OpenAI Reportedly Developing AI-First Smartphone with Jony Ive, Targeting 2028 Launch
OpenAI is secretly developing an AI-native smartphone that replaces traditional app interfaces with an agent-first experience, according to multiple reports published today. The project marks a strategic pivot for the ChatGPT maker, which had previously suggested it was not building a phone.
The company is partnering with MediaTek and Qualcomm to develop custom smartphone processors optimized for AI workloads, with Foxconn subsidiary Luxshare serving as the exclusive system co-design and manufacturing partner. Mass production is targeted for 2028, with specifications and suppliers expected to be finalized by late 2026 or early 2027.
Legendary iPhone designer Jony Ive is leading the hardware design following OpenAI's $6.5 billion acquisition of io Products, a company Ive co-founded in 2023. The deal values Ive's hardware venture at nearly $6.5 billion and brings the designer who shaped Apple's most iconic products into the AI arena at a critical inflection point.
The concept centers on an "AI agent phone" that fundamentally reimagines smartphone interaction. Instead of navigating grids of apps, users would simply tell the device what needs to be accomplished, with the AI executing tasks across services autonomously. This approach requires deep system-level integration that third-party apps cannot achieve on existing platforms.
According to TF Securities analyst Ming-Chi Kuo, who has a strong track record of accurate supply chain reporting, OpenAI determined that controlling both hardware and operating system is essential to delivering a comprehensive AI agent service. The smartphone remains the only device category that captures a user's complete real-time context—emails, messages, location, calendar, photos—which serves as critical input for AI inference.
The architecture will tightly integrate on-device and cloud AI processing. Continuous context understanding demands careful attention to power consumption, memory hierarchy management, and efficient execution of smaller models locally, while more complex tasks route to cloud-based systems. This hybrid approach mirrors strategies being pursued by Apple, Google, and Samsung, though OpenAI's clean-slate design could enable deeper optimization.
Industry analysts suggest the device will likely run on Android rather than a custom operating system. Android provides mature telephony stacks, networking protocols, and low-level drivers for cameras and audio without requiring OpenAI to reinvent foundational components. Qualcomm and MediaTek both offer open platforms that could support a Linux-based foundation, but leveraging Android's existing ecosystem would accelerate development significantly.
The business model may bundle OpenAI subscriptions with hardware purchases, creating a new revenue stream beyond the company's current API and ChatGPT Plus offerings. OpenAI brings significant advantages including consumer brand recognition, years of accumulated user interaction data, and industry-leading AI models. Smartphone hardware manufacturing is already highly mature, allowing OpenAI to focus on differentiation through AI capabilities rather than supply chain development.
The announcement comes as every major smartphone manufacturer races to integrate agentic AI features. Apple has over 1.5 billion active iPhones that could potentially become "AI agent phones" through software updates once its Siri large language model integration matures. Google's Pixel 10 series introduced "Magic Cue" anticipatory task features, while Samsung's Galaxy S26 includes voice-commanded automated app actions that navigate multi-step workflows autonomously.
Meta is betting that smart glasses with displays could eventually replace smartphones, but most analysts maintain that phones will remain the central hub for AI experiences. Other devices—glasses, earbuds, wearables—will augment the phone rather than replace it, similar to how tablets and laptops coexisted despite predictions of a "post-PC" era.
The 2028 timeline gives established players significant runway to mature their own AI implementations. Apple has been integrating Apple Intelligence across iOS with on-device processing and private cloud compute, though its Siri transformation has faced delays. By the time OpenAI's device ships, Apple will have deployed multiple generations of AI-optimized silicon and cultivated a privacy-focused ecosystem that hundreds of millions of users already trust.
OpenAI's gamble reflects a broader truth emerging in AI development: the most powerful agents require unrestricted access to user context, which platform owners control. Humane's failed Ai Pin demonstrated the limitations of accessory-based AI that lacks system-level permissions. OpenAI appears determined to avoid that fate by building its own vertically integrated hardware.
The project's success ultimately depends on whether consumers will embrace a fundamentally different interaction paradigm after decades of app-centric smartphone use. Previous attempts to disrupt the iPhone's dominance through radical interface changes have largely failed, facing fragmented experiences, battery life challenges, and ecosystem gaps. OpenAI's brand strength and AI leadership may overcome these hurdles, but the smartphone market has proven unforgiving to newcomers regardless of technological innovation.
Sources: MacDailyNews, AP News, Gizmodo, TF Securities International
