Inside OpenAI’s Plan for an AI-First Smartphone
OpenAI is reportedly preparing a bold entry into hardware with an AI-first smartphone, targeting mass production around 2028. According to analyst Ming-Chi Kuo, the company is working with chipmakers MediaTek and Qualcomm on custom processors, while Luxshare will act as the exclusive partner for system co-design and manufacturing. This move positions the project as a tightly integrated platform rather than just another Android handset. Kuo describes the device as an AI agent smartphone, suggesting that artificial intelligence will sit at the core of the operating system, not just as an app on top. The OpenAI smartphone 2028 effort reflects a belief that the future of mobile apps may be less about opening icons and more about delegating tasks to intelligent agents that can act on the user’s behalf, using deep hardware and system-level access to streamline everyday actions.
Why OpenAI Wants to Control Both Hardware and OS
Kuo argues that only by controlling the operating system and hardware can OpenAI deliver a full-scale AI agent service. Today, tools like ChatGPT operate within the limits of iOS or Android permissions, turning simple flows—such as completing a food order—into multi-step, app-hopping experiences. An AI agent smartphone designed by OpenAI could bypass many of these constraints by allowing system-level access to messaging, payments, sensors, and on-device data under one unified policy. Another driver is context: smartphones uniquely capture the user’s real-time state across location, activity, and communication patterns, which is vital for more proactive and personalized AI inference. Combined with the sheer scale of smartphones as the dominant personal computing device, an OpenAI-controlled stack would provide a powerful distribution channel for next-generation agents that could reshape the future of mobile apps and services.
What AI Agents on an OpenAI Phone Could Actually Do
Although the final design is still speculative, Kuo’s analysis offers clues about how AI agents might work on this device. Instead of opening a series of apps, users could describe outcomes—“book my usual dinner for 8 pm nearby” or “prepare a summary of today’s messages and meetings”—and let the system orchestrate everything in the background. With direct hooks into the operating system, agents could coordinate navigation, payments, messaging, media, and productivity tasks without exposing every intermediate step. The AI agent smartphone might also emphasize continuous, context-aware support: understanding habits, preferences, and environment in real time to propose actions before users ask. OpenAI is also expected to pair the hardware with subscription-based services and a developer ecosystem focused on AI agents, enabling third parties to build capabilities that plug into this agent-first layer rather than shipping stand-alone apps in the traditional sense.
A New Challenge to the App-Centric Smartphone Market
If OpenAI’s vision materializes, it could significantly shift the smartphone market and the future of mobile apps. Kuo notes that users are increasingly interested in getting tasks done rather than juggling a “pile of apps,” and an AI-first phone built around agents formalizes that shift. By 2028, the project aims at the high-end smartphone segment, which Kuo estimates sees hundreds of millions of units shipped annually. For incumbents, the threat is not just a new hardware rival, but a different interaction model that sidelines traditional app silos. Developers may be encouraged to expose services and data to AI agents rather than build full interfaces, while hardware partners like MediaTek, Qualcomm, and Luxshare could gain from a new category centered on AI workloads. If successful, the OpenAI smartphone 2028 could mark a turning point where intelligent agents, not apps, become the primary gateway to mobile computing.