The Hidden Resource Behind AI, Defense, and Data Centers

GRML_Shorter – Bullseye Alerts
Market Spotlight | The Metals Inside Every AI Chip — And the Mine America Needs
Issuer-Sponsored Content · Market Spotlight · Critical Metals
The Metals Inside
Every AI Chip
Have a Problem.
One Company
Has the Answer.
Gold. Palladium. Platinum. The three metals quietly running the semiconductor revolution are overwhelmingly controlled by Russia and South Africa. A small NASDAQ company holds 80% of one of the largest untapped deposits of all three — sitting in Greenland, a place the U.S. President has declared a national security priority.
NASDAQ: GRML
Greenland Mines Ltd.
Skaergaard Project · Southeast Greenland
·
Approx. 8 min read
Here is something most people don't know: the AI revolution has a metals problem. Not a software problem, not a talent problem — a metals problem. And it's sitting inside every chip, every server rack, every data center that makes the modern world run.
The semiconductors powering AI infrastructure depend on three specific metals in ways that are structural and non-negotiable. Gold bonds the wires connecting chips to circuit boards. Palladium manages voltage in the capacitors inside every electronic device and is increasingly used in data center chips directly. Platinum is embedded in AI server boards, GPU packages, and the hard disk drives storing the world's data.
None of that is going to change. The demand only grows as AI buildouts accelerate.
What should concern investors is where those metals come from.
~80%
of global palladium comes from Russia & South Africa
~82%
of global platinum comes from Russia & South Africa
0%
meaningful primary palladium produced in the United States
$0
viable domestic U.S. palladium mining — too expensive to produce at market price
Russia's Norilsk Nickel complex alone controls 40 to 45 percent of global primary palladium output. The entire American automotive industry — 10 million vehicles a year, required by law to use palladium in catalytic converters — has essentially no domestic supply of the metal it cannot operate without. Neither does the defense industry. Neither do the semiconductor fabs.
This is not a future risk. It is the current state of the supply chain. And it is exactly why a small NASDAQ-listed company called Greenland Mines Ltd. (NASDAQ: GRML) is attracting the attention of investors who are paying attention.
Au
Gold
$5,100 / oz
Gold bonding wire is structurally essential in chip and memory packaging. Superior conductivity and corrosion resistance make it irreplaceable in microelectronics. Every GPU in every AI server contains it.
Pd
Palladium
$1,800 / oz
Critical for multi-layer ceramic capacitors in every electronic device. Increasingly used in data center chips as a cost-effective gold substitute. Also in missile guidance, radar, and satellite electronics.
Pt
Platinum
$2,175 / oz
Embedded in AI server boards, GPU chip packages, and the hard disk drives storing cloud data. A platinum alloy forms the magnetic storage layer in the HDDs that hold the world's data infrastructure.
The Supply Chain That Is About to Be Tested
There is a pattern that repeats in critical supply chains. Concentration risk is known, tolerated, and then suddenly expensive — when war, sanctions, or mine closures make it visible overnight. The world watched it happen with semiconductor chips in Taiwan, rare earths in China, and natural gas in Russia.
Platinum group metals are next. And unlike those previous disruptions, the warning signs are already flashing.
Russia is under sustained sanctions pressure. Its palladium has been the subject of U.S. tariff discussions. South African mines are facing operational disruptions and closure risk. The PGM market is running estimated supply deficits of 500,000+ ounces annually for the next two to three years. Analysts have sharply raised their 2026 price forecasts for both metals as a result.
Where Palladium and Platinum Come From — Global Supply Concentration
Russia (Palladium)
~42%
South Africa (Palladium)
~36%
Russia + S. Africa Combined (Platinum)
~82%
Rest of World (Both Metals)
~18%
Sources: USGS Mineral Commodity Summaries, EU JRC Palladium Impact Assessment, Company SEC filings
The question investors are now asking is where the Western supply chain alternative comes from. And the answer — one of the very few credible ones — is in Southeast Greenland.
"Russia's Norilsk complex produces more than 40 percent of global palladium. There is no current Western substitute for what happens if that supply is disrupted — and the people responsible for American defense know it."
The Deposit: 90 Years of Science Behind a Single Number
The Skaergaard Intrusion in Southeast Greenland was discovered in 1930 by British geologist Lawrence Wager. What followed was nine decades of rigorous, peer-reviewed geological study by researchers at Cambridge, Caltech, and the Geological Survey of Denmark — making Skaergaard one of the most extensively documented mineral systems on the planet. The science is not in dispute.
In 1986, researchers confirmed what geologists had suspected: a large stratiform gold and palladium deposit running through the intrusion's upper mineralized zones. Since then, $30 million in exploration investment and 45,000 metres of systematic diamond drilling have produced a 2022 NI 43-101 Technical Report — the independent third-party standard required for public company filings — by SLR Consulting.
17.15M
Oz Palladium (NI 43-101 Indicated & Inferred)
6.83M
Oz Gold (NI 43-101 Indicated & Inferred)
1.37M
Oz Platinum (NI 43-101 Indicated & Inferred)
$68B
Gross In-Situ Resource Value at Feb 2026 Metal Prices
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 alone holds nearly two years of global supply — in one project, in a Western-allied jurisdiction, less than 1,600 kilometers from America's northeastern shores.
$68,000,000,000
Gross in-situ resource value (SLR Consulting, 2022)
vs
$38,000,000
Current market capitalization of GRML
That gap is the story. In-situ value is not market value — but this is not a precision question.
NASDAQ: GRML
Greenland Mines Ltd.
Skaergaard Project
Review investor materials, SEC filings, and project overview.
View Investor Profile →
Why AI Makes This Story Different From Every Previous Metals Cycle
The conventional narrative around palladium and platinum centers on automotive catalytic converters. That story is real. But the AI economy has opened an entirely new category of demand — one that is growing fast and has essentially zero elasticity.
Gold in AI hardware: Every GPU, CPU, and memory module in every AI server rack contains gold bonding wire. As data center buildouts accelerate across every major technology company, every rack added is additional gold demand. It cannot be substituted out of the chip packaging process.
Palladium in electronics: Multi-layer ceramic capacitors — present in everything from smartphones to servers — use palladium as the standard metallization material. Beyond capacitors, palladium is increasingly used in data center chip plating as a more cost-effective alternative to gold. More chips means more palladium demand, structurally tied to every production run.
Platinum in data storage: The hard disk drives used in cloud computing use a platinum alloy in their magnetic storage layers. The AI economy generates exponentially more data requiring storage. More data centers, more HDDs, more platinum — a direct mechanical link between AI growth and platinum demand.
The largest technology companies in the world are spending hundreds of billions on data center expansion. Every dollar of that investment touches all three Skaergaard metals somewhere in the hardware supply chain. The demand is not theoretical.
The Plain-Language Thesis
AI demand is driving a structural increase in need for gold, palladium, an…

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