Key Takeaways
• OpenAI is developing smartphone processors with MediaTek and Qualcomm
• Mass production of the AI smartphone is targeted for 2028
• The device aims to replace apps with AI agents that perform tasks directly
• Luxshare will serve as the exclusive co design and manufacturing partner
• The project marks OpenAI’s biggest move yet into hardware
OpenAI is taking a major step into the hardware space with plans to develop a new kind of smartphone built around artificial intelligence. According to supply chain analyst Ming-Chi Kuo, the company is collaborating with Qualcomm and MediaTek to design processors tailored for AI driven mobile devices, with mass production targeted for 2028.
The report suggests this initiative could become OpenAI’s most ambitious expansion beyond software, positioning the company as a direct player in the global smartphone market. Known for his reliable insights into supply chains, Kuo noted that Luxshare has been selected as the exclusive system co design and manufacturing partner for the device.
While technical specifications are still being finalized, the broader vision is already clear. The smartphone is expected to move away from the traditional app based interface and instead rely on AI agents to handle tasks directly. Rather than opening multiple apps, users would interact with a single intelligent system capable of managing travel bookings, communication, scheduling, and more.
This concept reflects a fundamental shift in user experience design. By tightly integrating AI into both the operating system and hardware, OpenAI aims to create a seamless environment where tasks are executed proactively and contextually, reducing the need for manual navigation.
The strategy aligns with the broader vision of Sam Altman, who has emphasized the importance of controlling both software and hardware layers to deliver a truly integrated AI experience. This approach mirrors earlier transformations in the tech industry, where companies that owned both layers were able to redefine user interaction.
On the hardware side, the custom processors being developed with Qualcomm and MediaTek are expected to focus heavily on efficiency and performance for AI workloads. Key priorities include optimizing power consumption, improving memory handling, and enabling advanced on device AI processing. More complex computations would still rely on cloud infrastructure, creating a hybrid model that balances performance and scalability.
For chipmakers like Qualcomm and MediaTek, the project represents a potential long term growth opportunity. If AI agent driven smartphones gain widespread adoption, demand for specialized processors could increase significantly, reshaping the competitive landscape of the mobile industry.
The timeline indicates that key design decisions, including specifications and supplier agreements, will likely be finalized by late 2026 or early 2027. This gives OpenAI several years to refine both the technology and the ecosystem needed to support such a device.
If successful, the AI smartphone could mark the beginning of a new computing paradigm, where intelligent agents replace apps as the primary interface between users and digital services. OpenAI’s entry into hardware suggests that the next wave of innovation in mobile technology may be driven not just by faster devices, but by fundamentally smarter ones.
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