Google has been hyping up its Project Astra as the next generation of AI for months. That set some high expectations when 60 Minutes sent Scott Pelley to experiment with Project Astra tools provided by Google DeepMind.
He was impressed with how articulate, observant, and insightful the AI turned out to be throughout his testing, particularly when the AI not only recognized Edward Hopper’s moody painting “Automat,” but also read into the woman’s body language and spun a fictional vignette about her life.
All this through a pair of smart glasses that barely seemed different from a pair without AI built in. The glasses serve as a delivery system for an AI that sees, hears, and can understand the world around you. That could set the stage for a new smart wearables race, but that’s just one of many things we learned during the segment about Project Astra and Google’s plans for AI.
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Astra’s understanding
Of course, we have to begin with what we now know about Astra. Firstly, the AI assistant continuously processes video and audio from connected cameras and microphones in its surroundings. The AI doesn’t just identify objects or transcribe text; it also purports to spot and explain emotional tone, extrapolate context, and carry on a conversation about the topic, even when you pause for thought or talk to someone else.
During the demo, Pelley asked Astra what he was looking at. It instantly identified Coal Drops Yard, a retail complex in King’s Cross, and offered background information without missing a beat. When shown a painting, it didn’t stop at “that’s a woman in a cafe.” It said she looked “contemplative.” And when nudged, it gave her a name and a backstory.
According to DeepMind CEO Demis Hassabis, the assistant’s real-world understanding is advancing even faster than he expected, noting it is better at making sense of the physical world than the engineers thought it would be at this stage.
Veo 2 views
But Astra isn’t just passively watching. DeepMind has also been busy teaching AI how to generate photorealistic imagery and video. The engineers described how two years ago, their video models struggled with understanding that legs are attached to dogs. Now, they showcased how Veo 2 can conjure a flying dog with flapping wings.
The implications for visual storytelling, filmmaking, advertising, and yes, augmented reality glasses, are profound. Imagine your glasses not only telling you what building you’re looking at, but also visualizing what it looked like a century ago, rendered in high definition and seamlessly integrated into the present view.
Genie 2
And then there’s Genie 2, DeepMind’s new world-modeling system. If Astra understands the world as it exists, Genie builds worlds that don’t. It takes a still image and turns it into an explorable environment visible through the smart glasses.
Walk forward, and Genie invents what lies around the corner. Turn left, and it populates the unseen walls. During the demo, a waterfall photo turned into a playable video game level, dynamically generated as Pelley explored.
DeepMind is already using Genie-generated spaces to train other AIs. Genie can help these navigate a world made up by another AI, and in real time, too. One system dreams, another learns. That kind of simulation loop has huge implications for robotics.
In the real world, robots have to fumble their way through trial and error. But in a synthetic world, they can train endlessly without breaking furniture or risking lawsuits.
Astra eyes
Google is trying to get Astra-style perception into your hands (or onto your face) as fast as possible, even if it means giving it away.
Just weeks after launching Gemini’s screen-sharing and live camera features as a premium perk, they reversed course and made it free for all Android users. That wasn’t a random act of generosity. By getting as many people as possible to point their cameras at the world and chat with Gemini, Google gets a flood of training data and real-time user feedback.
There is already a small group of people wearing Astra-powered glasses out in the world. The hardware reportedly uses micro-LED displays to project captions into one eye and delivers audio through tiny directional speakers near the temples. Compared to the awkward sci-fi visor of the original Glass, this feels like a step forward.
Sure, there are issues with privacy, latency, battery life, and the not-so-small question of whether society is ready for people walking around with semi-omniscient glasses without mocking them mercilessly.
Whether or not Google can make that magic feel ethical, non-invasive, and stylish enough to go mainstream is still up in the air. But that sense of 2025 as the year smart glasses go mainstream seems more accurate than ever.