OpenAI is developing a smartphone intended to compete directly with the iPhone, in what appears to be a significant departure from the company's previously stated hardware strategy. Here's everything we know so far.


Analyst Ming-Chi Kuo published his findings in late April following supply chain checks, describing the device as an "AI agent phone" built around a continuous, context-aware interface rather than individual apps. Kuo argued that the smartphone is the only device that captures a user's full real-time state, including location, activity, communication, and context, making it uniquely suited to AI agent inference.

He said fully controlling both the operating system and the hardware is the only way for OpenAI to deliver a comprehensive AI agent service, and that AI agents will fundamentally shift how people interact with a phone, moving the focus from launching individual apps to completing tasks through a seamless interface.

Specifications

OpenAI's phone is said to use a customized version of MediaTek's Dimensity 9600 processor, built on TSMC's N2P node in the second half of 2026. Kuo initially named both MediaTek and Qualcomm as chip partners but has since said MediaTek appears "better positioned to become the sole processor supplier."

Luxshare Precision Industry is believed to be the exclusive manufacturing partner. Separately, Kuo reported that Sunny Optical has secured component orders for two OpenAI devices, including the smartphone. This is likely for the camera module.

The device's headline known hardware specification today is its image signal processor, which includes an enhanced HDR pipeline intended to improve real-world sensing through the camera. It is also said to use two AI processors for handling different tasks simultaneously, such as vision and language processing, along with fast memory and storage and security features to isolate processes.

What About Jony Ive's Devices?

The phone represents a notable reversal in OpenAI's publicly stated strategy. The company's hardware ambitions had previously been described as centered on non-phone form factors developed with former Apple design chief Jony Ive, whose startup io Products OpenAI acquired for $6.5 billion in May 2025. Ive and CEO Sam Altman had specifically said they did not want to build a device with a screen, with Altman describing a prototype to employees as "the coolest piece of technology that the world will have ever seen."

The first product from that collaboration was delayed out of 2026 and has since been identified as a smart speaker with an integrated camera, priced between $200 and $300 and expected to launch in early 2027. Other devices reportedly in development include smart glasses, a smart lamp, and potentially earbuds, though those products are further out on the roadmap and some could be cancelled.

OpenAI has also been aggressively recruiting from Apple's hardware ranks, hiring over 40 former Apple employees. The hires include former Apple designers Evans Hankey, Tang Tan, and Scott Cannon, prompting Apple to offer its iPhone Product Design team retention bonuses of up to $400,000 in restricted stock units to counter the poaching.

Timeline

Mass production of OpenAI's smartphone was originally believed to be targeted for 2028, but Kuo has since revised that expectation to the first half of 2027. The accelerated timeline is said to reflect OpenAI's planned IPO, where a compelling hardware product could strengthen the company's investor narrative, as well as intensifying competition in the AI agent phone category. Kuo projects combined 2027 and 2028 shipments could reach around 30 million units if development stays on track.

What Does It Mean for Apple?

If the broader hardware lineup ships, OpenAI will be a direct competitor to Apple across several product categories. Apple is rumored to be developing smart glasses, AirPods with cameras, an AI pendant, and a smart home hub with enhanced Siri capabilities. On the day Kuo published his initial report, Altman posted on X that it "feels like a good time to seriously rethink how operating systems and user interfaces are designed."
This article, "Everything We Know About OpenAI's Planned iPhone Rival" first appeared on MacRumors.com

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Leaker Sonny Dickson today shared images of iPhone 18 Pro dummy models in the device's four rumored colors, offering the first real-world look at what to expect from the lineup visually.


Corroborating previous rumors, the dummies show the ‌iPhone 18 Pro‌ Max in Light Blue, Black, Silver, and Dark Cherry. Dickson said "Cherry will probably be the next hit, orange did very well." Cosmic Orange was the signature color of the iPhone 17 Pro and proved popular with customers.

Dark Cherry is expected to serve as the headline new color for the ‌iPhone 18 Pro‌ models this year. The color has been in the rumor mill since at least February 2026, when Bloomberg's Mark Gurman reported that Apple was testing a deep red finish for the ‌iPhone 18 Pro‌ and ‌iPhone 18 Pro‌ Max. At the time, Gurman described the shade as a deep red, and separate reporting from a Chinese leaker later suggested the color was very likely to make the cut, partly because Android rivals were already prototyping the same shade.



The picture sharpened in April, when Macworld reported that the color would be called Dark Cherry and would be closer to wine than a brighter red, and considerably more muted than Cosmic Orange. The leaker known as "Instant Digital" subsequently corroborated that name, characterizing the shade as a combination of burgundy, coffee, and deep purple. "Instant Digital" has a good track record on Apple color leaks, having accurately predicted the yellow finish for the iPhone 14 and iPhone 14 Plus.

Macworld's reporting also identified the full four-color lineup, with internal Pantone codes said to be in use at Apple: Light Blue (Pantone 2121), described as resembling the current iPhone 17's Mist Blue; Dark Cherry (Pantone 6076); Dark Gray (Pantone 426C); and Silver (Pantone 427C), said to be similar to the current generation.

The latest images are significant because they mark the first time the rumored colors have been depicted in physical, real-world form rather than renders or supply chain descriptions. That said, dummy models are typically made from plastic or low-quality metals and are not finished to the same standard as production units, meaning the tone and saturation of each color could vary from what Apple ultimately ships. With that caveat, the dummies are consistent with the earlier rumors, suggesting that this will indeed likely be the final color palette of the device.

The ‌iPhone 18 Pro‌ and ‌iPhone 18 Pro‌ Max are expected to be announced in the fall alongside the first foldable iPhone.
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The iPhone 18 Pro and ‌iPhone 18 Pro‌ Max's all-new variable aperture lens will cost Apple 50% more than the camera unit used in current models, according to supply chain analyst Ming-Chi Kuo.


Variable aperture has been one of the most persistent iPhone camera rumors of the past few years. Kuo first flagged the feature in late 2024, and it has since been corroborated by multiple reports and apparently entered production earlier this year.

Unlike the fixed f/1.78 aperture found on every iPhone Pro from the 14 Pro through to the 17 Pro, a variable aperture will physically adjust the size of the lens opening to control how much light reaches the sensor, offering better exposure control and greater flexibility over depth of field.

Kuo said that the component has an average selling price roughly 50% higher than the seven-element plastic lens Apple currently uses in the iPhone 17 Pro's main camera. Sunny Optical set to supply Apple between 40 and 50% of orders

Sunny Optical has also become a new compact camera module (CCM) supplier for Apple, initially producing the camera for the MacBook Neo. ‌MacBook Neo‌ shipments have come in significantly better than expected, with Kuo doubling his 2026 forecast from 5 million to 10 million units, a notable upward revision as the entry-level Mac has materially exceeded early expectations.

Looking further ahead, the 2028 iPhone's ultra wide camera module is expected to move away from flip-chip packaging in favor of an improved COB (chip-on-board) design, with Sunny Optical well positioned to become a supplier at that point. A COB ultra-wide module could be thinner or smaller, leaving more room for other components, or simply deliver better image quality from the same physical footprint.

Beyond Apple, Kuo says Sunny Optical has secured component orders for two OpenAI devices, including a smartphone and a pocket or mobile device.

The ‌iPhone 18 Pro‌ and ‌iPhone 18 Pro‌ Max are expected to launch in the fall alongside the first foldable iPhone.
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Oura today unveiled the Oura Ring 5, a significantly smaller smart ring with new health-monitoring capabilities including blood pressure trend detection, nighttime breathing analysis, and tools for GLP-1 medication tracking.


The Oura Ring 5 is 40% smaller than its predecessor, measuring 6.09mm wide and 2.29mm thick compared to 7.99mm and 2.88mm on the previous model. Oura says the reduction was achieved by redesigning the mechanical, electrical, optical, battery, and sensing architectures, and the company claims the new form factor more closely resembles a traditional wedding band. Despite the smaller size, Oura says battery life remains at approximately one week per charge.

The ring's sensing system has also been overhauled. A new signal architecture uses precision-engineered sensor domes for better skin contact, more powerful LEDs, and twelve signal pathways that Oura says deliver greater accuracy across more finger types and skin tones.

The headline software addition is "Health Radar," a proactive health-monitoring feature that builds on the company's existing Symptom Radar tool, which launched in 2024 to flag early signs of illness. Health Radar includes two initial capabilities: Blood Pressure Signals and Nighttime Breathing.

Blood Pressure Signals continuously monitors for patterns that may indicate cardiovascular strain, surfacing nighttime blood pressure trends. Nighttime Breathing provides a 30-day rolling view of sleep-related breathing disturbances, with guidance on when to seek further evaluation.

A new Health Records feature allows U.S. users to import diagnosed conditions, medications, lab results, and allergies directly into the app. Oura has also partnered with Counsel Health, an AI-powered virtual care platform, to let eligible users in 43 U.S. states ask health questions and connect with licensed physicians from within the app for an additional fee.

New GLP-1 Insights tools let users track medication dosing, side effects, weight changes, and biometric data in one place. A Lab Uploads feature lets users import blood biomarker results alongside Oura's biometric data.

Other new features include live workout tracking with real-time pace, distance, and heart rate via a connected device, a Brain Health Study through Oura Labs pairing cognitive assessments with biometric data, and a time-based Data Deletion tool allowing users to erase data from specific periods without affecting their full history.

An optional new Charging Case accessory provides one month of battery and supports wireless charging, priced at $99. Oura is also introducing a Locate feature to track misplaced rings and charging cases.

The Oura Ring 5 is priced at $399 in Silver and Black, with Gold, Stealth, Brushed Silver, and Deep Rose finishes priced at $499. The Oura Ring 4 in ceramic remains available at $349. An Oura Membership is required for full functionality at $5.99 per month or $69.99 annually. Global pre-orders open today, with shipping beginning June 4.
This article, "Oura Ring 5 Unveiled With Smaller Design and Blood Pressure Tracking" first appeared on MacRumors.com

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Apple reportedly plans to use next month's Worldwide Developers Conference (WWDC) to highlight its on-device AI capabilities as a competitive advantage, leaning on 15 years of custom silicon expertise to make the case for running AI models locally rather than in the cloud.


People familiar with Apple's plans speaking to The Information say the company is expected to showcase how the chips designed for iPhones, Apple Watches, and Macs give it an edge in processing AI queries directly on devices. While cloud-based processing will remain necessary for complex queries, Apple will position local inference as a privacy-preserving, cost-saving alternative to the massive data center buildouts its rivals have pursued.

As part of its agreement with Google, Apple is apparently set to use a large version of Google's Gemini model to train a smaller, distilled version capable of running locally on Apple hardware. Apple is also said to be scouting acquisitions to help advance its model-shrinking work, with one company it has reportedly considered being Liquid AI, a Massachusetts startup focused on running AI locally on devices.

Some queries will still require cloud processing. Apple is believed to have approved the use of Nvidia's confidential compute technology within Google Cloud to handle processing of the larger Gemini-based model. The security feature encrypts data and AI models during processing, adding a modest performance cost but offering stronger privacy protections.

The arrangement represents a noticeable departure from Apple's original Apple Intelligence announcement, in which the company said all cloud-bound queries would be handled exclusively by its own Private Cloud Compute infrastructure running on Apple silicon. Apple is likely to retain the Private Cloud Compute branding despite the change, people familiar with the partnership told The Information.

There are also said to be material limits to how far Apple can push on-device processing. Google's full Gemini model runs into the trillions of parameters, and The Information claims that Apple has struggled to run it on its own Private Cloud Compute infrastructure, which uses the same Apple silicon chips found in Mac computers.

‌Apple Intelligence‌ was first announced at WWDC 2024, but the rollout has been hampered by a tepid response to initial features and a protracted delay to the more personal version of Siri. Apple is now expected to use WWDC 2026, which runs from June 8 to reframe the narrative, reintroduce the delayed features, and debut new ones.
This article, "Report: Apple Plans to Make On-Device AI a Key WWDC Focus" first appeared on MacRumors.com

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