The Metals Inside
Every AI Chip
Have a Problem.
One Company
Has the Answer.

Every time a data center fires up a new AI server rack, every time a chip fabricator runs a production line for the next generation of GPUs, every time a smartphone or EV rolls off an assembly line, three metals that most people have never thought about are quietly doing the work that makes all of it possible.

Gold. Palladium. Platinum.

Not as jewelry. Not as financial instruments. As functional, irreplaceable components of the hardware that the modern world runs on.

The semiconductors inside your phone, your laptop, your car, the AI servers humming in data centers across the country — they depend on these three metals in ways that are structural, not substitutable. Gold bonds the wires connecting chips to circuit boards. Palladium manages voltage in multi-layer ceramic capacitors and is increasingly used in data center chips as a cost-effective alternative to gold. Platinum is embedded in AI server boards, GPU packages, and the hard disk drives that store the world's data in cloud computing infrastructure.

This is not a trend story. It is not a forecast. It is the present reality of how semiconductors are manufactured — and it creates a supply problem that is getting harder to ignore.

Because the supply chains for all three of these metals are dangerously concentrated in countries that are either adversarial to the United States, geopolitically unstable, or both.

Russia and South Africa produce approximately 75 to 80 percent of the world's palladium. Russia alone — through its Norilsk Nickel complex — controls 40 to 45 percent of global primary palladium output. Russia and South Africa together account for 80 to 85 percent of global platinum production.

For now, those supply chains are still operating. But "for now" is doing an enormous amount of work in that sentence.

And that is exactly why a small NASDAQ-listed company called Greenland Mines Ltd. (NASDAQ: GRML) is attracting the attention of investors who understand what comes next.

The Supply Chain That No One Is Talking About — Until They Have To

There is a pattern that repeats itself in industrial supply chains. It goes like this: a critical input is sourced from a small number of places, concentration risk is understood but tolerated, and then a disruption — war, sanctions, mine closure, export restriction — makes that risk suddenly and expensively visible.

The world has now watched this play out with semiconductor chips (Taiwan), rare earth elements (China), and energy (Russian natural gas into Europe). Each time, policymakers and investors ask the same question afterward: why didn't we see this coming?

The answer is always the same. They did see it coming. They just assumed the disruption would happen to someone else, on someone else's watch.

The platinum group metals — palladium and platinum — are the next version of this story.

The U.S. produces essentially no meaningful primary palladium. Domestic mining is so expensive relative to market prices that it is not economically viable at scale. The entire American automotive industry — which produces roughly 10 million vehicles a year and depends on palladium for catalytic converters required under the Clean Air Act — has almost zero domestic supply of the metal it cannot operate without.

The same dependency exists for defense electronics. Missile guidance systems. Secure communications infrastructure. Radar and electronic warfare equipment. Satellites and aerospace hardware. All of it contains palladium or platinum. All of it is sourced from countries that either actively oppose U.S. interests or whose stability is difficult to guarantee over any meaningful time horizon.

Then Greenland Became the Most Talked-About Place on Earth

In the first weeks of 2026, a set of events combined to put Greenland at the center of global geopolitics in a way that had not happened since World War II.

President Trump declared Greenland an imperative for U.S. national security. His former National Security Advisor stated explicitly that the administration's focus on Greenland was "about critical minerals" and "natural resources." Senior defense officials described Greenland's mineral wealth as central to loosening China's and Russia's stranglehold on the resources that run modern technology. The U.S. Export-Import Bank opened a letter of interest for a $120 million loan to fund a rare earth mining project in Greenland — the administration's first overseas investment in a mining project.

Whatever one makes of the geopolitical rhetoric, the underlying reality is not in dispute: Greenland is sitting on an enormous, largely unexploited mineral base. And the United States government, at the highest levels, has decided that accessing that mineral base is a strategic priority.

The question for investors is not whether Greenland's minerals are important. That question has been answered, loudly, by multiple branches of the U.S. government. The question is: which publicly accessible company gives you exposure to what is in the ground there?

For the specific metals most critical to the semiconductor economy — gold, palladium, and platinum — the answer is Greenland Mines Ltd.

A Deposit That Has Been in the Ground Since 1935

The Skaergaard Intrusion in Southeast Greenland was first discovered by geologists in 1935. In the nine decades since, it has been studied by researchers at Cambridge University, Caltech, and the Geological Survey of Denmark — producing one of the most extensively documented mineral systems on the planet.

This is not a speculative hole in the ground. This is nearly ninety years of independent geological science converging on the same conclusion: the Skaergaard Project hosts one of the largest undeveloped concentrations of palladium, gold, and platinum in the world.

A 2022 NI 43-101 Technical Report — the independent third-party standard required for mineral resource estimates in public company filings — was completed by SLR Consulting and estimated the following:

To put the palladium number in context: 17.15 million ounces equals 13 to 15 years of total U.S. palladium consumption. The entire annual global demand for palladium is approximately 9 million ounces. The Skaergaard deposit holds nearly two years of global supply within a single project.

And it is sitting in a Western-allied, politically stable jurisdiction — Greenland — less than 1,600 kilometers from America's northeastern shores. In a world where the alternative supplies come from Russia, South Africa, and China, that geography matters enormously.

Three Reasons the AI Economy Changes This Story

The conventional narrative around palladium and platinum has always centered on automotive catalytic converters. That story is real and still relevant. But it is no longer the most interesting part of the supply equation.

The AI economy has created a new and growing category of demand for all three of the Skaergaard metals — one that is separate from automotive, that is growing rapidly, and that has essentially zero elasticity: if the metal isn't available, the chip doesn't get made.

• Gold in AI hardware: Gold bonding wire is structurally essential in chip and memory packaging. Every GPU, every CPU, every memory module in every AI server rack contains gold. Superior conductivity and corrosion resistance mean gold is not meaningfully substitutable in the bonding wire applications that matter most. As data center buildouts continue accelerating, every rack added is additional gold demand.
• Palladium in electronics: Multi-layer ceramic capacitors (MLCCs) are among the most common components in electronics manufacturing — present in everything from smartphones to servers. Palladium is the standard metallization material. Beyond capacitors, palladium is used in the metal connections that attach chips to circuit boards and increasingly as a cost-effective substitute for gold in data center chip plating. As AI drives a surge in chip production, palladium demand scales with it.
• Platinum in data storage: The hard disk drives used in cloud computing and data storage infrastructure use a platinum alloy in their magnetic storage layers. As the AI economy generates exponentially more data — all of which needs to be stored somewhere — HDDs remain the most cost-effective medium for bulk storage at scale. More data centers means more HDDs means more platinum demand. Platinum is also embedded in AI server boards and GPU chip packages directly.

The AI infrastructure buildout is not slowing. The largest technology companies in the world are spending hundreds of billions of dollars on data center expansion. Every dollar of that investment touches all three Skaergaard metals at some point in the hardware supply chain.

The Company: Fresh Name, Nine Decades of Geology Behind It

Greenland Mines Ltd is a NASDAQ-listed company that completed a significant corporate transformation in early 2026.

On March 12, 2026, the company — previously known as Klotho Neurosciences — rebranded to Greenland Mines Ltd and began trading under the ticker GRML. The rebrand reflects the company's acquisition of Greenland Mines Corp. and its strategic shift toward critical minerals development. The company continues to hold its cell and gene therapy assets as a secondary division while the Skaergaard Project becomes the primary investment story.

Through the acquisition, Greenland Mines Ltd now holds an 80% interest in the Skaergaard Project, with an option to acquire the remaining 20%.

The project is led by a team with direct Arctic geological credentials. President Bo Møller Stensgaard holds a PhD in economic geology and spent years as a Senior Research Scientist at the Geological Survey of Denmark and Greenland — the institution responsible for the foundational research on the Skaergaard Intrusion. He has spent decades in Greenlandic mineral development, beginning his career in Greenland geology in 1998. The team includes mining engineers, Arctic development specialists, and capital markets professionals with deep experience in navigating Greenlandic regulatory frameworks.

This matters in the Arctic more than almost anywhere else. Greenlandic permitting, environmental compliance, and community engagement have their own complexity. The team leading Skaergaard's development has been navigating that complexity for careers, not months.

The Plan: Double the Resource, Add More Metals

The company's stated development plan goes beyond the existing NI 43-101 resource estimate. Through a new drilling and development program, Greenland Mines aims to expand the current resource base toward approximately 50 million contained ounces of gold, palladium, and platinum — roughly double the current independently estimated figure.

Beyond the three headline metals, the Skaergaard geology also shows potential for two additional critical minerals that are currently the subject of intense U.S. and European supply chain concern: vanadium and gallium.

• Gallium: Essential for compound semiconductors including gallium arsenide (GaAs) and gallium nitride (GaN) — the materials underpinning 5G infrastructure, radar systems, electric vehicles, and advanced defense applications. China controls global primary gallium production and has imposed export controls on the metal as a geopolitical tool. It is designated as a critical mineral by both the U.S. and the European Union.
• Vanadium: Critical for high-strength steel alloys used in construction, infrastructure, pipelines, and defense hardware. Also growing in importance for vanadium redox flow batteries used in grid-scale energy storage. Production is dominated by China, Russia, and South Africa. It is also on the U.S. critical minerals list.

If drilling confirms meaningful vanadium and gallium resources at Skaergaard, the investment case broadens from three already-strategic metals to five — each on a government critical minerals list, each concentrated in adversarial or unstable supply geographies.

Why the Greenland Geopolitical Story Is the Tailwind, Not the Thesis

It would be easy — and tempting — to tell the GRML story purely through the lens of Trump and Greenland. The headlines write themselves. The President wants the island. The island has the metals the country needs. The company has the deposit.

That is a compelling hook, and the political attention on Greenland's mineral potential is real and ongoing.

But it is not the foundation of the investment case. The foundation is structural: the metals the Skaergaard deposit contains are genuinely critical to the technologies that are growing fastest in the global economy. Their supply chains are genuinely concentrated in ways that are not going to resolve themselves. A Western-allied deposit of this scale and quality, with nearly ninety years of independent geological documentation, does not need a presidential narrative to be significant.

The geopolitical backdrop accelerates the attention. It does not create the underlying value.

What creates the value is 25.4 million ounces of palladium-equivalent resource, independently estimated, in a fully permitted project with existing access and infrastructure — in a jurisdiction that is geographically and politically positioned to supply a Western supply chain that desperately needs an alternative to Russia and South Africa.

What the Market Has — and Hasn't — Priced In

Greenland Mines Ltd trades at a market capitalization of approximately $38 million.

The gross in-situ resource value of the Skaergaard deposit, at February 2026 metal prices, is approximately $68 billion.

No reasonable investor would argue that in-situ resource value equals market value. Mining is capital-intensive, development timelines are long, and there is meaningful execution risk between a resource estimate and a producing mine. That is not in dispute.

What is in dispute — and what makes the story compelling — is the scale of the gap. A $38 million market cap against a $68 billion in-situ estimate is not a precision valuation question. It reflects a discovery-stage company in the early innings of a development story, with most of the market's attention elsewhere.

The investors who tend to find compelling outcomes in the resource sector are generally the ones who do the work before the broader market turns its attention to a story. The convergence of AI-driven demand for PGMs, intensifying supply chain concerns about Russia and South Africa, the unprecedented geopolitical spotlight on Greenland, and a newly rebranded public company sitting on top of one of the world's largest undeveloped deposits of the three metals most critical to semiconductor manufacturing — all of that is happening simultaneously, right now, in a company that most investors have not yet found.

• The Skaergaard deposit has been independently studied and documented since 1935 — making it one of the most thoroughly documented undeveloped mineral systems in the Arctic.
• The 2022 NI 43-101 Technical Report by SLR Consulting estimates 25.4 million ounces of palladium-equivalent and 23.5 million ounces of gold-equivalent across the mineralized system.
• The project's 17.15 million ounces of palladium equals 13 to 15 years of total U.S. palladium consumption at current rates — entirely from a single, Western-allied project.
• Palladium and platinum supply deficits are estimated at 500,000+ ounces annually for the next 2 to 3 years, driven by mine closures and ongoing Russian supply uncertainty.
• Gold, palladium, and platinum are all structurally embedded in the semiconductor and AI hardware supply chain — not as luxury inputs but as functional, non-substitutable components.
• Greenland Mines holds an 80% interest in the Skaergaard Project and has an option to acquire the remaining 20%, led by a team with deep Greenlandic geological and development credentials.
• The company's development program aims to double the current resource estimate toward ~50 million ounces while potentially adding vanadium and gallium — both on the U.S. critical minerals list.

The Honest Accounting

No responsible look at a resource-stage company leaves out the risks. And with GRML, they are real.

This is an early-stage mining and exploration company. The path from a 2022 resource estimate to a producing mine involves feasibility studies, financing rounds, permitting processes, environmental review, infrastructure development, and sustained capital allocation over a multi-year period. Timelines in Arctic mining are longer and more complex than in more accessible jurisdictions. The company is currently operating at a loss and has received a Nasdaq minimum bid price deficiency notice, for which it has received a 180-day compliance extension through September 2026. The stock has been volatile. The company's name and ticker are less than two months old.

All of that is true, and all of it matters to any investor doing proper due diligence.

The bull case does not require ignoring those risks. It requires asking whether the underlying asset — a $68 billion gross in-situ resource in a now-geopolitically-spotlit jurisdiction, containing the three metals most critical to the AI hardware supply chain, with nearly a century of independent geological documentation behind it — is appropriately reflected at a $38 million market cap, given everything else that is happening in the world right now.

That is a question each investor needs to answer for themselves. But it is a question worth asking.

The metals that run the AI economy have a supply problem. Greenland has the answer. And one small NASDAQ company, newly renamed and barely two months into its public life under this ticker, controls 80% of the largest undeveloped deposit of all three.

Most investors haven't found it yet.