Explore Topics:
AIBiotechnologyRoboticsComputingFutureScienceSpaceEnergyTech
Computing

Vuzix Makes Head Mounted Display Easy with iWear CamAR

Aaron Saenz
Dec 04, 2009

Share

Augmented Reality may be the artistic medium of the future. We've already seen AR in large corporate displays, video games, smart phone applications, and at tourist sites. Producing a realistic AR simulation requires a camera, a viewing screen, and a bunch of time creating digital images. Most of the time, the camera and screen are far from one another, but there's a better way of doing things. Head mounted displays (HMDs) look like elaborate goggles and contain the camera and screens all in one small system. Vuzix is now offering an AR HMD system for just $500, not a bad price for the amateur developer. Check out the work of one such programmer, Craig Kapp, using Vuzix hardware in the video after the break.

Craig Kapp (right) used Vuzix's new HMD (right) to create an AR demo.

Craig Kapp (right) used Vuzix's new HMD (right) to create an AR demo.

The HMD system is the iWear CamAR (essentially an USB webcam) that attaches to Vuzix's VR920 goggles. Respectively they retail for $150 and $400, but you get a $50 break when ordering them together. While it's not open source, the CamAR doesn't require any special drivers or API to operate and Vuzix will offer developers free access to SDKs upon request. While it takes a certain level of expertise to create virtual items to be view in the AR environment, I hope that the low cost of this HMD system will encourage many to take up AR as a hobby. A flood of amateur productions could help move AR systems firmly into mainstream media. From there, I'm sure it will start to dominate the way we interact with our digital and real-world environments. One day we may all be wearing AR contact lenses that feed us a constant stream of information about the people, places, and things around us. Until then, save up your cash so you can enjoy goggles that let you see things that aren't there.

Be Part of the Future

Sign up to receive top stories about groundbreaking technologies and visionary thinkers from SingularityHub.

100% Free. No Spam. Unsubscribe any time.

Craig Kapp is a student at the Interactive Telecommunications Program (ITP) at NYU. Check out his blog.

[photo credit: Craig Kapp, Vuzix]

Related Articles

A microelectrode array covered in neurons

How Scientists Are Growing Computers From Human Brain Cells—and Why They Want to Keep Doing It

Bram Servais
These tiny brain implants are attached to immune cells that give them a ride through the bloodstream and into the brain

These Brain Implants Are Smaller Than Cells and Can Be Injected Into Veins

Shelly Fan
This tiny brain implant powered by light lasted a year in mice with minimal scarring.

This Wireless Brain Implant Is Smaller Than a Grain of Salt

Shelly Fan
A microelectrode array covered in neurons
Future

How Scientists Are Growing Computers From Human Brain Cells—and Why They Want to Keep Doing It

Bram Servais
These tiny brain implants are attached to immune cells that give them a ride through the bloodstream and into the brain
Science

These Brain Implants Are Smaller Than Cells and Can Be Injected Into Veins

Shelly Fan
This tiny brain implant powered by light lasted a year in mice with minimal scarring.
Science

This Wireless Brain Implant Is Smaller Than a Grain of Salt

Shelly Fan

What we’re reading

Be Part of the Future

Sign up to receive top stories about groundbreaking technologies and visionary thinkers from SingularityHub.

100% Free. No Spam. Unsubscribe any time.

SingularityHub chronicles the technological frontier with coverage of the breakthroughs, players, and issues shaping the future.

Follow Us On Social

About

  • About Hub
  • About Singularity

Get in Touch

  • Contact Us
  • Pitch Us
  • Brand Partnerships

Legal

  • Privacy Policy
  • Terms of Use
© 2025 Singularity