OpenAI Plans Smartphone Launch in 2028, Partnering With MediaTek and Qualcomm
OpenAI is developing its own smartphone with mass production planned for 2028, according to analyst Guo Mingji at Tianfeng International Securities. The company is collaborating with MediaTek and Qualcomm on processor development, with Luxshare Precision handling exclusive design and manufacturing.
Processor specifications and final suppliers will be determined by the end of 2026 or first quarter of 2027. OpenAI is initially targeting the global high-end market of 300 to 400 million units annually.
Why OpenAI Needs Its Own Hardware
Running ChatGPT on iPhone forces OpenAI to work within Apple's permission sandbox. A simple task like ordering takeout requires multiple steps. Building its own phone eliminates these restrictions, allowing the AI to access system functions directly.
Smartphones collect the data that AI agents need most: location, calendar, chat history, physical metrics, and payment information. These real-time inputs determine how useful an AI assistant actually is. Without them, the AI cannot reason effectively about user needs.
Smartphones remain the device with the largest installed base globally. Billions ship every year. Controlling this distribution channel matters more than any other hardware category.
What the OpenAI Phone Does Differently
Traditional phone home screens display app icons in a grid. Users find, tap, and operate each app manually. The OpenAI phone reverses this logic. Instead of opening apps, users tell the phone what they want to do. The AI agent handles the rest.
Apps still exist but users may never tap them manually again. The phone runs cloud-based and edge AI in parallel. Local processors handle context understanding and small models. The cloud processes complex, intensive tasks.
OpenAI may bundle subscription services with hardware-either free ChatGPT Plus with phone purchase or hardware subsidies for subscribers. The model remains unclear, but the strategy is solid: build an ecosystem around the AI agent and attract developers.
OpenAI's Hardware Ambitions Extend Beyond Phones
OpenAI established a 200-person hardware team earlier this year. Jony Ive's LoveFrom studio handles design. The team includes 25-year Apple veteran Tang Tan and Evans Hankey, former head of Apple's industrial design.
OpenAI's hardware roadmap includes:
- Smart speaker: $200-$300, shipping February 2027
- AI headphones: Metal cobblestone design with 2nm chip
- Smart glasses: Mass production in 2028, competing with Meta Ray-Ban and Apple N50
- Smart lamp: Prototype ready, launch undecided
- AI pen: Repeatedly mentioned by Sam Altman
Speakers handle home use. Glasses serve travel scenarios. Headphones fill gaps during fragmented time. The smartphone-the device with the highest information density and longest daily usage-completes the puzzle.
OpenAI is essentially building an AI-native hardware ecosystem from scratch rather than remaining an app dependent on others' platforms. Speakers serve as living room hubs. Phones act as portable entry points. Glasses and headphones extend reach. Each device collects data and executes tasks.
The supply chain reflects this strategy. Luxshare Precision has won assembly contracts for at least one OpenAI device. Goertek is in talks for speaker modules and other components. Both companies have manufactured Apple products-iPhones, AirPods, HomePods, and Apple Watches.
China's AI Phone Strategy Takes a Different Path
ByteDance and ZTE launched the Doubao phone last year, taking the opposite approach. Rather than building from scratch, they layered AI onto Android. The first-generation Doubao phone (Nubia M153) sold out instantly.
The Doubao phone uses a GUI agent that recognizes screen content and simulates manual operations, bypassing traditional APIs. It can order food, send messages, and book flights without app integration. WeChat, Alipay, Taobao, and banks blocked the phone for security reasons-the AI bypassed app sandboxes and permission controls.
Doubao 2.0 is in development for mid-2026 release. ByteDance approached Honor first, but Honor declined, citing concerns about stability, compatibility, and security risks at scale. Vivo is reportedly in talks, and other top-five domestic manufacturers are queuing up.
Speed Versus Control
Doubao prioritized speed. A working product existed for hands-on testing within months. The tradeoff: the solution depends on Android and existing manufacturer ecosystems. Security and compatibility problems persist.
OpenAI chose the slower path. Developing its own operating system, processor specifications, and supply chain takes time. Mass production won't arrive until 2028. But once complete, OpenAI controls everything from chip to system to AI model. It answers to no one.
Both companies reached the same conclusion: if AI stays at the app level, it remains just another feature. To make AI the core of the phone, you either transform existing hardware or build new hardware from the ground up.
By 2028, the home screen may no longer show rows of app icons. Instead, an AI will wait for you to speak. The question becomes whether you'll let it use the phone for you.
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