Government funding targets battery materials, rare earths and strategic metals as the U.S. seeks to rebuild domestic mining, processing and defense supply chains

U.S. President Donald Trump on Friday announced roughly $3 billion in new federal support for critical-minerals and battery projects, accelerating his administration’s effort to expand domestic production of materials considered essential to national security, advanced manufacturing and the defense industry.

“We’re reclaiming America’s rightful place as the minerals superpower of the world,” Trump told more than 200 mining executives, educators, investors and politicians at a roundtable at the State Department.

The package includes billions of dollars in loans and other federal support for companies developing battery materials, rare earths and strategic metals. The administration is seeking to address what it sees as a major vulnerability in the U.S. industrial base: heavy dependence on China and other foreign suppliers for minerals needed to manufacture weapons, electric vehicles, batteries, electronics and other advanced technologies.

Among the largest commitments is a $1.4 billion conditional loan from the U.S. Department of Defense’s Office of Strategic Capital to Sila Nanotechnologies, a company developing lithium-ion battery materials.

The Office of Strategic Capital also extended a $400 million conditional loan to Australian-listed Sunrise Energy Metals, which is developing scandium resources, and a $150 million conditional loan to magnet developer Niron Magnetics.

The U.S. Export-Import Bank will provide another $58 million in loans to Westwater Resources, Global Advanced Metals and 5E Advanced Materials.

“Critical minerals are the raw materials of American strength that power everything from advanced weaponry to automobiles, and we want these essential products to be mined, refined and made right here in the USA,” Trump said.

The commitments show how Washington is increasingly treating mineral supply chains as a strategic-security issue rather than simply a commercial or environmental concern.

The push has gained additional importance following the five-month-long war with Iran, which has placed pressure on U.S. stocks of precision-guided weapons and air-defense interceptors.

U.S. forces have used large numbers of missiles and interceptors during the conflict, while defense officials and lawmakers have warned that replenishing some inventories could take years because of existing production constraints. The Trump administration has disputed reports of significant shortages.

The Pentagon considers minerals such as rare earths, tungsten, germanium and scandium essential to the production of precision-guided missiles, fighter aircraft, armored vehicles, infrared sensors and other advanced military systems.

That creates a direct link between mineral policy and U.S. defense readiness. Washington cannot rapidly expand weapons production if the raw materials required for those systems remain dependent on supply chains that can be disrupted by geopolitical tensions.

The administration’s strategy therefore extends beyond increasing mine output. It is also seeking to establish domestic refining, processing and manufacturing capacity so that minerals extracted in the United States or obtained from allied countries can be converted into components needed by defense and industrial companies.

Interior Secretary Doug Burgum, Secretary of State Marco Rubio, Commerce Secretary Howard Lutnick and National Security Council official David Copley attended the roundtable, underscoring the cross-government nature of the initiative.

China Remains The Central Supply-Chain Concern

At the heart of the strategy is China’s dominant position across much of the global critical-minerals supply chain.

China has spent decades investing in mining, processing and refining capacity, giving it a commanding position in several minerals and materials used in advanced manufacturing. The U.S. administration argues that Washington’s dependence on those supply chains creates an economic and national-security vulnerability.

Since returning to office, Trump has launched a $12 billion strategic-minerals stockpile, backed equity investments in companies developing U.S. mines and processing facilities, and moved to restrict defense contractors’ reliance on Chinese supplies.

The latest funding package represents a further shift toward government-supported industrial policy. Rather than relying solely on private capital to establish mines and processing facilities that can take years to become profitable, Washington is using loans, grants, government procurement and strategic stockpiling to reduce the financial risks faced by producers.

The challenge is that mineral projects typically require substantial upfront capital, lengthy permitting processes and years of development before commercial production. Some projects can also face technical difficulties and volatile commodity prices.

That makes government financing potentially important in determining whether U.S. projects can reach production at a scale capable of challenging established overseas supply chains.

The inclusion of Sila Nanotechnologies also highlights the connection between critical minerals and the broader battery supply chain.

Sila develops materials used in lithium-ion batteries, linking the federal initiative to Washington’s efforts to establish domestic capacity for energy storage and advanced manufacturing.

The U.S. battery industry has expanded rapidly, but many parts of the supply chain remain dependent on imported minerals, processed materials and components. Building domestic capacity in upstream materials could therefore reduce exposure to supply disruptions while supporting manufacturers further down the value chain.

The policy also has implications beyond electric vehicles. Advanced batteries are important for military systems, drones, data centers, grid storage and other technologies requiring high energy density.

Mining Education Becomes Part of The Strategy

The administration is also attempting to address a less visible constraint on domestic mining: a shortage of skilled workers.

The Department of Energy hosted representatives from all 14 accredited U.S. mining schools on Friday and announced $100 million in grants to strengthen educational programmes.

The department has set a goal of doubling the number of mining-related graduates from U.S. universities within two years.

“We need to work on some systemic changes to how we as a nation want to offer our brightest students an opportunity to participate in this industry,” Assistant Energy Secretary Audrey Robertson said.

The Pentagon separately said it would provide $80 million for projects at three U.S. mining schools.

The emphasis on universities underpins the administration’s view that rebuilding the mineral industry requires more than opening mines. Engineers, geologists, metallurgists and other specialists will be needed to develop mines, improve extraction technologies, operate processing plants and build new domestic supply chains.

U.S. officials have cited China’s extensive network of mining universities as one factor behind its strength in global mineral production.

The roundtable brought together executives from companies developing lithium, rare earths, scandium and other strategic materials.

Tom Albanese, chairman of deep-sea mining company American Ocean Minerals, presented Trump with a gold replica of a nodule that the company hopes to extract from the Pacific seabed. Trump last year said he could bypass the United Nations-backed International Seabed Authority and issue international seabed mining licenses.

Jim Litinsky, CEO of rare earths producer MP Materials, which receives financial support from the Pentagon, presented Trump with magnets manufactured at the company’s Texas facility for General Motors.

Other participants included executives from Lithium Americas, which is developing what it describes as the largest U.S. lithium mine; NioCorp, which is developing a scandium project intended to supply defense contractor Lockheed Martin; and Energy Fuels, which received a $725 million conditional loan from the Office of Strategic Capital in June.

The presence of both mining companies and defense-linked manufacturers illustrates the administration’s attempt to connect mineral extraction directly with end users.

Washington Bets On Government-Backed Supply Chains

The broader strategy marks a significant expansion of the U.S. government’s role in the critical-minerals industry.

For years, China was able to build an advantage through sustained investment across mining, processing and manufacturing. The Trump administration is now attempting to replicate part of that model through federal financing, strategic stockpiles, defense procurement and support for domestic projects.

The immediate objective is not simply to increase the amount of minerals mined in the United States. The more consequential goal is to build complete supply chains, from extraction and refining to component manufacturing, so that critical industries are less vulnerable to geopolitical pressure.

That effort could become more important as Washington’s competition with Beijing expands from semiconductors and artificial intelligence into batteries, defense technology, electric vehicles and energy infrastructure.

Donut-shaped hardware being developed with Jony Ive’s LoveFrom is expected to combine a premium design with an always-available AI experience

OpenAI’s reported device, expected to enter the consumer hardware market with a new artificial intelligence designed to bring ChatGPT into users’ homes, now has a price tag.

The company’s first major hardware product, reportedly taking a distinctive donut-shaped form, is potentially costing as much as $400.

The device, which has previously been described as an AI-powered smart speaker and the “physical manifestation” of ChatGPT, is being developed in partnership with LoveFrom, the design studio founded by former Apple design chief Jony Ive.

According to Bloomberg, the device will be donut-shaped, a design intended to make it easier for users to carry around their homes and place in different locations, including on a bedside table or kitchen counter.

The product is expected to be made from high-quality metal and have a premium appearance. It will also reportedly contain moving parts, although details about what those components will do remain unclear. The reported design marks a significant departure from the conventional smart-speaker format, where devices typically remain stationary and rely on microphones, speakers and physical or touch controls.

OpenAI’s approach appears aimed at creating a device that is less like a traditional speaker and more like a dedicated physical interface for an AI assistant.

The product could also carry a substantially higher price than mainstream smart speakers.

The reported price range of $300 to $400 would place the device well above many existing smart-home speakers. Amazon’s smart speakers, for example, generally sell at considerably lower prices, with its lineup ranging from entry-level devices costing around $40 to higher-end models priced at roughly $240.

That pricing could become one of OpenAI’s biggest challenges as it attempts to establish a new hardware category around generative AI.

Smart speakers have historically been difficult businesses, with manufacturers often using them to strengthen broader ecosystems rather than generate significant hardware margins. Amazon, Google and Apple have used smart speakers and related devices to connect consumers to their respective software, advertising, commerce and subscription ecosystems.

OpenAI does not have an equivalent hardware ecosystem, which means the company would be asking consumers to pay a premium primarily for access to an AI experience.

That could make the success of the device heavily dependent on whether users see enough value in having ChatGPT available continuously in their physical environment rather than accessing the service through smartphones, computers and existing voice-enabled devices.

The proposed product could nevertheless give OpenAI a way to deepen its relationship with consumers.

Instead of requiring users to open an application and initiate a conversation, a dedicated device could provide an always-available interface for asking questions, managing information, controlling compatible devices and potentially performing tasks through AI agents.

The reported portability of the device could be particularly important to that strategy. Users could move it from the bedroom to the kitchen or another part of the house, potentially positioning it as a persistent AI companion rather than a conventional smart speaker tied to a single location.

The partnership with LoveFrom adds another dimension to OpenAI’s hardware ambitions.

Ive became one of the technology industry’s most influential designers during his years at Apple, where he played a central role in the development of products including the iMac, iPod, iPhone and iPad.

His involvement gives OpenAI access to a design philosophy centered on industrial design and user experience at a time when AI companies are seeking ways to move beyond conventional screens and keyboards.

OpenAI is reportedly targeting a 2027 launch, although the company has not publicly confirmed the final design, specifications, price or release date.

The hardware push also comes with significant legal and commercial challenges.

Apple has sued OpenAI, accusing the company of misappropriating trade secrets. OpenAI has denied wrongdoing. The dispute adds another complication to the AI company’s efforts to establish itself in a hardware market historically dominated by companies with extensive manufacturing, distribution and consumer-product expertise.

OpenAI’s hardware strategy also points to a broader shift in the AI industry toward dedicated devices. As generative AI becomes more capable of understanding voice, images and context and of taking actions on behalf of users, technology companies are exploring interfaces that could reduce reliance on traditional applications.

The potential opportunity is substantial, but so are the risks. A $300-to-$400 device would need to offer capabilities sufficiently different from those available through smartphones and existing smart speakers to persuade consumers to purchase another device.

OpenAI would also need to demonstrate that its AI can operate reliably in a home environment, where privacy, accidental activation, latency and the accuracy of responses become more consequential than they are in a conventional chatbot.

Analysts note that if OpenAI succeeds, the device could become an important step toward making AI a persistent part of consumers’ physical environments.

For now, the donut-shaped device remains largely a reported project rather than a confirmed commercial product, leaving its final design, capabilities, pricing and launch timetable subject to change.