Vaunt Glasses by Intel



Would you wear tech on your face? That is a bet that Intel is willing to take with its new Vaunt glasses, which aim to bring you information about the world in as direct a manner as possible–straight into your eyes.  Essentially, the glasses work by using a safe laser to project information onto a holographic mirror, which then reflects directly through your eyeball and onto your retina as a kind of heads up display (HUD). This technology is called retinal projection; the information is “painted” onto the back of your retina. Because of the way this projection works, each pair of glasses must be individually fitted so that the laser is calibrated to focus on your eye. By using retinal projection, the image is clearly seen in the lower right visual field of the wearer but is invisible to an outside observer. Intel also wanted the Vaunt to be unobtrusive. If you are not looking slightly down at the display, the image completely disappears, leaving you with an unobstructed, uncluttered view of your surroundings.

These glasses are meant to be sleek and discreet. The glasses themselves just look like normal, plastic-framed eyewear; and they even work with regular glasses prescriptions. These glasses are designed to be very simple. There’s no swiping or hand motions. You simply look down if you want to read a notification or look the opposite way to dismiss. Perhaps most importantly, they’re comfortable to wear all day, weighing little more than a standard pair of glasses. Because they look like normal glasses and the HUD is invisible to bystanders, no one would necessarily know you were wearing smart glasses at all.  

Far from showing you an endless roll of tweets and Instagram likes, Intel hopes that the Vaunt glasses will allow you to interact with your environment in a new, intelligent way using the Vaunt’s AI.  In addition to its laser, the Vaunt also contains Bluetooth, an app processor, a projected 18 hours worth of battery, and sensors that allow it to know when you turn your head so it can guess what you’re looking at. They hope that this hardware will allow the Vaunt to do a wide variety of things, such as showing you directions to your destination after you parked your car or showing you which of two restaurants you are looking at has a better Yelp review.  The possibilities are truly endless.

These glasses will soon be available through early access to independent developers who will find even more unique uses for the glasses.  They will be compatible with both iPhones as well as Android devices, and they will likely be found wherever regular glasses are sold–like your local eyecare provider.  Augmented reality is no longer just for video games and taking funny pictures, but could become a part of grocery shopping, walking through a new city, or cooking dinner at home. Contextually relevant, concise information is just a glance away.

Thoughts From Future Teachers

Future teachers appear to be split as to whether or not they could imagine themselves wearing smart glasses.  About two-thirds were unsure, while the remaining third were split between those for and against the Vaunt glasses.


While they were not sure whether or not they themselves would feel comfortable wearing smart glasses, future teachers appeared to be more accepting of others wearing them. About two-thirds of those surveyed responded that they would be comfortable with others wearing smart glasses in social places, while the remaining third remained unsure. No respondent reported that they would be definitely uncomfortable with others wearing smart glasses.

When asked what benefits they would see from glasses of this type, future teachers responded by pointing out that it would make information more accessible and that it would allow one to appear less rude by checking notifications in social situations. Maggie pointed out, “I would have better options based on the information provided from the glasses, so decision making will be a lot easier and quicker.” Some respondents also noted improved driver safety, like Tyara, who commented, “Well, if the glasses show you notifications like an iPhone, and you were driving, I think it would cause less wrecks because you wouldn’t have to look down at your phone.”

When asked about specific benefits that these glasses may have in the classroom, many future teachers were concerned about the glasses being more of a distraction that a helpful learning tool. Some respondents did think of some potential classroom uses, however. For example, Caroline mentioned that the glass could help with “reminders of homework or classwork due. [They could help with] Not having to ask the teacher for certain things, the glasses will just show you what to do.” Taira suggested, “The glasses could be used by a student or a professor when giving a lecture or a presentation in the way that the words are displayed in the glasses so they can keep their eyes on the class and do not have to rely on memorization.”

Related Resources

Vaunt glasses were built to be discreet, but not all wearable tech is. This article in Digital Trends highlights some novel, revolutionary, and at times downright strange-looking, wearable tech.

While Google Glasses, a predecessor to the Vaunt, never took off as many had hoped they would, many teachers were already talking about ways to incorporate smart glasses in the classroom.

Moverio smart glasses have already been used in creative assignments for elementary school children in Japan.


Bohn, D.  (2018, Feb. 5).  Intel made smart glasses that look normal.  The Verge.  Retrieved from

Dormehl, L.  (2018, Feb. 6).  The weirdest, wildest, and most wonderful wearables in the world.  Digital Trends.  Retrieved from

Epson Corporation.  (2016, Aug. 1). Elementary school students use Moverio smart glasses as class communication tool.  Retrieved from

Rauschnabel, P.  (2015, Aug. 8). Student projects: Value creation with smart glasses.  Retrieved from

Special acknowledgement is also given to the Teacher Education Students at the University of Memphis who provided survey data.

12 of Google Photos’ Most Amazing Features

“Google Photos has grown into an awesome service. From automatically backing up your phone’s pictures to letting you easily share your photos, there’s a lot to love for anyone who works with photos. Whether you want to make a mini stop-motion animation or just make a slideshow of related pictures, Photos can help. Select the Animation button under the Assistant tab, and you can choose from 2–50 photos to add. Once you’re satisfied, click Create and you’ll have a neat little GIF ready to share.” — Ben Stegner

Read Full Article.

Hundreds of Things to Ask Your Google Home

“Google Home now has more than 200 third-party skills, also known as conversation actions. If you’re just getting started, or you want to really see what your virtual assistant can do, check out” this list from PC Mag. — Sascha Segan, PC Mag

Why You Should Be Using Google Photos

Google Photos “takes your entire photo library — every photo you’ve ever taken on your phone, as well as screenshots and photos taken within Instagram and whatever else — and uploads it to the internet. The photos remain private, hidden behind your Google account information, but now you can access them anywhere. On your laptop? Yep. On a new phone? Yep. On your tablet? Yep, there too.” — Ben Gilbert, Business Insider

360-Degree Cameras in Education: A Quick Introduction

Guest Blogger
Kasey Kennedy

Some say 360-degree cameras may be the next big thing in education. What is a 360-degree camera? It is a camera that allows you to capture photos and videos in a spherical format. The spherical format allows the viewer to pan around the entire image or video in a 360-degree fashion.

View this 360 degree image to get an idea of what these kinds of cameras can do.

Enjoy this video, What Happens in Your Body?, and enjoy a 360-degree exploration of your circulatory and digestive systems. Follow the directions below the video to navigate this spherical video.

Click on the following image for a 360-photo of the North Pole.

Using 360-Degree Cameras in the Classroom  

Virtual Field Trips: Take a moment to view this video. You could create a video to go along with whatever you are teaching, and the students could work themselves through the video to get more information. Another example could be using a 360 video to help students explore the cells of the body.

School Events: What if you could play the camera on the stage while a student performed? This would let the students view their work, and see the performance as the audience sees it.

Parental Involvement: This would be a great way to get parents involved. Most cameras will only record parts of the room, unless it is carried around. By using a 360 degree camera, a parent could pan around to their child, and watch their child the whole time. This will help the parents see what is going on in the classroom, and it will get them more involved.

Outside of the Classroom Field Trips: When on a field trip, the camera could be used to take pictures, or a video, and the teacher could replay it for the students as they do their reflections. This could also be an opportunity for any students who missed the field trip to receive the same experience. (Source)

Tips for Using 360-Degree Cameras

Geoffrey Morrison shares six tricks for getting the best photo and video spheres. 

I also recommend 10 Things I Wish I Knew before Shooting 360 Video by Vanessa Hand Orellana.

360-Degree Virtual Tours

The Lincoln Memorial

Luray Caverns

The Secret Annex of Anne Frank’s Home


Pokémon Go Automatically Granting Permission to Read Your Gmail

Pokemon Go

The Verge is reporting that “Pokémon Go has become wildly popular in the days since its release last week, but the app may be hiding a serious security issue. In many cases, users who sign into the app through a Google Account are often inadvertently granting broad permissions over all information linked to the account, including the power to read and send emails. At no point in the sign-in process does the app notify users that full access is being granted” (Source). Read more at The Verge.

Perhaps the app developer will correct this issue in the near future.

Integrating Virtual Reality with the Superman Roller Coaster

“The Superman Ride of Steel roller coaster has been remade as a VR experience as riders strap on Samsung Galaxy Gear headsets” (Source).

Superman Ride of Steel

Easily Turn Video into Engaging Lessons with EDpuzzle

Larry Ferlazzo describes EDpuzzle as “a new innovative site that lets you take just about any video off the web, edit it down to the portions you want, add audio notes and questions for students, and create virtual classrooms where you can monitor individual student work” (Source). Perhaps the best part is that teachers and students can use it for FREE.

To see an example, view Bobby Barber’s EDpuzzle that he uses in his math classroom.


Getting Started

The following quick demo will help you begin using EDpuzzle.

Flipped Learning and EDpuzzle

“EDPuzzle is a great resource for the flipped classroom, allowing teachers to create and present innovative lectures in a safe environment” according to Education World. Further, iLearn Technology notes that as “students watch, [the teacher] can check understanding and ensure active watching vs. passive watching. In a flipped scenario, this gives you the ability to completely tailor a lesson the next day based on the formative assessment results you get from homework. This is truly utilizing assessment to inform instruction.”

Educational Connections

EDpuzzle can be used:

  1. In flipped classrooms (as discussed above).
  2. To make lecturecasts, tutorials, video directions, etc. more engaging and interactive.
  3. For compiling data and information about students’ performance, and perhaps understanding, which can helpful formative assessment.
  4. So that students can annotate video reflections, recorded reports and skits, and more.
  5. To allow students to develop tutorials and quizzes about the current topic of study. Putting students in the teacher’s role can encourage higher-levels of thinking.