OpenAI Teams Up With Qualcomm and MediaTek to Develop a Custom Smartphone Chip Aimed at Powering 300–400 Million Devices a Year and Challenging the iPhone

The idea that AI gadgets will replace the smartphone keeps resurfacing, but the latest chatter suggests the opposite may be happening: the smartphone could become the main battleground for next-generation AI. A reported collaboration involving OpenAI, Qualcomm, and MediaTek points to something much bigger than another app or assistant update—a purpose-built smartphone processor and, potentially, a phone designed to go head-to-head with the iPhone.

The bigger ambition behind this reported move is OpenAI’s vision of what the smartphone becomes in an AI-first world. Instead of being a device you unlock to open a grid of apps, the phone evolves into a real-time “state” machine—continuously gathering context (what you’re doing, where you are, what you’re trying to accomplish) so an AI agent can make decisions and take actions for you in the moment. In that world, the phone isn’t just a screen; it’s a data-and-compute hub that enables always-on AI inference.

This is a notable shift from earlier reports that OpenAI was exploring multiple consumer-facing AI devices. Those concepts included AI-powered earbuds (internally referred to as “Sweetpea,” with a rumored “Dime” retail name) that would rely heavily on cloud AI, while still using a high-end chip for some on-device processing. Another concept device described as pen-like—similar in size to a tiny media player and lacking a dedicated screen—was said to focus on contextual awareness through sensors such as cameras and microphones, run tailored AI models locally with cloud support for heavier tasks, and even turn handwritten notes into text for immediate uploading to ChatGPT. It was also expected to communicate with other devices in a smartphone-like way, carried in a pocket or worn around the neck, with a possible launch window in 2026 or 2027.

Now, according to commentary attributed to analyst Ming-Chi Kuo, OpenAI may be putting those standalone device ideas on ice for the time being and concentrating its energy on the product category that still dominates global consumer tech: the smartphone.

The claim is that OpenAI is already working with Qualcomm and MediaTek on a dedicated smartphone processor, with Luxshare expected to play a central role as the key assembler of a future OpenAI-branded smartphone. If accurate, this is a major escalation. Building a custom chip isn’t just about performance—it’s about control of the user experience, the hardware roadmap, and how the AI runs.

The underlying strategy hinges on an AI-agent future where users gradually stop “using apps” in the traditional sense. Instead, you request outcomes—book this, summarize that, find the best option, message the group—and the AI agent handles the workflow. To make that possible at scale, the phone would need to manage constant real-time data capture, memory hierarchy, and efficient on-device inference, while pushing complex workloads to the cloud when needed. In that framework, the smartphone becomes the most important AI device because it’s the one people already carry everywhere. Kuo’s broader takeaway is that smartphones will remain the largest device category for the foreseeable future, which explains why this battle would be worth fighting.

For OpenAI, the logic is straightforward: owning only the AI model layer may not be enough long term. Controlling more of the stack—processor, hardware, and interface—could allow tighter integration, faster iteration, and a clearer path to an AI-native user experience. It’s also a playbook that echoes Apple’s well-known vertical integration strategy, where hardware and software are designed together to shape consumer behavior.

The timeline discussed suggests specifications could be finalized by late 2026 or early 2027. Even more eye-catching is the suggestion that a high-end OpenAI smartphone could eventually aim for annual shipment volumes in the range of 300 million to 400 million units—numbers that imply a direct shot at the top of the global smartphone market.

That’s where the iPhone “red flags” come in. If OpenAI moves beyond being a service provider and becomes a platform owner, Apple faces pressure on multiple fronts. There’s also the perception that Apple’s in-house AI capabilities haven’t been as compelling as the competition, and that it has had to lean on external AI models to strengthen Siri’s next evolution. If an AI-first smartphone experience makes third-party apps less central, it could also undermine the app-driven services ecosystem that has become a massive engine of revenue and customer lock-in.

In other words, this isn’t just about a new phone. It’s about a potential shift in how smartphones are used at all—moving from tapping apps to delegating tasks to AI agents—along with a power struggle over who gets to define that future. If OpenAI truly pursues custom silicon and a vertically integrated AI phone, the next few years could reshape the smartphone market in ways we haven’t seen since the modern touchscreen era began.