Apple Inks $500 Million Rare Earth Magnet Deal to Bring Supply Home

A person walks past an Apple store on July 15, 2025, in New York City. (AFP)
A person walks past an Apple store on July 15, 2025, in New York City. (AFP)
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Apple Inks $500 Million Rare Earth Magnet Deal to Bring Supply Home

A person walks past an Apple store on July 15, 2025, in New York City. (AFP)
A person walks past an Apple store on July 15, 2025, in New York City. (AFP)

Apple has signed a $500-million deal with Pentagon-backed MP Materials for a supply of rare earth magnets, one of the first US tech companies to ink an agreement that aims to centralize its supply chain inside the country.

MP shares jumped 26% on Tuesday afternoon trading to a record high, while Apple's stock gained 1%.

The deal, announced on Tuesday, is part of a broader push by Apple to bring iPhone production to the United States amid a push from the Trump administration to produce fewer electronics in China - also marking corporate America's growing alignment with US industrial policy.

MP last week agreed to a multibillion-dollar deal with the US Department of Defense that will see the Pentagon become MP's largest shareholder and financial backstop.

Neither the precise length of the deal nor the specific volumes of magnets to be supplied was provided, although the agreement does call for magnets produced from recycled material, in keeping with Apple's long-standing goal of ending its reliance on the mining industry.

Rare earths are a group of 17 metals used to make magnets that turn power into motion, including the devices that make cellphones vibrate. They are also used to make weapons, electric vehicles, and many other electronics.

China halted rare earths exports in March following a trade spat with US President Donald Trump that showed some signs of easing late last month, even as broader tensions underscored demand for non-Chinese supply.

As part of the agreement, Apple will pre-pay Las Vegas-based MP Materials $200 million for a supply of magnets slated to begin in 2027.

The magnets will be produced at MP's Fort Worth, Texas, facility using magnets recycled at MP's Mountain Pass, California, mining complex, the companies said.

"Rare earth materials are essential for making advanced technology, and this partnership will help strengthen the supply of these vital materials here in the United States," Apple CEO Tim Cook said in a statement.

Bob O'Donnell, president at market research firm TECHnalysis Research, said Tuesday's move "makes complete sense" given that Apple requires significant amounts of rare earth magnets for its devices.

"Plus, by focusing on a US-based supplier, it does help position Apple more positively in Washington," he said.

Apple, which said the deal is part of its $500-billion four-year investment commitment to the US, has faced threats from Trump over iPhones not made in the US. But many analysts have said making the iPhone in the US is not possible, given labor costs and the existing smartphone supply chain.

Apple, which sold about 232 million iPhones last year, according to data from IDC, did not disclose which devices in which it will use the magnets.

MP said the deal will supply magnets for hundreds of millions of devices, which would constitute a significant share of any of Apple’s product lines, which also include wearable devices such as watches and earbuds.

MP already produces mined and processed rare earths and has said it expects to start commercial magnet production in its Texas facility by the end of this year.

Last week's deal with the US government includes a price floor for rare earths designed to spur investment in domestic mines and processing plants, which has been lagging partly due to low prices set in China.



Apple Closes in on Nvidia in Race for World's Most Valuable Company

Apple logo (Reuters)
Apple logo (Reuters)
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Apple Closes in on Nvidia in Race for World's Most Valuable Company

Apple logo (Reuters)
Apple logo (Reuters)

Apple is within striking distance of overtaking Nvidia as the world's most valuable company, a milestone that would reshuffle the ranks of tech heavyweights as investors reassess the outlook for AI.

Apple was last valued at $4.90 trillion as its shares rose marginally in premarket trading on Friday, while Nvidia was roughly at the same level, following a 2.4% decline.

If Apple overtakes Nvidia, it would reclaim the top spot for the first time since April last year. The close race shows that investors are broadening their focus beyond the obvious beneficiaries of the AI boom, such as Nvidia, which has been at the helm for nearly a year.

"Apple was seen as a laggard in the AI race because it wasn't spending to develop models, but now sentiment has changed," said Toni Meadows, head of investment at BRI Wealth Management, Reuters reported.

"Apple is less exposed to capex intensity and better positioned to monetize AI via services, ecosystem lock-in, and hardware upgrades. The re-rating reflects confidence in earnings durability rather than speculative AI upside."

For a company that was often seen trailing in the AI race, the narrowing gap with Nvidia reflects Apple's efforts to establish itself more firmly among the sector's leading players, and could shape how CEO Tim Cook's final months at the helm are viewed.

Cook is preparing to cede his role to hardware veteran John Ternus in September.

Last month, the company rolled out a long-delayed overhaul of Siri, betting the upgraded assistant would help close the gap with Big Tech rivals and new-age startups in the crucial AI race.

Some analysts say Apple is sitting on an AI gold mine in the form of the personal data that lives on every iPhone. The data could make Siri's answers more useful and the assistant more capable.

The challenge is that such data is locked away in operating systems in the name of privacy and the company would have to find a way to unlock its value.

Nvidia became the first company in the world to surpass a $5 trillion market valuation in October, a landmark that propelled it into a rarefied territory that was far beyond the reach of its rivals.

Even if Nvidia is superseded by Apple, it would not necessarily signal a lasting change in the companies' relative standing. The chipmaker remains a major beneficiary of AI-related spending, and its graphics processors are powering much of the generative AI frenzy.

Nvidia could also reclaim the top spot if sentiment shifts.

Besides, Apple is in a delicate position itself, having raised prices to offset rising costs -- a strategy that could hurt demand.

"I don't see any meaningful distinction should Nvidia lose its crown. It's likely to be a significant participant in whatever happens going forward," said Benjamin Hall, vice president, alpha research at Segal Marco Advisors.

However, the AI enthusiasm has spread to other corners of the semiconductor industry. The bigger winners this year have been memory chipmakers such as Micron, which crossed $1 trillion in market value in May as investors embraced the significance of memory chips in AI infrastructure.

South Korea's SK Hynix also listed on the Nasdaq earlier this month, adding another player to the race for investor attention.

"The new entrants to the market could spread out the focus away from the pure Magnificent Seven names into a wider number of names," Hall said.

The eye-watering chips rally ran into turbulence in July as investors reassessed the sustainability of the artificial intelligence trade, knocking the Philadelphia SE Semiconductor index down almost 19% from its all-time highs.

Despite the steep fall, the index has performed better than Nvidia so far this year.


South Korea-US Team Unveils Robotic Technology That Dresses the Wearer

 Hwang Jae Yun, a graduate student of Civil and Environmental Engineering at the Korea Advanced Institute of Science and Technology (KAIST), demonstrates wearing a self-dressing robot at KAIST in Daejeon, South Korea, July 14, 2026. (Reuters)
Hwang Jae Yun, a graduate student of Civil and Environmental Engineering at the Korea Advanced Institute of Science and Technology (KAIST), demonstrates wearing a self-dressing robot at KAIST in Daejeon, South Korea, July 14, 2026. (Reuters)
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South Korea-US Team Unveils Robotic Technology That Dresses the Wearer

 Hwang Jae Yun, a graduate student of Civil and Environmental Engineering at the Korea Advanced Institute of Science and Technology (KAIST), demonstrates wearing a self-dressing robot at KAIST in Daejeon, South Korea, July 14, 2026. (Reuters)
Hwang Jae Yun, a graduate student of Civil and Environmental Engineering at the Korea Advanced Institute of Science and Technology (KAIST), demonstrates wearing a self-dressing robot at KAIST in Daejeon, South Korea, July 14, 2026. (Reuters)

A team of South Korean and US researchers has unveiled a robotic technology that allows a person to suit up without using their hands or aid from others, with potential for applications in chip cleanrooms and emergency services.

The technology developed by researchers at South Korea's KAIST and Stanford University uses soft and flexible "vines" powered by air pressure embedded in clothing. When pressurized, the vines glide the fabric up close to the wearer's body like an ivy plant climbing on a structure, even if the person does not remain standing ‌still.

"When I was ‌riding a bicycle, it started to ‌rain ... ⁠and I thought it ⁠would be helpful if a raincoat could be put on automatically (as I ride)," said KAIST postdoctoral researcher Kim Nam Gyun, the lead author of a paper on the technology.

"The vine robot stays close to the person and dresses them by turning the clothing inside out as it moves, allowing it to climb stably along ⁠the shape of the body,” Kim said, adding ‌it takes about 10 seconds to ‌put on a full suit.

A key to the technology's potential is ‌it does not require the wearer to stand motionless and ‌it works without a complex control algorithm, the researchers said.

Inspired by climbing ivy, the robot advances by growing at its tip rather than shifting its whole body, enabling stable movement along curved surfaces, said Ryu Jee-Hwan, ‌a professor of civil and environmental engineering at KAIST.

“It can pass through narrow gaps, grow while ⁠adapting to ⁠the shape of its surrounding environment, and move regardless of whether the surface is slippery, sticky, or sloped,” he said.

Beyond immediate applications for helping the elderly and disabled, the team sees potential for use where the user needs to suit up and off quickly and without using the hands, including in semiconductor cleanrooms and by emergency workers requiring personal protective equipment.

Ryu said given the explosive growth of AI, there was usually much attention on the software powering systems, but the team's self-dressing robot was an example of how mechanical engineering could complement software.

The study was published in IEEE Robotics and Automation Letters, a peer-reviewed journal.


China's Xi Calls for Step Up of Global Effort in AI, as US Curbs Squeeze China’s Tech Access

 Chinese President Xi Jinping speaks at the opening ceremony for the World AI Conference in Shanghai, China, July 17, 2026. (Reuters)
Chinese President Xi Jinping speaks at the opening ceremony for the World AI Conference in Shanghai, China, July 17, 2026. (Reuters)
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China's Xi Calls for Step Up of Global Effort in AI, as US Curbs Squeeze China’s Tech Access

 Chinese President Xi Jinping speaks at the opening ceremony for the World AI Conference in Shanghai, China, July 17, 2026. (Reuters)
Chinese President Xi Jinping speaks at the opening ceremony for the World AI Conference in Shanghai, China, July 17, 2026. (Reuters)

Development and governance of artificial intelligence should be a global effort, Chinese President Xi Jinping said Friday, while reiterating China’s objections to what he called the “overstretching” of national security concerns.

Speaking at a conference in Shanghai, Xi said AI should not be dominated by any single nation.

American-led restrictions have blocked China from accessing some of the world's most advanced technologies, spurring China's efforts to build its own know-how and intensifying the tech race between the world’s two biggest economies.

“The development of artificial intelligence should not be a solo performance by any single country but rather a symphony of global cooperation,” Xi said at China's annual World Artificial Intelligence Conference in Shanghai. Others attending included the leaders of Kazakhstan, Cambodia and Thailand and UN Secretary-General António Guterres.

“We should together oppose the practice of overstretching the concept of national security in the field of artificial intelligence, and of placing one’s own security above that of other countries,” he said, repeating a longstanding Chinese complaint.

Over the next five years, he said China will provide 5,000 training opportunities on artificial intelligence to developing countries.

China will expand AI cooperation with the Association of Southeast Asian Nations, the League of Arab States, the African Union, the Community of Latin American and Caribbean States, the Shanghai Cooperation Organization and the BRICS countries, Xi said.

He promised to provide access for 30 countries to a Chinese-developed AI meteorological system that provides early warning systems.

A day earlier, 29 countries including Pakistan, Russia and Kazakhstan signed an agreement with China to establish a World Artificial Intelligence Cooperation Organization. State media described it as an intergovernmental organization headquartered in Shanghai promoting global AI governance.

More than 1,100 companies and 1,400 guests are participating in the annual AI conference this year, state media said.

During the conference, tech giant Huawei will be showcasing its powerful AI computing system, the Atlas 950 SuperPoD,.

Some technology analysts now believe China has become an innovator in AI and is no longer just catching up with the US. China’s five-year plan until 2030 has prioritized progress in frontiers of science and technology including AI.

China’s open-source AI models, like DeepSeek, have been seen as appealing and often times more affordable alternatives globally to US AI models, which are largely closed-source, and especially across the developing world.