SpaceX has publicly denied a recent report from The Wall Street Journal claiming the company showed investors a prototype of a handset-like artificial intelligence device ahead of its record-breaking IPO. The report, which circulated widely in tech and financial media, described the device as slimmer than an iPhone, running on a proprietary operating system, integrating technology from Elon Musk's xAI, and powered by a Qualcomm Snapdragon chipset. Musk took to X (formerly Twitter) to call the story “utterly false,” though he did not provide further details or clarify whether any prototype had ever existed.
The Wall Street Journal article, citing unnamed sources familiar with the matter, suggested that SpaceX executives had presented the device to potential investors as part of discussions about the company's long-term growth strategy. The prototype was reportedly in an early stage, with design elements still subject to change and no guarantee of eventual production. Qualcomm shares rose approximately three percent on the news, reflecting investor optimism about the chipmaker's potential role in a new hardware category, even though the report was later disputed.
This is not the first time SpaceX has been linked to ambitious hardware projects beyond its core rocket and satellite businesses. The company, founded by Elon Musk in 2002, has long pursued vertical integration and disruptive innovation. Its Starlink satellite internet constellation now covers dozens of countries, and the company has been quietly building a wireless communications portfolio that includes spectrum acquisitions and plans to sell phone service directly to consumers. The alleged AI device would fit neatly into that ecosystem, offering a dedicated hardware platform for services that could bypass traditional mobile carriers and operating system gatekeepers like Apple and Google.
The device would reportedly rely on technology from xAI, the AI company Musk founded in 2023 and later merged into SpaceX in February of this year. The merger, valued at roughly $1.25 trillion, gave SpaceX direct access to the large language models, computing infrastructure, and research talent that xAI had assembled. A proprietary device running xAI's technology would allow SpaceX to control the entire stack — from hardware and operating system to AI models and connectivity — avoiding the platform fees, app store restrictions, and data-sharing obligations that come with building on Android or iOS. This kind of vertical integration has been a hallmark of Musk's companies, most notably Tesla, which designs its own chips, software, and manufacturing processes.
The timing of the report is significant. SpaceX is reportedly preparing for a record-breaking initial public offering, and any new product category that could generate recurring revenue or strengthen the company's competitive position would be of great interest to investors. The AI hardware market, however, has proven notoriously difficult. Several high-profile attempts to create a new category of personal AI devices have failed spectacularly in recent years. Humane's AI Pin, a wearable projector that replaced the smartphone screen with laser-projected interfaces, was permanently bricked in February 2025 after selling fewer than 10,000 units. The company was acquired by HP for $116 million, a fraction of the investment it had raised. The Rabbit R1, a pocket-sized AI assistant with a rotating camera and dedicated operating system, attracted 100,000 pre-orders but retained only about 5,000 active users after five months. Both devices failed primarily because they asked consumers to carry a second gadget that did less than the smartphone already in their pocket, and they lacked the ecosystem integration that makes smartphones indispensable.
Spacex benefits from several advantages that these startups lacked. The company has deep manufacturing expertise through its sister company Tesla, which produces millions of electric vehicles and has developed advanced battery, chip, and assembly capabilities. Spacex also has access to the same Qualcomm chips that power most flagship Android phones, and it can leverage the Starlink constellation for global connectivity without relying on a carrier partner. If the device were to reach production, it could be sold directly to consumers through SpaceX's existing online store or bundled with Starlink subscriptions. Moreover, the combination of AI, satellite connectivity, and a custom operating system could enable unique features such as real-time language translation, offline AI assistance, and seamless global messaging without roaming charges.
The report also comes amid a broader race to create the next generation of AI-first hardware. OpenAI, Musk's former company and now a direct competitor, recently hired Paul Meade, the Apple vice president who oversaw Vision Pro hardware engineering, to join a team that already includes Jony Ive, Apple's former design chief. OpenAI is reportedly developing an AI agent smartphone with Qualcomm and MediaTek, targeting mass production in 2028. Sam Altman, OpenAI's CEO, has described the device as “more peaceful” than an iPhone, suggesting a design that reduces notifications and screen time while relying on voice and AI agents for tasks. The existence of these competing projects indicates that major players believe there is a market for a device that can replace or supplement the smartphone by offering a more natural, AI-driven user experience.
Spacex's alleged prototype would also align with the company's broader wireless ambitions. In a recent investor presentation, SpaceX revealed plans to sell Starlink phone service directly to US consumers, bypassing traditional mobile network operators like Verizon, AT&T, and T-Mobile. The company already has a satellite constellation that supports direct-to-cell phone connectivity, and it acquired wireless spectrum from EchoStar for $17 billion to bolster its network. An AI device designed for that infrastructure would give SpaceX a unique competitive advantage: the ability to offer hardware, software, and connectivity as a single integrated service, akin to Apple's iPhone-AT&T deal in 2007 but with the network owned outright. This would also make the device harder for competitors to replicate, as the underlying satellite network is not easily duplicated.
The denial from Elon Musk, however, creates an unusual situation. The Wall Street Journal stands by its reporting, and Musk's response did not provide any alternative explanation for what investors might have seen. It is possible that the prototype was part of an internal research project that was never intended for outside presentation, or that the report conflated a preliminary concept with a market-ready product. It is also possible that Musk chose to downplay the project to avoid creating expectations or to prevent competitors from gaining insight into SpaceX's long-term plans. Regardless, the public denial raises doubts about the timeline and scope of the device, and investors may need to wait for official announcements before drawing conclusions.
Spacex has not made any public statement about the device beyond Musk's tweet. The company's silence suggests that if the device does exist, it remains in a very early stage of development, and perhaps the decision to reveal it to investors was premature or has since been reconsidered. The broader implications for the AI hardware market are mixed. On one hand, a well-funded, manufacturing-competent entrant like SpaceX could accelerate the shift toward dedicated AI devices. On the other hand, the market has already demonstrated that consumers are unwilling to adopt devices that do not offer a clear advantage over smartphones. The success of any AI device will depend on its ability to deliver a fundamentally different and superior user experience, not just on the brand or the underlying AI model.
Spacex's potential entry into the AI hardware space also raises questions about the future of the smartphone ecosystem. If SpaceX can create a device that seamlessly integrates with Starlink and uses xAI models to handle tasks currently performed by apps, it could challenge the duopoly of Apple and Google. However, building an alternative ecosystem requires not only hardware and operating system but also a robust set of third-party applications and services. SpaceX would need to attract developers to build for its platform, which is a daunting task even for companies with large user bases. The failure of previous attempts, such as Amazon's Fire Phone and Microsoft's Windows Phone, serves as a cautionary tale. Yet SpaceX has the advantage of a passionate user base and a visionary leader who has defied expectations in multiple industries.
In the end, whether the device ever comes to market may depend on factors beyond technology. Musk has a history of making bold claims and then backing away, but also of delivering on projects that seemed improbable. The Starlink constellation itself was once considered a risky gamble, and it now provides internet access to millions of people. The AI device, if it exists, is likely part of a larger strategic bet on the convergence of space-based connectivity, artificial intelligence, and consumer hardware. For now, investors and consumers will have to wait for more concrete information — or for a definitive statement from SpaceX itself. Until then, the report and the denial will remain a topic of debate, with implications for the company's valuation, its relationship with investors, and its long-term direction.