Apple’s Vision Pro Lead Departs as OpenAI Builds Wearables Team

Apple’s push into augmented-reality headsets is facing its first major executive departure. Paul Meade, the vice president responsible for the Vision Pro line, is leaving the company to join OpenAI’s hardware team, according to internal reports. The move comes as Apple prepares to ship a cheaper pair of smart glasses next year, following lukewarm sales of the high-end Vision Pro. Meade’s exit also coincides with a broader shake-up in Apple’s hardware leadership, as the company prepares for a transition in its executive ranks. For OpenAI, the hire signals a deeper commitment to building devices that integrate artificial intelligence into everyday life, potentially competing with Apple’s own wearable ambitions.

Meade’s role at Apple was not limited to the Vision Pro. He also led development of the AI-powered smart glasses that the company plans to release in 2025. Those glasses are expected to run on visionOS and include on-device AI features for tasks like real-time translation, object recognition and augmented-reality overlays. While the Vision Pro remains a premium product aimed at developers and early adopters, the upcoming smart glasses are designed to be more accessible, with lower price points and a form factor closer to traditional eyewear. Analysts see this as Apple’s attempt to broaden its wearable ecosystem beyond the headset niche.

The departure follows reports that Apple is reorganizing its hardware engineering teams under John Ternus, who is expected to take over as CEO. Several vice presidents have reportedly been reassigned or given reduced scopes, leading to dissatisfaction among some senior leaders. Meade’s move to OpenAI suggests that leadership changes at Apple may be accelerating talent migration to rival firms, particularly those focused on AI-driven hardware. OpenAI, already collaborating with former Apple design chief Jony Ive on a new AI device, is positioning itself to challenge Apple’s dominance in personal computing and wearables.

OpenAI’s hardware initiative has been shrouded in secrecy, but recent reports indicate the company is working on a device intended to be more intuitive and less intrusive than a smartphone. Sam Altman, OpenAI’s CEO, has described the project as aiming for a “calmer” user experience, emphasizing ambient computing over screen-based interaction. However, internal sources have suggested the company has struggled with hardware design and supply chain challenges, raising questions about the feasibility of a polished consumer product in the near term.

Apple’s Vision Pro, launched in early 2024, has faced criticism for its high price, limited software ecosystem and niche appeal. Despite strong initial interest, sales have fallen short of expectations, and the device remains primarily a developer tool rather than a mainstream consumer product. The company’s decision to accelerate work on a more affordable smart glasses model reflects a strategic pivot toward broader market penetration. By integrating AI features such as real-time language translation and context-aware notifications, Apple hopes to make its wearables more functional and appealing to everyday users.

The shift in leadership at Apple could reshape its roadmap for AI and wearables. Meade’s departure may delay or alter plans for the next-generation Vision Pro, especially if his responsibilities are redistributed among other executives. Meanwhile, OpenAI’s hiring spree in hardware—including engineers from consumer electronics and semiconductor firms—suggests a long-term bet on AI devices that learn and adapt over time. This could position OpenAI not just as a cloud AI provider but as a direct competitor in the personal device market.

For consumers, the competition between Apple and OpenAI in wearables could lead to faster innovation, lower prices and more integrated AI experiences. However, it also raises concerns about data privacy and the increasing role of AI in daily life. Devices that capture video, audio and biometric data will need robust security frameworks to prevent misuse. Regulators and privacy advocates are likely to scrutinize these products closely as they move from prototypes to store shelves.

For developers, the talent shift signals an opportunity to work on cutting-edge AI hardware at OpenAI, potentially offering more creative freedom than at Apple, where hardware and software are tightly controlled. Engineers with experience in optics, low-power computing and on-device AI may find new avenues for impact outside Cupertino. Meanwhile, Apple’s hardware teams will need to adapt quickly to maintain momentum in wearables, especially as Meta continues to refine its own AR glasses and Meta Quest headsets.

What to watch next: Apple’s earnings call later this year may provide clarity on its wearable strategy and whether Meade’s departure affects product timelines. OpenAI’s hardware progress could become more visible in 2025, with prototypes or partnerships announced as it builds out its team. Regulatory scrutiny of AI devices will likely intensify, particularly around data collection and user consent. For now, the departure underscores a broader trend: as AI moves from the cloud to the edge, the companies that control both the algorithms and the hardware will define the next era of personal computing.