The artificial intelligence era is driving a technological quest for its defining hardware, a device that could reshape human interaction with computing. At the forefront of this effort is Jony Ive, the acclaimed former design chief for Apple, known for his work on iconic products like the iMac, iPod, and iPhone. In May, Ive’s hardware venture, io, announced a merger with OpenAI to develop an AI-powered device, with the stated ambition to rethink the relationship between humans and computers.
Historically, every major technological age has produced a flagship device, from the automobile for the internal combustion engine to the smartphone for the internet age. The current landscape for AI hardware has seen varied initial attempts. Humane's AI Pin and Rabbit's r1, for example, aimed to replace the smartphone but have garnered mixed to poor market reception. Other devices like Plaud and Limitless have found niche applications as memory or meeting tools. Meta's AI-enabled glasses have achieved commercial success, selling millions by integrating AI into an existing form factor, yet they remain a specialized gadget rather than a universal smartphone replacement.
Industry observers are considering two main trajectories for the defining AI device. One perspective suggests that the smartphone itself could evolve into the era's primary AI agent. This approach leverages the smartphone's existing infrastructure—screens, microphones, cameras, sensors, chips, and connectivity—along with deeply ingrained user habits. Apple, for instance, is reportedly exploring this path, betting that the next significant AI integration will occur within the device already in users' hands.
Conversely, another view proposes a fundamentally new device that redefines the core computing stack. In this model, large language models (LLMs) would serve as the operating system, allowing users to express intent rather than navigating apps. Neural processing units (NPUs) and graphics processing units (GPUs) would become central for rapid, real-time AI inference. Voice could emerge as the dominant user interface, shifting towards a "Zero UI" experience where the device proactively responds to spoken commands. Furthermore, data collection would expand to "ambience," encompassing gestures, conversations, and surrounding environmental cues beyond traditional typed input.
This extensive collection of ambient data, however, raises significant privacy concerns. Reports regarding Meta's AI glasses, for example, have highlighted issues such as contractors potentially reviewing sensitive footage and the exploration of facial recognition features that could identify individuals and access public personal data in real-time, posing considerable privacy risks.
Jony Ive's project, rumored to target a reveal in the latter half of 2026, is reportedly exploring devices such as a smart speaker equipped with a camera. Earlier court filings indicated that the initial device would not be in-ear or wearable and was described as "peaceful." Speculation suggests Ive might be developing an "anti-phone" – a screenless, tactile, and ambient device designed for minimalism. This concept would prioritize background presence over constant attention demands, intervening only when it can contribute meaningfully. Such an approach aligns with Ive’s past lamentations about the "unintended consequences" of the iPhone's attention-demanding nature.
The endeavor presents a substantial challenge for Ive: to design not just the next device, but potentially to redefine human interaction and habits, shifting engagement from looking down at screens to a more ambient, "looking up" experience.
