OpenAI is planning a lineup of hardware devices to run its AI models natively, moving beyond smartphones and browsers into what president Greg Brockman calls a "family of devices." The company, which has partnered with former Apple designer Jony Ive on hardware development, is positioning itself to compete directly with Apple and Google by controlling both the artificial intelligence (AI) model and the physical device that runs it.

What Does OpenAI's Hardware Strategy Actually Mean?

Brockman's framing of a "family of devices" rather than a single product is significant. The company has been rumored to launch a smart speaker in 2027, but Brockman declined to confirm that specific timeline or product name, saying only that "you can expect them soon." This broader language suggests OpenAI is planning a product line spanning multiple form factors, not a one-off gadget.

The strategic logic is straightforward: if OpenAI controls the hardware, it stops paying Apple and Google a cut of every ChatGPT interaction that runs on their operating systems. More importantly, it can ship voice-first experiences that iOS and Android will not natively enable. For a company that has built its reputation on conversational AI, owning the endpoint is the logical next step in vertical integration.

Why Voice Is the Bet That Matters

Brockman made a specific prediction about the future of human-computer interaction: voice will replace typing for the "vast majority" of what people do on computers. This assumption underpins every hardware decision OpenAI is making. If voice becomes the primary interface, the device stops being a screen and starts being a microphone with good judgment about when to listen.

The social friction is real. Brockman acknowledged the obvious problem: offices full of people talking to their machines out loud. He pointed to "beak" masks, soundproof devices that have started appearing in the market, as evidence that people are already inventing solutions to this problem. "It really shows you where there's product market fit," Brockman noted, even while conceding the masks are not the answer. The point is that the friction is significant enough that people are willing to adopt awkward workarounds.

How OpenAI Plans to Protect User Privacy on Its Devices

As ChatGPT absorbs more sensitive personal data, trust has become a critical issue. Brockman said OpenAI is developing technical mechanisms to give users "verifiable, auditable guarantees" that only the AI itself, not OpenAI employees, can access user data in modes such as ChatGPT's temporary chat feature. The language matters: "auditable guarantees" suggests the company is pursuing cryptographic or systems-level approaches rather than relying on policy promises alone.

Brockman

• Confidential Compute: OpenAI is likely implementing technical safeguards that prevent human access to user data through encryption and attestation mechanisms.
• Verifiable Auditing: The company plans to give users proof that only AI systems, not employees, have reviewed their private conversations.
• Temporary Chat Mode: This feature is a specific focus for privacy guarantees, allowing users to have conversations that are not stored or reviewed.

The Apple Lawsuit and What It Means for OpenAI's Timeline

Apple has sued OpenAI, citing the company's hiring of Apple employees including Jony Ive. When asked whether the litigation would slow the hardware roadmap, Brockman kept his answer narrow: "We are focused on our own development and technology." He then pushed back on the premise of the suit itself, stating, "We have no interest in other companies' trade secrets. We are plenty innovative. We are thinking about things from our own angle".

"We have no interest in other companies' trade secrets. We are plenty innovative. We are thinking about things from our own angle," said Greg Brockman.

Greg Brockman, President at OpenAI

The framing suggests OpenAI views its device work as independently sourced and does not expect the case to reshape the roadmap. However, discovery and injunction risk on hires and design work can slow a hardware program even when the underlying claims are contested. Brockman's "soon" is doing significant work in an industry where hardware programs routinely slip by a year or more.

Why This Matters for the Broader AI Market

OpenAI's move into a device family reframes the competitive map at a critical moment. Microsoft is consolidating its own AI products into a unified "super app" that bundles ChatGPT's competitor, GitHub Copilot, and other tools into a single interface. Meanwhile, OpenAI recently launched ChatGPT Work, which fuses ChatGPT with its Codex coding tool into a single workspace product aimed at enterprise buyers.

The hardware play is OpenAI's answer to a different problem: how to own the user experience end-to-end. By controlling both the model and the device, OpenAI can ensure that voice-first interactions work seamlessly, that privacy guarantees are technically enforced, and that the company captures the full value of its AI technology rather than sharing it with platform owners.

What Brockman did not say is as informative as what he did. He would not confirm the 2027 smart speaker, would not confirm a wearable, would not give a price band, and would not describe the software stack that will run on the devices. For a company that has been unusually chatty about model roadmaps, the hardware silence is deliberate. OpenAI appears to be preserving optionality on form factor while committing publicly to the direction.

The counterweight is execution risk. OpenAI has never shipped a consumer hardware product. The Humane AI pin, a recent voice-first device, failed to find a workflow users preferred over their phones. That cautionary tale looms over OpenAI's hardware ambitions, even as the company's control over both model and endpoint gives it advantages that Humane did not have.