Apple explores using Intel and Samsung to build chips in US beyond TSMC

Apple explores using Intel and Samsung to build chips in US beyond TSMC



By Mark Gurman, Ian King and Ryan Gould

 


Apple Inc. has held exploratory discussions about using Intel Corp. and Samsung Electronics Co. to produce the main processors for its devices, a move that would offer a secondary option beyond longtime partner Taiwan Semiconductor Manufacturing Co. 


The iPhone and iPad maker has had early-stage talks with Intel about enlisting the company’s chipmaking services, according to people familiar with the deliberations. Meanwhile, Apple executives have made visits to a Samsung plant under development in Texas that will also make advanced chips.

 


Neither effort has resulted in any orders so far, and the work with both suppliers remains preliminary, according to the people, who asked not to be identified because the talks are private. Apple has concerns about using non-TSMC technology and may not ultimately move forward with another partner, the people added.

 
 

Spokespeople for Apple, Intel, Samsung and TSMC declined to comment. 


For more than a decade, Apple has designed the main processors, known as systems-on-a-chip, that power its devices and relied on TSMC to build them using the most advanced production processes in Taiwan. The latest iPhones and Macs use what is known as the 3-nanometer fabrication node. 

 


But not even Apple, one of the largest purchasers of silicon, is immune to supply-chain disruptions. Recent shortages have been driven by the massive build-out of AI data centres and higher-than-anticipated demand for Macs suitable for running AI models locally. That, in part, highlights the need for Apple to consider additional suppliers.

 


Apple executives discussed the problem during the company’s quarterly earnings call last week, saying that a lack of chips for the iPhone and Mac was constraining growth. “We have less flexibility in the supply chain than we normally would,” Chief Executive Officer Tim Cook said.

 


But finding backup suppliers is no easy feat. Intel and Samsung can’t reliably offer the type of production and scale that’s turned TSMC into the dominant made-to-order chip manufacturer — and one of Apple’s most critical supply-chain partners.

 


For Intel, finding external customers for chip production is a key piece of a comeback plan under CEO Lip-Bu Tan. The company remains in the early stages of trying to line up clients for its so-called foundry business after past false starts. Landing Apple as a customer would represent a massive win for Tan and potentially help attract additional new business. 

 


Samsung has had more success in this area, but it too has struggled to keep pace with TSMC and remains a distant second in the foundry market. Samsung would benefit greatly from an endorsement by Apple — a company it competes with in smartphones and other sectors.

 


Apple and Intel share a history that’s long and rocky. Intel designed and supplied Mac processors from 2006 until about 2020, when Apple moved its desktops and laptops to in-house chips based on iPad components. Over a decade ago, Samsung served as a manufacturing partner for Apple’s iPhone chip designs.

 

Discussions with both companies started before the latest shortages took hold. Beyond helping shore up supply, there’s another potential benefit to working with Intel. A partnership could help Apple’s relationship with the Donald Trump administration, some executives believe. The White House brokered an unconventional deal to invest in Intel last year and views the chipmaker as a national champion. 


Samsung is already working on building more peripheral components for the iPhone and other products, including ones for managing device power, Apple said earlier.

 


Apple prefers to have at least two suppliers for any major component, giving it leverage in pricing negotiations and protection from supplier disruptions. For instance, it relies on several different manufacturers for the screens used across its product lineup.

 


Apple’s Cook, who was instrumental in building its global supply chain, has long cautioned about relying on a single geography for critical components. Production in Taiwan carries particular risks because China sees the self-governing island as part of its territory. 

 


As far back as 2022, Cook told employees in an all-hands meeting that “regardless of what you may feel and think, 60 per cent coming out of anywhere is probably not a strategic position,” referring to chip production concentrated in Taiwan.

 


Since then, Apple has worked closely with TSMC to help expand operations in Phoenix, where the supplier now produces a limited number of chips for Apple from a single plant. It’s ramping up work quickly for Apple, which said it will get 100 million chips from Arizona in 2026. 

 


That number would only cover a sliver of Apple’s overall annual device shipments, and executives remain concerned about potential disruptions to supply if China were to invade Taiwan. 

 


Like other tech companies, Apple also is contending with shortages of memory chips. But Cook said that finding enough main processors — the SoCs — is a bigger challenge right now.

 


“The primary constraint is the availability of the advanced nodes our SoCs are produced on, not memory,” Cook said during the earnings call. That’s making it harder for Apple to satisfy demand for products like the Mac mini and Mac Studio, he said.

 


“I believe it will take several months to reach supply-demand balance,” he said. 

 


Supply chain snags also have hit the iPhone 17 Pro line. Apple has operations staff working to prevent the spread of constraints to other product lines, such as the AirPods and Apple Watch, which use different types of processors from iPhones and Macs.

 



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OpenAI prez Greg Brockman tells court his stake in firm is worth  bn

OpenAI prez Greg Brockman tells court his stake in firm is worth $30 bn



Greg Brockman, OpenAI’s president and CEO Sam Altman’s top lieutenant, disclosed in court Monday that his stake in the artificial intelligence company is worth nearly $30 billion.


Brockman, who also said he did not personally invest any money in OpenAI, was testifying Monday in the trial that centres on the company’s 2015 founding as a nonprofit startup primarily funded by Elon Musk before evolving into a capitalistic venture now valued at $852 billion.


Brockman’s disclosure would put him on the Forbes list of the world’s richest people, with wealth comparable to Melinda French Gates.


The civil lawsuit accuses Altman and Brockman of double-crossing Musk by straying from the San Francisco company’s founding mission to be an altruistic steward of a revolutionary technology. The lawsuit alleges they shifted into a moneymaking mode behind Musk’s back.

 


Late Sunday, OpenAI lawyers tried to admit as evidence a text message Musk sent to Brockman two days before the trial began. According to a court filing – which did not include the actual text exchange – Musk sent a message to Brockman to gauge interest in settlement.


When Brockman replied that both sides should drop their respective claims, Musk shot back, according to the filing, “By the end of this week, you and Sam will be the most hated men in America. If you insist, so it will be.” 
Judge Yvonne Gonzalez Rogers, who is overseeing the trial, did not admit the text exchange as evidence.



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Google set to redesign Gemini app across Android and Apple iOS: What's new

Google set to redesign Gemini app across Android and Apple iOS: What's new


Google is reportedly rolling out a major redesign for its Gemini app, introducing changes to its interface and layout. According to a report by 9To5Mac, the update revamps nearly every part of the app, from the homepage to chat interactions, while adding a more visual experience. For now, the rollout appears limited, with only a small number of iOS users seeing the update. A wider release timeline, including Android availability, remains unclear.


Gemini redesign: What’s new


According to the report, one of the most noticeable changes is on the homepage, where Gemini now features a pill-shaped prompt box. The input field includes quick access to voice input and Gemini Live on the right, while a new “plus” button opens a bottom sheet.

 
 


This sheet provides access to features such as Photos, Camera, recent images, Files, Notebooks and additional uploads, making media and file handling more streamlined.

 


Google is also introducing a unified tools section within the app. Users can find options such as Images, Videos, Music, Canvas, Deep Research and Guided Learning listed together with brief descriptions. This approach has been tested across Android and desktop web versions and is already live on Gemini for Mac.


Visual and navigation changes


Another change is the refreshed homepage greeting, which now reads “Hi [name], what’s on your mind?”, placed centrally with a Gemini spark icon above it. The background has been redesigned with a colour gradient that subtly pulses, giving the app a more dynamic look.

 


Navigation has also been updated. The model picker has returned to the top-left corner as a dropdown, while the account switcher has been moved to the bottom of the navigation drawer, a shift from Google’s usual layout. The app also uses thinner, rounded icons for a cleaner visual style.


Changes inside chats


Inside chats, the “See thinking steps” option has been moved to an overflow menu, with detailed reasoning now appearing as a bottom sheet.

 


On iOS, the redesign is said to draw from Apple’s Liquid Glass design language, adding more visual depth and animations to the interface.

 



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Mission Drishti: How GalaxEye is advancing earth observation with OptoSAR

Mission Drishti: How GalaxEye is advancing earth observation with OptoSAR



Bengaluru-based startup GalaxEye on May 3 launched Mission Drishti. Described as the world’s first OptoSAR satellite, it is also India’s largest privately developed Earth observation satellite, aimed at improving how Earth observation data is captured.

 

The 190 kg satellite was deployed aboard SpaceX’s Falcon 9 rocket. It is designed to deliver consistent imaging regardless of weather conditions or time of day, addressing key limitations seen in conventional satellite systems.


What is an Earth observation satellite


An Earth observation satellite (EOS) is designed to monitor and collect data about the Earth from space. These satellites capture images and measurements of the planet’s surface, atmosphere and oceans, supporting applications such as weather forecasting, mapping, environmental monitoring, agriculture, disaster management and defence planning.

 
 


Depending on the technology used, EOS can either capture visual imagery like photographs or rely on radar systems that can operate through clouds and in darkness. This makes them useful for delivering insights when ground-based observation is limited.


How is Mission Drishti different


Most Earth observation satellites rely on a single imaging method — optical or radar. Optical systems offer clarity but depend on daylight and clear skies, while radar-based systems work in all conditions but produce a different kind of data.

 


To bridge this gap, data from multiple satellites using different imaging methods is often combined. However, this approach has limitations, as different satellites may capture the same location at different times and from different angles, making alignment and interpretation complex.

 


Mission Drishti addresses this by integrating Electro-Optical (EO) and Synthetic Aperture Radar (SAR) sensors on a single platform. This allows it to capture data simultaneously from both systems, reducing dependency on external conditions and improving consistency.

 


GalaxEye founder Suyash Singh explained in an interview to Indian Express: “SAR and optical sensors are designed differently. They look at the Earth at different angles. So, if they are placed side by side, the optical sensor might be looking at Bengaluru while SAR is capturing Dubai at that instant. We have developed a technology stack that synchronises these systems, enabling them to observe the same location at the same time. This removes the need to manually align datasets from different satellites.”


What is OptoSAR and why it matters


OptoSAR refers to the integration of optical and radar imaging within a single satellite. In Mission Drishti’s case, this enables simultaneous capture of complementary datasets, improving both accuracy and reliability.

 


In practical terms, this means clearer and more consistent ground insights. During events such as cyclones, the satellite can identify flooded areas, damaged infrastructure and unaffected regions in a single pass, without being limited by cloud cover or lighting conditions.

 


Such capabilities are useful for defence monitoring, disaster response and infrastructure planning. It can enable continuous border surveillance, uninterrupted crop tracking during monsoons and more reliable monitoring of large-scale projects.

 


An NDTV report noted that a future constellation of OptoSAR satellites could enable year-round coverage. It added that during Operation Sindoor, India relied on commercial imagery from the US, a gap that indigenous systems like OptoSAR could address over time.

 


GalaxEye said it will be building on this possibility as it has revealed that it plans to expand its satellite constellation over the next five years, as part of efforts to build a more robust and sovereign Earth observation infrastructure in India. The company added that the move is also aimed at meeting the rising global demand for reliable and high-frequency satellite data.


AI in space technology


Artificial intelligence is becoming an important layer in modern space systems, helping satellites go beyond capturing images to delivering usable insights. As Earth observation platforms generate larger datasets, AI is used to process and analyse this data more efficiently.

 


In Mission Drishti, this becomes particularly relevant. Handling multi-source data requires advanced processing to make it usable in real time.

 


Singh said in an interview: “A key feature onboard is artificial intelligence processing powered by Nvidia’s Jetson Orin computing platform. Instead of transmitting large volumes of raw imagery back to Earth, parts of the processing will happen in orbit. The aim is to reduce the time needed to convert imagery into actionable information.”

 


According to the company, the satellite can deliver imagery at a resolution of 1.8 metres. This means each pixel represents a 1.8 m x 1.8 m area on the ground, allowing objects such as buildings, roads and large vehicles to be identified.

 


AI helps reduce the time between data capture and decision-making by processing information directly in space.


GalaxEye is not alone in this approach. US-based space technology company Pixxel and Indian startup Sarvam AI are developing what they describe as India’s first orbital data centre satellite. The 200 kg-class “Pathfinder” satellite, expected to launch as early as Q4 2026, will process data in orbit using data centre-grade GPUs.

 


The satellite will carry Pixxel’s hyperspectral imaging payload and analyse data in real time, reducing the need to send large volumes of raw data back to Earth. This enables faster analysis, including pattern detection and change tracking.


Leaders across the country have praised the development.


Prime Minister Narendra Modi said Mission Drishti marks a major achievement in India’s space journey. Defence Minister Rajnath Singh said it will strengthen capabilities in advanced Earth observation and strategic applications.

 


External Affairs Minister S Jaishankar said the mission reinforces India’s growing presence in the global space sector and highlights the role of entrepreneurs in strengthening the country’s innovation ecosystem.

 


The Indian Space Research Organisation described the launch as a significant milestone, noting that Mission Drishti advances all-weather Earth observation capabilities while being the country’s largest privately built satellite.



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Oura app update adds birth control tracking, menopause insights: What's new

Oura app update adds birth control tracking, menopause insights: What's new



Health technology company Oura has announced an update to its app, expanding its women’s health features with two new experiences – hormonal birth control support and menopause insights. 
According to the company, the update will allow users to track how birth control methods affect their bodies using real-time biometric data, while also offering tools to understand menopause-related symptoms. These additions aim to provide more personalised insights using continuous data collected by the Oura Ring. 

The features are set to roll out globally from May 6 for Oura Ring Gen 3 and Oura Ring 4 users.


Oura women’s health update: What’s new


Hormonal birth control support


Oura is introducing a new tool within Cycle Insights that links birth control methods with real-time biometric data. Users can select their contraceptive type, including pills, intrauterine devices (IUDs), implants and patches, and see how it influences metrics such as sleep, temperature and recovery. 

 


The company said the feature is designed to bridge the gap between how users feel and what their bodies are experiencing. It allows users to track symptoms, log changes and understand patterns across hormone and hormone-free phases. 

In select regions, users can also connect with licensed providers through partnerships for guidance on choosing birth control methods. 


Key features include


  • Biometric insights: Links selected birth control methods with continuous data such as sleep, temperature and recovery, helping users understand day-to-day changes.

  • Wide support: Covers multiple contraceptive options, allowing users to choose specific methods and receive personalised context.

  • Symptom tracking: Enables logging of symptoms, bleeding patterns and changes over time to identify trends.


Menopause insights


Oura is also introducing Menopause Insights to help users navigate perimenopause and menopause, stages often underrepresented in healthcare. 


At the centre of this feature is the Menopause Impact Scale (MIS), a research-backed questionnaire developed by Oura that assesses how 22 symptoms affect daily life and overall well-being. 


The company said the feature combines questionnaire responses with long-term biometric data, offering:


  • Actionable insights: Personalised explanations based on user data and responses.

  • Physiological trends: Links symptoms with metrics such as heart rate variability and sleep.

  • Long-term view: Tracks changes over time to assess how lifestyle adjustments impact well-being.


Focus on personalised health


The update reflects a broader shift towards personalised, data-driven health insights. By integrating features across life stages — from cycle tracking and fertility to pregnancy and menopause — Oura aims to offer a more continuous view of women’s health. 


Separately, to mark Mother’s Day in India, Croma is offering a limited-time discount on the Oura Ring 4.



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xAI may bring Grok Voice to Apple CarPlay for in-car AI use: What to expect

xAI may bring Grok Voice to Apple CarPlay for in-car AI use: What to expect



xAI is reportedly working on bringing its Grok AI assistant to Apple CarPlay, expanding the role of AI chatbot inside cars. According to a report by 9To5Mac, signs of this integration have appeared in the latest iPhone version of the Grok app, where a placeholder for CarPlay support has been spotted.

 


While the feature is not yet active, its presence suggests that xAI is preparing to roll out Grok Voice mode for in-car use. The move comes as more AI tools are being adapted for hands-free environments such as driving, where voice interaction plays a key role.

 


Grok Voice mode spotted in CarPlay


According to the report, the latest version of the Grok iOS app includes a placeholder interface for CarPlay. While the feature is not functional, it displays a message stating “Grok Voice mode coming soon to CarPlay,” indicating that development is underway.

 
 

Grok is an AI assistant developed by xAI, a company linked to Elon Musk. The assistant is already available in Tesla vehicles. Its arrival on CarPlay would expand its reach to a wider range of cars that support Apple’s in-car system. 


Growing presence of AI chatbots in cars


If launched, Grok one of the AI chatbots integrated with CarPlay, joining tools such as ChatGPT and Perplexity AI. This points to a broader trend where AI assistants are being adapted for in-car use, allowing drivers to interact through voice commands for information and basic tasks.

 


At present, there are no indications of Google Gemini being added to CarPlay. However, reports suggest that Gemini models could power future updates to Siri. Apple is also working on a more advanced version of Siri, which could eventually extend to the CarPlay experience.


What it could mean for users


The addition of Grok to CarPlay could give users another option for voice-based AI interactions while driving. Since CarPlay focuses on hands-free use, voice features could make it easier to access information or perform tasks without touching the screen.

 


For now, Grok’s CarPlay integration remains under development, and there is no confirmed timeline for its release. However, the appearance of the placeholder suggests that the rollout may not be far off.

 



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