Google & Xreal’s Project Aura XR Glasses Are Real

I went into Google I/O 2026 hoping to get more than a fleeting glimpse of the Google and Xreal “Project Aura” XR smart glasses. I came out satisfied, having spent a solid amount of time with them. These are the real deal, and they are set to launch globally this year.

Project Aura is a pair of XR smart glasses powered by Google’s Android XR spatial platform. While pricing and a firm release date remain under wraps, the demo unit I tried offered a clear picture of what the final product will deliver. They land exactly where I expected: a comfortable middle ground between display-less smart glasses like the Ray-Ban Meta AI frames (and Google and Samsung’s new audio glasses) and fully immersive headsets like the Vision Pro or Galaxy XR. You get a genuine spatial computing experience in a compact, wearable frame.

Slipping them on, the Project Aura glasses felt nearly identical to Xreal’s One Pro AR glasses. Aside from the three cameras,one on the nose bridge for capturing photos and videos, and two on the sides for hand tracking,the look and feel were the same. They are incredibly light and comfortable. That’s a crucial design choice, because few people will strap a bulky headset to their face.

A cable runs from the left arm to a “compute puck” that hangs around your neck on a lanyard. The puck looks a lot like the Vision Pro’s battery pack and even has a trackpad on its surface, though I didn’t get to test that feature.

After setup, I ran through a short demo to learn the hand tracking controls. It is simple: reach out and pinch to select objects, then pinch and hold to drag them around. One notable omission is eye tracking, which means you have to turn your entire head and then reach out to interact with items in your spatial view.

That spatial view is the widest I have seen on any pair of smart glasses, and it makes a huge difference when anchoring screens or multiple apps in your vision. At 70 degrees, the field of view is wide enough to comfortably display three app windows side by side. I was told up to five windows can be open at once. At one point I had three apps running with a game hovering above them. Just do not expect the enclosed, immersive feel of a full XR headset.

The screens are bright and sharp. Text and visuals were clear, with no pixelation. I do not have details on the display type, resolution, or refresh rate. Adding a high refresh rate, like the 240Hz in the Asus ROG Xreal R1 gaming glasses, would only drive up the cost. For context, Xreal has only shipped smart glasses with 1080p resolution, and its premium models use micro OLED panels.

The Project Aura hardware is the best that XR glasses can be right now, and it will likely be the worst they will ever be when we look back on them years from now. What really matters is the software experience. How does Android XR and Gemini Intelligence perform on Project Aura? Based on my brief demo, it is far less gimmicky than I expected.

The hand tracking was not perfect. There were moments when the glasses did not recognize my hands when I tried to grab app windows. Still, it worked well enough. For the most part, I could quickly pinch windows and move them around my field of view, adjusting the dimming level with a press of the red button on the right arm. Grabbing an app’s corner let me resize it, much like clicking a window corner on a desktop. In one demo, I looked at objects on a bookshelf, and Gemini could identify and describe each one.

My favorite demo was for gaming. We loaded up the role-playing game Demeo. I could make a fist with both hands to grab the entire level, rotate it, or enlarge and shrink it. The pinch gesture moved my character around the board. Opening my right palm brought up a set of cards that I could select with my left hand and drop onto my character to perform an attack or spell. It was genuinely impressive. If the hand tracking becomes more responsive, this could drive real innovation in games like Dungeons & Dragons or Minecraft. The controls felt more immersive and intuitive than using a controller or mouse.

I was also shown how Project Aura can serve as an external monitor for a laptop. Plugging a USB-C cable from the laptop into the compute puck extended the laptop’s screen to the glasses. This was the roughest demo. I could not move apps between the physical and virtual screens, even though I was told it was possible.

I will give Google and Xreal some leeway. Project Aura clearly needs more polish on the Android XR front. I hope the bugs are worked out before launch. We are almost halfway through the year, so time is tight unless the glasses debut closer to the end of 2026.

Overall, I left my demo feeling optimistic. With Apple reportedly designing the Vision Pro into a corner, I have to wonder if we really need that level of immersion for spatial computing. How many people want a computing experience that isolates them from the world? Not me. The compactness of Project Aura is a promising step for the XR smart glasses category. Maybe less is more when it comes to spatial computing. Size and comfort may ultimately matter more than visual fidelity. Price will matter too. Few people paid $3,500 for the Vision Pro, and few will pay that much for Project Aura.