimate immersive gaming experience. Having followed and been disappointed by the original VR explosion of the 90s, he then founded to follow the new and exciting prospect of the rebirth of VR in products like the Oculus Rift. Paul joined forces with Ben to help build the new Road to VR in preparation for what he sees as VR’s coming of age over the next few years.
  • Stray Toaster

    It was only a matter of time before eye-tracking and VR came together. Imagine watching a VR video shot on a light field camera and being able to focus anywhere you look.

  • Curtrock

    Their Kickstarter video & presentation is very professional. Impressive. Future-tech people are gonna support this.

  • Don Gateley

    When out of advertising mode and into retail.

  • tictech

    I’m not 100% sure what this will do unless it moves the display do make it seem like a wider field of view… When your eyes move in real life the image doesn’t move with it…

    • Don Gateley

      I suggest you go to their Kickstarter site to see what it can do. I don’t even momentarily consider backing KS projects any more but it’s a good way to follow progress and for a buck you can ask questions and make comments.

  • tictech

    Iwhat was done in the vid could be done without the headset. And wouldn’t isolate you frome everyone else…

  • BluEgo

    I believe that eye tracking is going to be essential to VR.
    It could solve a lot of problems, like chromatic aberrations, or the use of foveated rendering to get a higher resolution only where you’re looking.
    Impressive tech.

  • augure

    Very curious about that one. They’re playing an important role in VR, integrating Eye-Tracking is very crucial, not only to emulate focus in digital/video experiences, but also be able to display incredible details “where” the user is looking at and saving processing on the rest, especially useful for coming full ray/pathtracing graphics or light-field videos.

  • Maddy25

    i have mixed thoughts about this.
    the really good thing about this is, that now blurring the virtual environment can be made dependent on the eye view which increases the immersion a lot. But could imagine that motion sicknes might be raised even more because now the blur is so realistic but the eye itself still doesnt need to focus because the distance to the screen always stays the same, that this fake blur could raise the motion sickness even more !? Maybe im totally wrong and this is all no problem but im not quite sure.

    • Don Gateley

      Neither focal plane nor IPD are adjustable with this device and it is not compatible with glasses which, not having young 20/20 eyes and having a narrow IPD, removes it from my consideration unfortunately.