OpenAI and former Apple design chief Jony Ive are building a battery-powered, doughnut-shaped speaker roughly the size of a hockey puck, a device that represents the company’s most ambitious bid yet to break free from the smartphone screen and embed artificial intelligence into the physical world. The device, expected to launch in 2027 at a price exceeding $300, is described as “essentially a smart speaker without a display,” yet it will feature a camera system, lights, and other sensors, along with moving parts designed to animate the machine’s presence in a room. This is not merely another voice assistant box — it is a deliberate attempt to reimagine how humans interact with AI, crafted by the same hand that shaped the iPhone, the iMac, and the iPad. The revelation, detailed by Bloomberg reporter Mark Gurman citing sources familiar with the project, signals that OpenAI is serious about building hardware that can rival the ubiquity of smartphones, starting with a product that looks and feels nothing like an Apple device, even as the two companies remain locked in a high-stakes legal dispute.
A Hockey Puck, a Doughnut, and a Personal AI: What OpenAI and Jony Ive Are Actually Building
The device is roughly the size of a hockey puck, with a doughnut-shaped form factor designed to be picked up and carried around the home with one hand. Sources indicate that the product will have a unique look, complete with moving parts. Some of these parts will move on their own to signal when the device is responding or interacting with the user, effectively giving the machine a behavioral language that replaces the need for a screen. This design choice is a fundamental departure from the smartphone paradigm — rather than staring at a glowing rectangle, users will interact with a device that communicates through motion, light, and sound.
OpenAI intends for the device to work similarly to the ChatGPT voice mode currently available on smartphone apps, but with significantly more advanced models capable of humanlike interactivity. The distinction is crucial. Current voice assistants like Siri, Alexa, and Google Assistant are largely reactive — they respond to commands, answer questions, and perform simple tasks. OpenAI and Ive are aiming for something closer to a conversation, where the device can initiate interactions, read context, and maintain a continuous dialogue. The device is designed to be “easy to carry around the home with one hand,” similar to Amazon’s now-discontinued Tap speaker, which allowed users to take Alexa from room to room. Unlike the Tap, however, this speaker is intended to be a dedicated personal AI companion, not merely a portable smart speaker.
Why a $300 AI Speaker Without a Screen Matters More Than Another Chatbot
For years, the major technology companies — Amazon, Google, Apple — have tried and largely failed to make voice assistants indispensable. Smart speakers became commodities. The Amazon Echo, once a futuristic novelty, now sits in hundreds of millions of homes, yet most users ask it to play music, set timers, and check the weather. The deeper vision of an ambient, conversational AI that anticipates needs and handles complex tasks remains largely unrealized. OpenAI and Jony Ive are betting that the problem was not the technology alone but the design philosophy — that the device itself was too passive, too screen-dependent, or too tied to a corporate ecosystem that prioritized advertising and commerce over genuine utility.
The battery-powered, portable nature of the device also suggests a fundamental rethinking of where and how people use AI. A smartphone is a personal device, but it is also a source of constant distraction — notifications, apps, messages, and an endless scroll of content. A speaker without a display removes the visual noise. It cannot be endlessly scrolled. It cannot show ads. It cannot trap the user in a feed. It can only listen, speak, and act. For users seeking a more focused, intentional relationship with AI, this form factor may be far more appealing than yet another app update. The price point above $300 places it in a premium category, competing not with budget smart speakers but with high-end home audio products and, potentially, with the entry-level iPhone.
What Are the Specific Features of the OpenAI and Jony Ive AI Device?
According to the information available, the device will include a camera system, lights, and other sensors. The camera is not intended for video calls or photography — it is there to see the environment, read context, and potentially recognize users. Combined with the moving parts and the lights, the device can convey attention, engagement, and even emotion without a screen. When the device is listening, it might lean forward. When it is processing a request, it might glow. When it has something to say on its own initiative, it might tap or rotate subtly to get the user’s attention. These design choices are characteristic of Jony Ive’s sensibility — he has long believed that good design communicates function and intent without the need for explicit instruction.
Unlike Apple products, which have a distinct minimalist aesthetic characterized by seamless aluminum, glass, and an almost sterile precision, this device is reportedly designed to look and feel nothing like an Apple product. That is a deliberate statement. The device is being built not just to compete with Apple but to represent an alternative vision — one where AI is not a feature of the operating system but the primary reason for the device’s existence. The ongoing lawsuit between Apple and OpenAI adds another layer of complexity to the relationship, but it also underscores the competitive tension. Apple is integrating AI into its own ecosystem, but it is doing so cautiously, prioritizing privacy, on-device processing, and brand coherence. OpenAI, unburdened by a legacy hardware business, can afford to be more radical.
The Broader Strategy: A Family of Devices Beyond the Hockey Puck Speaker
The speaker and pocket personal assistant may be the first product in a planned “family of devices” that OpenAI has been developing. Greg Brockman, OpenAI’s president and a key figure in the company’s hardware ambitions, has previously hinted at the company’s interest in creating a new computing platform, one that moves beyond the smartphone form factor that has dominated the last fifteen years. The hockey-puck speaker is best understood as the beachhead — a product designed to demonstrate what a purpose-built AI device can do that a smartphone cannot. If it succeeds, it could pave the way for other form factors: wearable AI, desktop terminals, in-car assistants, or even embedded home AI systems.
The timing of the 2027 launch is also significant. By the time the device arrives, ChatGPT and its competitors will have gone through multiple generations of model improvements. The voice mode that is currently impressive but imperfect will likely be far more capable. The hardware, meanwhile, will benefit from continued advances in battery technology, miniaturization, and sensor integration. The device that ships is expected to be far more advanced than any prototype being tested today. OpenAI is effectively buying itself two more years of model development, giving the hardware time to catch up to the software.
How Does This Device Compare to Amazon’s Discontinued Tap and Other Smart Speakers?
Amazon’s Tap speaker, released in 2016, was an interesting experiment that ultimately failed to find a lasting audience. It was a portable Bluetooth speaker that could also run Alexa, but it required the user to press a button before speaking — a friction point that undermined the hands-free convenience of voice assistants. The device was discontinued within two years, a rare misstep for Amazon’s Echo lineup. OpenAI’s device takes the Tap’s essential idea of portability and runs with it, eliminating the button-press requirement and replacing it with a far more sophisticated AI engine. Where the Tap was essentially a speaker with Alexa bolted on, the OpenAI device is an AI-first product that happens to also function as a speaker.
The comparison to the Tap also underscores a key market reality: most smart speakers are tethered to a power outlet and placed on a countertop or shelf. They are not designed for mobility. OpenAI’s decision to make the device battery-powered and easy to carry with one hand suggests that the company sees AI interaction as something that should follow the user through the home, not remain fixed in one location. Whether in the kitchen, the living room, the bedroom, or the home office, the device is meant to be present wherever the user is, providing a consistent conversational interface that is not mediated by a screen.
The Design Philosophy: Why Jony Ive’s Touch Makes This Different
Jony Ive’s involvement is the most distinctive element of this project. After leaving Apple in 2019, Ive founded LoveFrom, a design collective that has worked on a range of projects, from a red logo for King Charles III’s coronation to a pair of luxury hearing aids. His return to consumer electronics, even as an external collaborator, is a major event. Ive is widely regarded as the most influential industrial designer of his generation, responsible for the look and feel of the iMac, the iPod, the iPhone, the iPad, the Apple Watch, and the MacBook. His design sensibility emphasizes simplicity, coherence, and the elimination of unnecessary elements.
A device designed by Jony Ive will not look like an extension of the smartphone. It will have its own visual language, its own material choices, its own gestures and behaviors. The moving parts, the absence of a display, the emphasis on physical interaction — these are all hallmarks of Ive’s approach to design, which has always favored tactility and presence over flat digital interfaces. For OpenAI, working with Ive is not just a branding coup; it is a strategic choice to build hardware that can compete on design with Apple, Samsung, and Google, giving the device a premium feel that justifies its price.
Why the Device Looks Nothing Like an Apple Product and What That Means
The deliberate departure from Apple’s design language is a significant detail. Apple products are instantly recognizable — the clean lines, the unibody construction, the anodized aluminum, the minimal branding, the precise symmetry. A Jony Ive design for OpenAI will necessarily be different, partly because Ive is no longer constrained by Apple’s industrial design language, and partly because the product itself demands a different aesthetic. A device that is meant to be picked up, carried around, and interacted with through motion and sound cannot look like a stationary home hub. It needs to feel alive, almost like a small creature or a smoothly articulated mechanical object. The moving parts that animate the device’s responses are not just functional — they are expressive, giving the machine a personality that a static box cannot convey.
The separation from Apple’s aesthetic is also a branding necessity. OpenAI is positioning itself as an alternative to the big tech platforms, not a partner or a supplier. A device that looked like an Apple product would invite unflattering comparisons. One that looks like nothing else on the market reinforces the message that this is a new category, not an incremental improvement on an existing one. The ongoing lawsuit between Apple and OpenAI — which centers on allegations of trade secret theft and unfair competition — makes the rivalry even more pointed. The last thing OpenAI needs is a product that critics can describe as “an Apple device running ChatGPT.” The device must be unmistakably its own.
Will This Be the iPhone of AI?
It is too early to make that comparison, but the ambition is clear. Just as Apple created a new category with the iPhone — a device that combined a phone, an iPod, and an internet communicator into one — OpenAI is attempting to create a new category that combines a voice assistant, a personal AI, and a smart home device into a form factor that is fundamentally different from anything that currently exists. The iPhone succeeded because it solved a problem people did not know they had and delivered an experience that was dramatically better than the alternatives. The same challenge faces OpenAI: to build a device that is so useful, so intuitive, and so well-designed that users cannot imagine going back to a screen-based interaction.
Whether the hockey-puck speaker can achieve that is an open question. The price is high. The market for smart speakers is mature and largely dominated by Amazon and Google. Consumers have been trained to expect voice assistants to be free or bundled with other products. Asking users to pay over $300 for a device that does not have a screen, does not play music particularly better than existing alternatives, and requires a subscription to the most advanced AI models is a tall order. But it is not impossible. The same skepticism greeted the original iPhone, which launched at $499 with a two-year contract, no app store, and a slow cellular network. What made the iPhone indispensable was not the hardware alone but the software and the ecosystem that grew around it. OpenAI is betting that the same dynamic can unfold for AI — that the device is merely the vessel, and the intelligence is the product.
What Are the Biggest Risks for OpenAI’s Hardware Ambitions?
The risks are substantial. Hardware is difficult. Margins are thin. Supply chains are complex. Returns and defects are costly. OpenAI is a software company with no track record in manufacturing, no distribution network, no retail presence, and no customer support infrastructure for physical products. Partnering with Jony Ive gives the project design credibility, but it does not solve the fundamental challenge of building and shipping millions of units. The planned 2027 launch gives the company time to build those capabilities, but it also gives competitors time to respond. Apple, Google, Amazon, and Samsung are all investing heavily in AI hardware. Samsung has already announced AI-powered smart home devices. Amazon is rumored to be working on a next-generation Alexa device with generative AI capabilities.
There is also the question of user behavior. Even the most advanced voice AI is still a voice AI — it requires the user to speak aloud, which is not always convenient or desirable. People in public spaces, in shared workspaces, or in quiet homes may prefer typing. The device’s lack of a display means that any complex output — a long email, a detailed plan, a visual chart — must be relayed through speech or sent to another device. That limits its utility for many tasks that are currently handled by smartphones. OpenAI’s device may be best understood as a complement to the smartphone, not a replacement — a device for hands-free, eyes-free interactions that can be seamlessly integrated into the flow of daily life, while the smartphone remains the hub for more complex, screen-based activities.
What the Launch Timeline and Price Tell Us About OpenAI’s Strategy
The 2027 launch window and the price above $300 reveal a deliberate strategy. OpenAI is not rushing to market. The company is giving itself time to refine the design, improve the underlying models, and build a software ecosystem that makes the device useful out of the box. The price signals that this is a premium product aimed at early adopters, tech enthusiasts, and professionals who are willing to pay for the best AI experience. It is not a mass-market device — at least not initially. The strategy mirrors Apple’s approach with the original iPhone: launch a premium product, prove the concept, build the ecosystem, and then expand to lower price points and broader audiences.
The price also reflects the cost of the components and the design. Custom moving parts, a camera system, multiple sensors, a high-quality speaker, a battery that lasts long enough to be portable — these are not cheap. OpenAI cannot subsidize the hardware with advertising revenue the way Amazon does with the Echo, because the company does not have an advertising business. The device must be profitable on its own, or at least cover its costs, while the monetization comes from subscriptions to the AI services that power it. This is a familiar model — it is the same approach that Apple uses with the iPhone and the App Store, and that Peloton uses with its fitness hardware and subscription content. The hardware is the gateway; the subscription is the business.
Will the Device Be the Beginning of a New Computing Platform?
OpenAI has stated that the speaker and pocket personal assistant could be the first in a family of devices. That suggests a long-term vision that goes far beyond a single product. If the hockey-puck speaker succeeds, it could establish a design language and an interaction paradigm that OpenAI extends to other form factors — a wearable AI pin, a smart display, a desktop terminal, an in-car system, or even an embedded home AI hub. The family of devices would share the same underlying AI, the same conversational interface, and the same design philosophy, allowing users to move seamlessly between devices while maintaining a continuous relationship with their AI.
That vision is ambitious, but it is not without precedent. Amazon has built a family of Echo devices that share the same Alexa backend. Apple has built a family of devices that share the same operating system and services. Google has built a family of devices that share the same Assistant and Google services. What OpenAI brings that is different is a focus on advanced AI models that are far more capable than the voice assistants currently on the market. If the company can deliver a device that truly understands context, remembers past conversations, and proactively assists with complex tasks, the hockey-puck speaker could be more than just a product — it could be the first credible challenger to the smartphone’s dominance as the primary interface for computing.
