Meta’s vision for the next frontier of computing centers on creating a seamless, intelligent, and deeply integrated digital experience that feels like a natural extension of everyday life. For over a decade, the company has been exploring what comes beyond smartphones and laptops, navigating uncharted territory with persistent curiosity and resilience. While many paths led to dead ends, breakthroughs in AI have transformed the journey—providing sharper tools, better insights, and greater confidence in the direction forward. AI has become the catalyst that accelerates progress across the entire ecosystem. It’s enabling new forms of interaction, smarter hardware, and immersive experiences that blur the line between physical and digital worlds. At the heart of this evolution are AI glasses, now emerging as the defining hardware category of the AI era. Since launching Ray-Ban Meta, millions have adopted these devices, signaling strong consumer interest and validating their potential. A key advancement this year is the introduction of the Meta Neural Band—a wearable that translates subtle neural signals into digital commands. Unlike traditional interfaces that rely on physical inputs like touch or voice, the Neural Band uses AI-powered EMG technology to decode muscle movements in real time. This allows users to control their glasses with gestures as simple as a finger tap or a scroll, without setup or calibration. The system is designed to work across diverse populations and continuously improves with more data. Future updates will include EMG handwriting, enabling the recognition of every letter of the alphabet. This marks a fundamental shift in human-computer interaction—moving from deliberate actions to intuitive intentions. The Neural Band is paired with display glasses, which represent a major leap in how we engage with digital content. Unlike screens that isolate us from the real world, these glasses overlay digital information onto our surroundings, allowing us to stay present while accessing powerful tools. They enhance real-life experiences by understanding context—like amplifying the voice of someone you’re speaking with in a noisy room through a feature called Conversation Focus. This kind of intelligent augmentation makes digital assistance feel less intrusive and more human. Beyond interaction, Meta is redefining how we create and share digital worlds. Technologies like 3D Gaussian splatting allow users to capture real environments and instantly convert them into detailed, interactive virtual spaces. These spaces, powered by Hyperscape, can be explored by friends online—turning personal memories into shared experiences. Just as Instagram transformed photo sharing, Hyperscape enables people to share their world in immersive form. AI is also revolutionizing content creation. With text-to-3D tools in Horizon, users can generate realistic avatars, environments, and scenes from simple prompts. Combined with advanced rendering, this unlocks a new generation of immersive experiences—ranging from imaginative worlds to hyper-realistic recreations of real places. VR is no longer limited to gaming; it’s becoming a platform for social connection, entertainment, and creative expression. Movies and shows now spill into the room around you, with enhanced visual effects that feel tangible. Directors like James Cameron are pushing the boundaries of 3D content, setting the stage for a new era of immersive storytelling. Looking ahead, Meta is investing heavily in robotics, leveraging its expertise in AI, VR, and wearables to build machines that understand and navigate physical environments. The new robotics research lab is focused on advancing this capability, building on years of innovation. Ultimately, the future of computing lies in a platform that feels less like a device and more like an intelligent companion—understanding your intentions, anticipating your needs, and enhancing your life without demanding constant attention. It’s a world where digital and physical realities merge, where experiences are both deeply personal and universally accessible. The foundation is being laid today, and the next chapter of computing is already unfolding.