OpenAI’s first mystery AI hardware, helmed by Jony Ive, a former designer at Apple could redefine the future as the company moves to unveil its screenless AI device, a project that has captured the imagination of global tech leaders, startups, and enterprise executives.

The new AI device, designed by Jony Ive and backed fervently by OpenAI CEO Sam Altman, will rival smartphones and render the idea of screen-bound devices outdated, in what Sam Altman called OpenAI’s “most ambitious project” yet.

The prototype of this device is currently in the first phase, with expectations to launch in less than two years. The device will be a simple, beautiful, and playful AI assistant that could enhance AI computing capabilities for startups and enterprises by providing a new AI-first computing form factor.

The prototype is notably screenless and approximately the size of a smartphone, aiming to deliver a calm and ambient user experience rather than creating digital clutter. For enterprises, startups, and everyday consumers, this is more than just a design coup, it’s a wager on the very form factor for human-AI interaction.

OpenAI acquired Jony Ive’s AI startup io in a $6.4–6.5 billion all-stock deal earlier in 2025. This acquisition brought Ive and a team of former Apple designers and engineers into OpenAI to focus on creating a family of AI-native consumer devices.

OpenAI and Jony Ive’s Vision

OpenAI’s AI hardware ambitions, spearheaded by Jony Ive, are not just incremental upgrades. Instead, they represent a radical departure from the screen-centric paradigm that has defined the industry for decades.

Altman and Ive collaborated to produce the device they say is so inviting, so intuitive, that, according to the now-viral “lick test” devised by Ive and shared publicly by Altman, they would know they succeeded when users felt a childlike urge to “pick it up and take a bite out of it”.

This metaphor isn’t just a quirk; it signals a focus on tactile delight and inevitable usability embedded right into the AI hardware, echoing Apple’s legendary design philosophy.

Altman says that current computing devices fail to meet the needs of an AI-driven world. “Current computers were designed for a world without AI. And now we’re in a different world,” Altman said, emphasizing the crucial need for a purpose-built AI hardware platform that is aware and responsive to its users’ context rather than bombarding them with digital noise.

Opportunities and Challenges

Globally, the AI hardware market has exploded, surging from $47.5 billion in 2024 to a projected climb to $231.8 billion by 2035, at a staggering CAGR of over 23 percent. The push towards custom AI chips, energy-efficient accelerators, and device miniaturization complements OpenAI’s holistic vision, an AI device that is lean, context-aware, and utterly intuitive.

Yet, the path is far from clear. Altman has conceded that beyond design, core computational and behavioral challenges remain unresolved. The product’s “always-on” conversational paradigm depends not just on sensors and microphones but also on the AI’s ability to determine when and how to act.

“It’s like trying to program social awareness into a computer,” a senior insider has revealed, as OpenAI and Jony Ive face the reality that a good AI device should offer information only when it’s truly of value.

OpenAI and Jony Ive’s AI hardware breakthrough comes at a time of fierce competition. Giants such as Nvidia, Google, AMD, and Apple have carved out leadership positions in AI hardware through custom silicon and edge AI deployments.

With its acquisition of Jony Ive’s io startup for $6.5 billion, OpenAI aims to “own the interface,” as Altman says, instead of living within the ecosystems of other tech giants. This hardware gamble, therefore, pits OpenAI directly against entrenched players.

Conor Grennan, an AI architect at NYU, called the collaboration “a catalyst for behavioral change,” urging that OpenAI and Jony Ive’s AI hardware innovation could make interacting with artificial intelligence “natural and seamless.”

“If OpenAI merges its top-tier AI expertise with Ive’s hardware design, it could make AI interactions feel natural and seamless, which would catalyze widespread behavioral change,” said Conor Grennan.

The Competitive Landscape

OpenAI’s AI hardware device, created with Jony Ive, banks not just on user delight but also on tactical supply chain maneuvers. The company, which had relied primarily on Nvidia for hardware acceleration, has recently expanded into strategic partnerships with AMD, signing a massive GPU supply agreement designed to secure “hundreds of thousands” of AI chips to power this new device generation.

Meanwhile, this, coupled with manufacturing partnerships with Apple’s suppliers in China, OpenAI is laying the infrastructure for a scale-up that could see its hardware enter both consumer and enterprise markets well before competitors settle into their own AI-driven designs.

Simultaneously, challenges abound, as delays due to software and computing shortages have already emerged, raising concerns about the timeline and readiness of the first AI device, even as OpenAI continues to spend billions on the computing backbone for services like ChatGPT.

For startups and established enterprises alike, this signals both opportunity and risk, as the potential to build new AI-native services, but also the risk of investing in a rapidly shifting hardware ecosystem.

Daniel Newman, CEO of The Futurum Group, sees the move as a high-stakes challenge directed at companies like Apple.

“Historically, persuading consumers to adopt new hardware for daily use has proven challenging,” said Newman. However, he also points to history’s lessons, such as Nokia’s and BlackBerry’s sudden disruptions, as reminders that entrenched positions can evaporate.

What Comes Next? A New Era or a Repeat of the Past?

The consensus among leaders is clear. The next wave of AI adoption depends on building devices capable of deep, seamless interaction.

Dr. Ahmed Banafa, a technology scholar at San Jose State, summarized the hard truth.

He said, “OpenAI is no longer satisfied with merely supplying the intellect; they aspire to design the complete framework, including the body and the entire nervous system of future AI engagements.”

By managing both software and hardware, OpenAI can unlock capabilities previously unattainable via third-party partnerships. However, consumer analysts warn that the company faces a monumental challenge. Convincing users, already saturated with gadgets, to adopt a distinct AI device will be a battle of design, trust, and interoperability.

If OpenAI and Jony Ive succeed, their AI hardware vision may not only make “ambient AI” a household concept but also prompt a rapid shift in the way humans interact with technology. With the promise of a device that is so simple, desirable, and contextually brilliant that people want to “lick, touch, or bite it,” OpenAI will catapult itself and its AI device into the global spotlight.

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