Apple Inc.

NEW YORK, March 11, 2026 /CNW/ -- Ukraine produced 1.2 million drones in 2024 alone. The scale is significant, as Ukraine is now deploying roughly 9,000 drones per day. But all of those drones share one vulnerability: virtually every magnet in the Ukrainian drones used in 2024 was manufactured in China. And the same is true for Western defense systems across the board.  Companies mentioned in this release include: REalloys Inc. (ALOY), Apple Inc. (NASDAQ: AAPL), Broadcom Inc. (NASDAQ:AVGO), Advanced Micro Devices, Inc. (NASDAQ: AMD), General Motors Company (NYSE: GM), Taiwan Semiconductor Manufacturing Company Limited (NYSE: TSM)

Every drone motor, every missile guidance system, every fighter jet turbine starter…all of them depend on rare earth magnets that trace back to Chinese processing. That's a vulnerability most people haven't even begun to understand. And one company, REalloys (ALOY), is looking to close that gap before it's too late.

REalloys operates the only proven commercial-scale platform in North America for producing the heavy rare earth metals and alloys that go into defense-grade magnets. Its facility in Euclid, Ohio, is already delivering materials under U.S. government contracts. And there's a hard deadline approaching that changes everything. On January 1, 2027, new U.S. defense procurement rules take effect that will effectively ban Chinese-origin rare earth materials from American weapons systems. That means every defense contractor currently sourcing magnets or magnet materials – for drones or any other military purpose – from China will need a compliant domestic alternative…and they'll need it fast. So the companies that get qualified into these programs now might own these supply chains for decades.

China Holds the Key

China controls approximately 90–95% of global rare earth processing. Rare earths exist in the ground across North America, South America, Greenland, and elsewhere. But the West gave up the ability to actually process those raw materials into usable metals and magnets roughly 40 years ago. China filled that void and now controls nearly the entire global supply chain.

Every rare earth magnet used in Western defense systems, vehicles, electronics, and industrial equipment traces back to Chinese processing. And China maintains an incredibly strict control over its advantage, as it issues rare earth export licenses on a monthly basis. That means Beijing can throttle supply to any country at any time.

When President Trump threatened 100% tariffs on China, Beijing's counter was a threat to cut off rare earth exports. This episode highlighted the strategic leverage that rare earth export controls provide to China.

Notably, the United States currently maintains zero strategic stockpile of processed rare earths. Europe's stockpile? Also zero. The entire Western drone and defense industrial base operates on a just-in-time supply chain for the most critical materials on the planet…and it's sourced almost entirely from a geopolitical adversary that can turn the tap off any time it wants. This is the threat that makes what REalloys is building in Ohio and Saskatchewan so critical…not just as a business, but as a matter of national defense.

Why Billions in Mining Investment Haven't Fixed Anything

There's a reason billions of dollars in rare earth mining investment haven't made a dent in China's dominance. It's because most of the money was spent working to solve the wrong problem. Even President Trump has acknowledged this publicly, remarking at the World Economic Forum in Davos that America doesn't have a rare earth problem; it has a processing problem. Elon Musk echoed the same point, noting that there's nothing rare about rare earths except the processing and separating.

Converting raw rare earth minerals into defense-grade metals and magnets is a ridiculously complex industrial challenge. It involves separating 17 individual elements through multi-stage solvent extraction…then converting oxides into metals at temperatures above 1,200 degrees…then precision alloying to exact specifications across thousands of micro-steps…and all of this must be controlled with extreme precision.

Making matters worse, many companies claiming to operate supply chains outside China's influence are still quietly dependent on Chinese technology, equipment, and consumables. For example, graphite anodes, which are a critical furnace component that needs replacing several times per week, come almost exclusively from China.

As one rare earth processing expert put it: 1% reliance on China is 100% reliance on China. It's a principle that REalloys and its processing partner, the Saskatchewan Research Council, built their entire operation around…and it's why their supply chain was designed from the ground up to be completely free of Chinese dependency.

The Only Proven Platform in North America

No other company in North America has what REalloys (ALOY) has built: a proven, commercial-scale heavy rare earth supply chain that can take raw material all the way to a finished magnet with zero reliance on Chinese technology, equipment, or critical consumables.

The company controls every step of the supply chain. Upstream, it owns the Hoidas Lake rare earth project in Saskatchewan and has locked in non-binding feedstock agreements with partners in Kazakhstan, Brazil, and Greenland. Midstream, it holds an exclusive 80% offtake on production from the Saskatchewan Research Council's Rare Earth Processing Facility in Saskatoon, targeting first commercial production in late 2026 to early 2027. Downstream, it operates a metallization and magnet-manufacturing facility in Euclid, Ohio, which is a site with more than three decades of specialty metals experience and existing contracts with the U.S. Department of Defense, Department of Energy, and NASA.

That Euclid facility is a critical asset. It is currently the only facility in North America with a proven track record of delivering heavy rare earth metals, alloys, and magnets to government and commercial partners. The team behind it goes back over 40 years, including eight years of hands-on collaboration with U.S. national laboratories and the Defense Logistics Agency. And the processing technology that feeds it is just as impressive. Where a comparable Chinese facility requires roughly 80 workers running manual operations around the clock, the SRC's AI-driven system runs the entire separation process with six people.

When China blocked the export of processing technology in 2020, SRC built everything from the ground up…and ended up building something better. By early 2027, the combined platform is expected to produce approximately 525 tonnes per year of neodymium-praseodymium metal, roughly 30 tonnes of dysprosium oxide, and 15 tonnes of terbium oxide. At that scale, the SRC facility would be the largest source of heavy rare earth oxides outside China, sitting right in North America's backyard.

Why the Next 12 Months Change Everything

On January 1, 2027, new U.S. defense procurement rules take effect that will effectively ban Chinese-origin rare earth materials from American weapons systems. Every defense contractor that currently sources magnets or magnet materials from China will need a compliant domestic alternative. That deadline is now less than a year away, and qualification alone takes years while material is tested, stressed, retested, incorporated into components, and evaluated again after changes in scale. Any variation in chemistry, microstructure, or processing conditions can reset the entire clock.

Once a supplier clears that process, replacing them becomes a technical and regulatory headache that nobody wants to take on. Defense platforms are designed to operate for decades, and suppliers are chosen early and rarely replaced.

The U.S. Export-Import Bank has issued a $200 million letter of intent to support the company's supply chain development. The Japan Organization for Metals and Energy Security (JOGMEC) has signed an MOU covering technology transfer and potential financing. And the company's board reads like a who's who of defense and policy leadership: Chairman Stephen S. DuMont, President of GM Defense; General Jack Keane (Ret.), four-star general and recipient of the Presidential Medal of Freedom; former Saskatchewan Premier Brad Wall; and former Canadian Ambassador to the U.S. David MacNaughton.

When the U.S. defense establishment, allied governments, and major financial institutions all start backing the same company, it usually means something. In rare earth processing, where the barriers are measured in years of expertise rather than dollars of capital, being first matters more than being biggest. REalloys got there first.

Heavy rare earths are essential technology. Here are 5 companies to watch over the coming months that have exposure to the rare earth space:

Apple Inc. (NASDAQ: AAPL) has essentially decoupled its hardware from the traditional rare earth mining market. As of their 2025 environmental audits, the company reached a milestone: over 99% of the rare earths used in all Apple-designed magnets are now sourced from recycled materials. This is a massive achievement powered by their proprietary disassembly robots like Daisy and Dave, which recover magnets from old iPhones that industrial shredders would normally pulverize and lose. 

To lock this in for the long haul, Apple signed a landmark $500 million agreement with MP Materials in mid-2025. This deal secures a domestic supply of magnets refined at Mountain Pass, California, and manufactured in Northlake, Texas.

Broadcom Inc. (NASDAQ: AVGO) is the "quiet giant" of the AI hardware world, specializing in the high-speed networking chips that connect thousands of GPUs in a data center. In early 2026, they secured a massive $21 billion order from Anthropic for custom AI accelerators. These chips, and the optical transceivers that accompany them, require precision magnets and specialized alloys that have been subject to significant export delays and 45% tariffs over the last year.

Broadcom's stock has been one of the top performers in the semiconductor sector, recently hitting new highs as investors realize that you can't build an AI supercomputer without Broadcom's interconnect technology. They've successfully integrated VMware into their business, shifting toward a high-margin software-plus-hardware model.

Advanced Micro Devices, Inc. (NASDAQ: AMD) is currently the strongest rival to NVIDIA in the AI space, and they are doing it by leaning into an "open ecosystem" strategy. Helios is designed to be "circular-ready," meaning it's built so that rare earth magnets and other high-value metals can be easily stripped and recycled when the hardware is decommissioned after its 3-to-5-year life cycle in a data center.

Financially, AMD's stock has been bolstered by its aggressive product roadmap, specifically the Instinct MI400 series GPUs. While NVIDIA has the market share, AMD has the "favored alternative" status among hyperscalers like Google and Microsoft who want to avoid vendor lock-in.

General Motors Company (NYSE: GM) has expanded its upstream exposure as access to battery raw materials increasingly dictates EV scaling timelines. The automaker continues to secure direct stakes and long-term contracts across the lithium, nickel, and cobalt value chains to underpin its Ultium platform.

Its investment in Lithium Americas' Thacker Pass project provides priority access to Phase 1 lithium supply, supporting full U.S. tax credit eligibility under current IRA guidelines. GM has also expanded nickel and cobalt supply arrangements with global miners to diversify sourcing.

TSMC (NYSE: TSM) is the "foundry of the world," and as such, they are the single largest consumer of the high-purity chemicals and minerals used in semiconductor manufacturing. At their massive site in Phoenix, Arizona, they recently broke ground on an Industrial Water Reclamation Plant. This $20+ billion facility is designed to recapture up to 90% of the water used in chipmaking.

Financially, TSMC remains a powerhouse, with early 2026 revenue projections showing nearly 30% growth. The stock continues to be a favorite for those wanting exposure to the AI boom, as every major player relies on TSMC's Taiwan and Arizona fabs. However, the company is constantly navigating the "Taiwan Risk," which is why their

By. Josh Owens

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NetworkNewsWire Editorial Coverage

NEW YORK, Oct. 27, 2025 /CNW/ -- The AI revolution isn't running out of processing power; it's running out of electricity, and the race is on to find the next great source of clean, limitless energy. Data centers are devouring power faster than utilities can supply it, straining aging grids, driving up household energy bills and exposing a simple truth -- the digital world needs a new source of real-world power. One breakthrough stands apart: natural hydrogen. According to the International Energy Agency (IEA), global data-center power consumption is projected to more than double by 2030, to roughly 945 terawatt-hours (TWh), and the subset of AI-optimized centers could quadruple over the same period. Meanwhile, in the United States, power demand from data centers may well double by 2035 as well, potentially consuming around 9% of national electricity demand. In short: Compute demand is outpacing expansion in grid capacity. This is why the big names in tech and capital are now racing to secure energy itself -- and one of the most promising sectors in that energy race is natural (geologic) hydrogen. Enter MAX Power Mining Corp. (OTC: MAXXF) (CSE: MAXX) (profile). This first-mover North American public company is focused on commercial natural hydrogen. MAX Power controls approximately 1.3 million permitted acres in Saskatchewan, including the 200-km-long Genesis Trend, which lies adjacent to an existing industrial corridor and a proposed Hydrogen Hub, with multiple ranked targets. With its focus on providing energy for AI demand, MAX Power joins a group of leaders operating in the AI space, including NVIDIA Corp. (NASDAQ: NVDA), Microsoft Corp. (NASDAQ: MSFT), Apple Inc. (NASDAQ: AAPL) and Amazon.com Inc. (NASDAQ: AMZN), whose involvement spans hardware, software, infrastructure, research, investment and product rollout.

• AI's rapid expansion is redefining global energy demand, forcing a rethink of how the world generates and delivers power.
• MAX Power is North America's public company leader in taking natural hydrogen to commerciality, a potential major breakthrough in clean, baseload energy.
• With the largest natural hydrogen portfolio on the continent, MAX Power controls Canada's most prospective ground in this emerging frontier.
• The company's partnership with the Petroleum Technology Research Centre (PTRC) and billionaire investor Eric Sprott brings world-class validation and government connectivity to accelerate development.
• Backed by proven leadership and aligned capital, MAX Power is positioned to pioneer the next major shift in global energy.

Click here to view the custom infographic of the MAX Power Mining Corp. editorial.

The Macro Opportunity: Geologic (Natural) Hydrogen

AI's rapid expansion is redefining global energy demand, forcing a rethink of how the world generates and delivers power. The IEA estimates that in 2024, global data centers were responsible for roughly 1.5% of worldwide electricity consumption. By 2030, data center electricity is projected to climb to about 945 TWh, more than the entire electricity demand of Japan today. In fact, the IEA highlights that "AI-optimized" data centers could more than quadruple their power draw during this period.

This means the bottleneck isn't compute hardware or cooling systems so much as power availability, reliability and scalability. The IEA statement that "it's about power now" has moved from a whisper to a full-throated consensus across the data center industry. In the U.S. context, data-center growth alone may drive nearly half of incremental electricity demand by 2030, a striking figure that underscores how compute growth is reshaping grid planning and energy investment flows. 

To meet this kind of demand, and the 24/7 baseload nature of hyperscale compute facilities, the industry must look beyond simply adding more renewables or expanding transmission. That means exploring energy sources that are dispatchable, flexible and scalable. Enter the concept of geologic (natural) hydrogen, a resource that until recently was mostly academic but is increasingly being framed as the next frontier of energy. Geologic hydrogen exists in subsurface reservoirs formed by interactions between water and iron-rich rocks and potentially in quantities large enough to rival proven natural-gas reserves.

This isn't manufactured hydrogen via electrolysis or fossil-fuel derived (grey/blue) hydrogen. Natural hydrogen requires no electricity to produce and offers near-zero lifecycle emissions once flowing. The appeal for AI-era power is clear: a low-carbon, on-site, non-intermittent baseload source that ensures consistent uptime and energy security for the world's fastest-growing industry. One startup, Koloma, backed by Bill Gates and Jeff Bezos, describes it as "a global gold rush for buried hydrogen.

In essence, as AI compute demand scales faster than grid expansion, the energy industry must shift from marginal renewables to foundational new supply. Geologic hydrogen could be that supply. Natural hydrogen offers the chance to deliver clean, dispatchable energy exactly where it's needed, near compute clusters, industrial corridors and heavy-power zones. It's not just about clean power; it's about unlocking a new energy paradigm around compute-first infrastructure. The numbers, the grid-constraints and the compute growth trajectory all point to this moment being more than just another energy transition. It's the foundation layer for the AI era.

First-Mover Advantage in Global Energy Breakthrough

While the macro themes are compelling, the Achilles heel in any new energy frontier is timing and access. That's why advantage accrues to the first entrants who secure land, rights, subsurface data and community/industrial linkages. MAX Power is North America's public company leader in taking natural hydrogen to commerciality, a potential major breakthrough in clean, baseload energy.

To appreciate why that matters, contrast manufactured vs. natural hydrogen. Today about 99% of hydrogen is produced either via steam-methane reformation of fossil fuels (grey/blue) or via water electrolysis using electricity (green). These production methods demand massive capital and energy inputs while generating significant carbon emissions.

Natural (geologic) hydrogen differs fundamentally: It is generated underground, accumulates in reservoirs much like natural gas and can be tapped with exploration-production techniques. A flowing, commercial natural hydrogen discovery offers low-cost, low-carbon, baseload-capable supply, without decades of development required.

In economic terms, early modeling suggests natural hydrogen could be produced for about $0.50–$1.00 per kilogram, compared to ~$2–3/kg for blue hydrogen and ~$4–6+/kg for green hydrogen, depending on power input. If these cost curves materialize, natural hydrogen could dramatically undercut manufactured hydrogen.

The scale potential is huge. Even if only 1–2% of subsurface hydrogen is recoverable, the energy endowment could cover global hydrogen needs for centuries. The U.S. Geological Survey (USGS) reports that the modeled in-place hydrogen may exceed twice the energy content of all proven natural gas on earth. By positioning ahead of the pack, MAX Power aims to capture early access, establish ground truth on subsurface hydrogen and connect to heavy-demand loads (data centers, industrial corridors, fertilizer hubs) that will dominate the next wave of energy demand. While everyone appears to be talking about hydrogen, few are addressing the natural-hydrogen frontier in a commercial, district-scale format -- and that's where first-mover advantage becomes meaningful.

Largest Natural Hydrogen Permitted Land Package

When it comes to scale and positioning, land rights and permitted acreage count. With the largest natural hydrogen portfolio on the continent, MAX Power controls Canada's most prospective ground in this emerging frontier, an approximately 1.3 million-acre permitted land package in Saskatchewan. This isn't a single small lease; it's a field-scale opportunity.

Included in that acreage is the Genesis Trend, situated adjacent to an industrial corridor and a proposed Hydrogen Hub. This adjacency matters because proximity to industrial off-takers, infrastructure and heavy-power demand zones helps lower logistical and transmission costs, a critical factor when delivering baseload hydrogen or power near compute/data center clusters.

Beyond the permitted acreage, there is an additional estimated 5.7 million acres under application, which could offer upside and scale optionality. MAX Power is scheduled to drill Canada's first dedicated deep well targeting natural hydrogen, on the Genesis Trend in November 2025, a milestone event. From a land-and-rights perspective, MAX Power has locked prime real estate: near heavy-power demand, in a region with established industrial infrastructure and energy-ready zoning. The district-scale framing means this isn't a grassroots experiment; it is infrastructure-scale exploration aligned with major energy transition demand.

Scientific Validation, Industry-Backed Credibility

Advantage in a frontier energy resource also depends on technical credibility and institutional backing. MAX Power's collaboration with the Petroleum Technology Research Centre (PTRC) in Saskatchewan is a standout in this regard. PTRC is one of Canada's globally-recognized subsurface R&D institutions. Its involvement with MAX Power provides independent validation, rigorous oversight and links to industry best-practice methodologies.

With PTRC engaged, MAX Power benefits from enhanced subsurface modeling, data-integrity assurance and access to industry networks that accelerate exploration, well design and regulatory alignment. This means that the natural hydrogen exploration is not purely speculative; rather, it is grounded in proven subsurface science.

Such scientific validation becomes critical as investors and industries evaluate the risk-reward of natural hydrogen versus manufactured hydrogen technologies. Having a research-backed partner with a track record in subsurface hydrocarbon R&D reduces the "science project" risk and elevates the dynamic to a credible commercial-energy play.

In the broader view, the credibility piece also helps connect MAX Power with potential off-takers (industrial, data center, heavy-industry) and capital-markets players that demand beyond hope -- they demand evidence. By combining large land rights, rigorous science and institutional partnerships, MAX Power is focused on assembling the elements of a viable commercial natural hydrogen business rather than an early-stage speculative exploration play.

Proven Leadership with Tier-One Backing

Behind any serious energy venture must stand leadership with experience, vision and aligned capital. MAX Power's leadership team brings just that. At the helm is a technical and geological crew with discovery-track records, including the discoverer of Saskatchewan's most significant new potash deposits. That kind of "found it before" credibility matters when drilling the unknown.

In addition, MAX Power is backed by billionaire investor Eric Sprott, a high-conviction capital allocator who stepped out of his gold-and-silver wheelhouse to make his first clean-energy/natural hydrogen investment in MAX Power. That action signals that serious capital is paying attention.

When a company combines exploration-team pedigree with aligned capital and large-scale land positions, the industry gets the kind of structured positioning that can endure multiyear, multiwell cycles of drilling, discovery, delineation and development. And in the natural hydrogen space, where timelines and technical risk still linger, having a team that knows how to execute is a significant differentiator.

MAX Power isn't just a play with land and prospectivity, it's a play with people, capital, credentials and strategy. Backed by proven leadership and aligned capital, MAX Power is positioned to pioneer the next major shift in global energy.

Clean, Emissions-Free Baseload Power for the AI Era

To bring the story full circle, the compute surge of the AI era requires clean, scalable, baseload-capable energy, not just intermittent renewables or traditional fossil generation. Hyperscale compute campuses demand hundreds of megawatts or even gigawatts, round the clock. That power can't be treated as a niche; it must be reliable. Natural hydrogen offers the key.

MAX Power is directly leveraging this compute-driven mega-demand via its bespoke Large Earth Model (LEMI) for natural hydrogen in Saskatchewan, an AI-assisted integration of diverse subsurface datasets to target the world's first commercial natural hydrogen discovery. Essentially, it's AI modeling for hydrogen to power AI compute. That synergy amplifies the relevance of the opportunity.

As grid planners and utilities struggle with integrating mounting data-center loads, decarbonizing industry and shaping firm-low-carbon supply, natural hydrogen emerges as a credible lane. If MAX Power proves commercial flow, the implications are system level: clean, baseload energy deployed at the source, positioned near industrial and fertilizer corridors -- and with economics that undercut manufactured hydrogen. The supply challenge is real, and natural hydrogen may be the missing piece of the puzzle.

Powering the Next Wave of AI Innovation

The staggering increase in AI demands shows that artificial intelligence is no longer an abstract concept or distant promise. Rather, it's rapidly becoming the backbone of the global economy. Across sectors, leading players are channeling decades of expertise in computing, software, engineering and energy toward one shared goal: building the foundation that fuels AI's exponential progress.

NVIDIA Corp. will start shipping NVIDIA DGX Spark(TM), the world's smallest AI supercomputer. According to the company, AI workloads are quickly outgrowing the memory and software capabilities of the PCs, workstations and laptops millions of developers rely on today, forcing teams to shift work to the cloud or local data centers. As a new class of computer, DGX Spark delivers a petaflop of AI performance and 128GB of unified memory in a compact desktop form factor, giving developers the power to run inference on AI models with up to 200 billion parameters and fine-tune models of up to 70 billion parameters locally.

Microsoft Corp. has expanded its Dragon Copilot artificial intelligence clinical assistant to nurses, designing its ambient AI technology specifically for unique nursing workflows. The tech giant codeveloped the ambient-enabled AI capabilities along with nursing leaders and front-line staff from leading organizations such as Mercy and Advocate. The solution also will be available in Epic's Rover app. The company also announced updates to enable the integration of partner AI apps and agents directly into Dragon Copilot.

Apple Inc. has released M5, the next big leap in AI performance for Apple silicon. According to the company, M5 delivers over four times the peak GPU compute performance for AI compared to M4 and advances to nearly every aspect of the chip. Built using third-generation 3-nanometer technology, M5 introduces a next-generation 10-core GPU architecture with a neural accelerator in each core, enabling GPU-based AI workloads to run dramatically faster.

Amazon.com Inc. CEO Andy Jassy stated in a letter to employees earlier this year that "in virtually every corner of the company, we're using Generative AI to make customers' lives better and easier. What started as deep conviction that every customer experience would be reinvented using AI, and that altogether new experiences we've only dreamed of would become possible, is rapidly becoming reality. Technologies like Generative AI are rare; they come about once-in-a-lifetime, and completely change what's possible for customers and businesses. So, we are investing quite expansively, and, the progress we are making is evident."

The promise of AI lies not only in what it can compute but in how it can elevate human capability. As the world's technology leaders double down on research, infrastructure and energy, artificial intelligence is transitioning from a disruptive force to a defining one.

For more information, visit MAX Power Mining.

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