Bottom Line Up Front (BLUF): China's decades-long strategic operation has resulted in a near-monopoly on critical rare earth processing (91-100% control), which has been weaponized through an operative licensing system that remains in force.

This creates an immediate, high-risk vulnerability for global defense and cleantech supply chains, with the full potential for extraterritorial controls set to resume after the temporary pause expires in November 2026.

Dear Decision Maker

I think the reason it is not getting attention is because the people who should be paying attention do not fully understand what has happened.

• The headlines say "trade war."
  ​
• The analysts say "supply chain risk."
  ​
• The politicians say "we are addressing it."

None of those descriptions are accurate.

What has happened is a strategic intelligence operation, executed over three decades, that has given one country more leverage over the global economy than any single nation has held since the invention of the modern supply chain.

Let me show you what I mean.

The Numbers That Should Keep You Awake

China controls 69% of global rare earth mining.

That is the number most people cite when they talk about this.

It sounds concerning but manageable. Sixty-nine percent is a lot, but it is not a monopoly. Other countries mine rare earths:

• Australia
• United States
• Myanmar

ere is what that framing misses.

Mining is not where the leverage sits

China controls approximately 91% of global rare earth processing and separation.

That is the step where raw ore becomes usable material. And for permanent magnet manufacturing, the step where processed oxides become the components inside your:

• Fighter jets
• Electric vehicles
• MRI machines
• Wind turbines
• China controls over 90% of global capacity.

But even those numbers understate the real vulnerability.

For the two elements that matter most for high-temperature applications, the ones that go into:

• Jet engines
• Missile guidance systems
• Submarine motors
• EV drivetrains
• Specifically dysprosium and terbium, China controls between 98% and 100% of global separation capacity.

I want you to sit with that for a moment.

Not 50%. Not 70%. Not even 90%.

98%...

There is no second source

There is no alternative supplier waiting in the wings.

There is no strategic reserve large enough to matter for more than a few months. Until mid-2025, this was effectively a complete monopoly.

Lynas Rare Earths in Australia has since started separating small quantities of dysprosium at its Malaysian facility, but output remains marginal relative to demand.

USGS confirmed these figures in their 2025 Mineral Commodity Summaries. IEA corroborates the processing concentration.

CSIS documented the magnet manufacturing dominance.

This is not speculation. This is verified, sourced, and current. And Beijing decided to use it.

What Beijing Did Next

On 4 April 2025, one day after the United States imposed cumulative 54% tariffs on Chinese goods, China's Ministry of Commerce published Announcement No. 18.

It placed export licensing requirements on seven rare earth elements:

• Samarium
• Gadolinium
• Terbium
• Dysprosium
• Lutetium
• Scandium
• Yttrium

The Initial Licensing Move (April 2025)

I want you to notice something about that list.

Every single one is a medium or heavy rare earth.

These are the elements where China's dominance is most absolute.

The light rare earths, neodymium and praseodymium, where Australia and the United States have some production capacity, were deliberately excluded.

This was not a blunt instrument. This was a scalpel.

They chose a licensing system, not a ban. That distinction matters more than most people realise.

A ban is dramatic. It triggers immediate countermeasures, emergency stockpiling, diplomatic escalation.

A licensing system is something different entirely. It creates uncertainty.

Every buyer has to apply for case-by-case approval through a process that takes approximately 45 days.

• Nobody knows which applications get approved
• Nobody knows the criteria
• Nobody knows if the rules will change next month

Maximum leverage. Minimum accountability. And plausible deniability built into the structure.

The result was immediate and severe

Chinese rare earth magnet exports to the United States fell 93.3% year-over-year in May 2025.

European rare earth prices reached up to six times Chinese domestic levels.

Ford's CEO stated publicly that they shut down plants for three weeks because they could not get high-power magnets.

Suzuki suspended Swift production in India.

The European automotive suppliers' association confirmed that several production lines and plants across Europe halted as stockpiles ran out.

And then Beijing escalated.

The October Escalation and Extraterritorial Rule

On 9 October 2025, the Ministry of Commerce published a second wave:

Announcements 55 through 58, 61, and 62.

Five more elements were added, bringing the total to 12 of 17 rare earth elements under licensing control.

But the October package went far beyond materials
​​
For the first time in the history of trade policy, China introduced an extraterritorial provision.

A "Foreign Direct Product Rule" that requires any entity worldwide to obtain a Chinese government licence before re-exporting products containing more than 0.1% Chinese-origin rare earth materials.

Even between third countries.

Think about what that means

• A French company selling magnets to a German automaker.
• A Japanese manufacturer supplying components to a South Korean electronics firm.
• A British defence contractor sending parts to an American prime.

All of them, in theory, would need Beijing's permission

Technology controls barred export of:

1. Rare earth mining
2. Smelting
3. Separation
4. Magnet manufacturing know-how.

Chinese nationals were prohibited from supporting overseas rare earth projects without authorisation.

Exports to foreign military end-users faced "presumptive denial."

At the Busan summit on 30 October 2025, Xi and Trump reached a deal.

China agreed to suspend the October controls for one year.

On 7 November 2025, the suspension was formalised until 10 November 2026.H

ere is the part most analysis misses.

The suspension is partial. The April 4 controls on seven elements remain fully in force.

They were never suspended.

They remain operative today as you read this.

The February 2025 controls on:

• Tungsten,
• Tellurium,
• Bismuth,
• Molybdenum
• Indium

Are not suspended.

The prohibition on dual-use exports to US military end-users continues. And when November 2026 arrives, Beijing can reinstate all October provisions without drafting a single new regulation.

The legal infrastructure is already built.

They just need to flip the switch.

What This Breaks

I want to ground this in specifics, because the abstraction is part of the problem.

When people hear "rare earth supply chain," their eyes glaze over.

It sounds like something that matters to geologists and trade lawyers.

It matters to everyone

Defense Systems Dependency

Every F-35 Lightning II contains approximately 920 pounds of rare earth materials.

These are integrated throughout the entire airframe:

• Samarium-cobalt magnets in flight control actuators
• Neodymium magnets in motors and generators
• Yttria-stabilised zirconia thermal barrier coatings in the engine hot sections
• Rare earths in the AESA radar, electronic warfare suite, targeting lasers, and helmet-mounted display
• Lockheed Martin is the largest US consumer of samarium, using approximately 22.6 kg per F-35.

A Virginia-class submarine requires approximately 9,200 pounds.

Rare earths are used in several critical systems:

• Electric propulsion motors (neodymium permanent magnets for stealth)
• Sonar transducers (terbium-iron-nickel alloy/Terfenol-D)
• Missile guidance actuators, navigation gyroscopes, and nuclear reactor control rods (gadolinium)

An Arleigh Burke-class destroyer uses approximately 5,200 pounds.

A Govini analysis found over 80,000 individual parts across US defence systems depend on minerals now subject to Chinese export controls. Spanning approximately 1,908 weapons programmes.

This has already caused real problems

In 2022, the Pentagon suspended F-35 deliveries after Honeywell discovered that a cobalt-samarium magnet in the turbomachine lubricant pump had been manufactured by a fifth-tier Chinese supplier.

A national security waiver covering 126 aircraft was required to resume deliveries.

The January 2027 DFARS prohibition on Chinese-origin rare earth magnets in weapons systems is approaching rapidly, and contractors are scrambling.

RTX disclosed supply chain difficulties with rare earth procurement in its quarterly filings.

Civilian Economy Impact: EVs and Renewables

Now extend this to the civilian economy.

A typical battery electric vehicle contains approximately 1.5 kg of NdFeB permanent magnet material.

That does not sound like much until you consider that over 86% of EV motors sold in 2024 were permanent magnet synchronous motors requiring these materials, and global EV motor rare earth demand reached 37 kilotonnes in 2024.

A single 12 MW offshore wind turbine, the kind being deployed across the North Sea and the US Atlantic coast, contains approximately 3 tonnes of rare earth materials.

Direct-drive offshore turbines use 5 to 10 times more rare earth per megawatt than geared designs, and their market share is growing.

The IEA projects rare earth demand for magnet applications will triple by 2030 under stated policies. And even by 2040, China is projected to still control 78% of rare earth refining capacity globally.

So here is the picture

Demand is accelerating. Supply is concentrated. The controls are already in place. And the pause expires in seven months.

Why This Is Not OPEC 1973

The comparison to the 1973 oil crisis is intuitive. OPEC wielded oil as a weapon, and the West responded with several strategic measures:

• Establishment of the IEA
• Strategic petroleum reserves
• North Sea development
• Alaska pipelines
• Fuel efficiency standards
• It took roughly a decade to erode OPEC's leverage.

I think the comparison is useful but misleading, because it understates the structural challenge.

OPEC at its peak controlled roughly half of global oil production. China controls over 90% of rare earth processing. That is a larger concentration than OPEC ever achieved.

Oil is fungible.

A barrel of crude from Saudi Arabia is functionally interchangeable with a barrel from Nigeria or Norway.

Rare earth elements are not.

Each has distinct chemical properties. Dysprosium cannot substitute for neodymium. Terbium cannot replace samarium. Each serves a specific technical function in a specific application.

The 1973 oil crisis operated through a transparent market with visible pricing. Rare earths have no transparent spot market, no futures exchange, no standardised contracts for most elements. The information asymmetry between Chinese producers and Western buyers is enormous.

Regulatory reach

And OPEC never had extraterritorial regulatory reach.

The October 2025 provisions, though currently suspended, assert Beijing's authority over products manufactured entirely outside China.

That is a form of supply chain jurisdiction that goes beyond anything OPEC ever attempted.

There is one more difference that I think matters more than all the others.

In 1973, the chokepoint was geological.

OPEC had the oil. You could solve the problem by finding more oil, which is what the West did.

In 2026, the chokepoint is technical.

Rare earth deposits exist on every continent. The problem is not finding the rocks.

The problem is that the processing, separation, and magnet manufacturing expertise has been concentrated in China through decades of deliberate industrial policy, predatory pricing, and vertical integration.

You cannot solve this problem by opening more mines.

You need to replicate an entire industrial ecosystem that China spent 30 years building.

That takes time. And time is exactly what the November 2026 deadline does not provide.

The Response Is Real but Measured in Years

I do not want to present this as hopeless. It is not.

The Western response is accelerating at a pace I have not seen in any critical minerals sector.

Global Investment and Capacity Building

The Pentagon took a $400 million equity stake in MP Materials in July 2025, making the US government its largest shareholder.

MP's Mountain Pass mine more than doubled its NdPr output in 2025. A $1.25 billion magnet manufacturing campus was announced in February 2026 targeting approximately 7,000 tonnes of annual magnet capacity by 2028.

For context, China produced approximately 300,000 tonnes of NdFeB magnets in 2024.

Seven thousand tonnes is meaningful for defence requirements. It is a rounding error for total market demand.

Alternative Processing

• Lynas Rare Earths increased production 15% year-over-year and signed a $96 million Pentagon supply agreement in March 2026.
  ​
• NEO Performance Materials opened Europe's first mass-production NdFeB magnet factory in Estonia.
  
• India approved an $870 million rare earth magnet scheme.
  ​
• Japan began the world's first deep-sea rare earth mining test.
  ​
• The EU committed approximately 3 billion euros to supply chain development.

Over $10 billion has been committed since 2024 across the US, EU, Japan, India, and Australia.

But here is the ground truth

The Oxford Institute for Energy Studies concluded that lead times for these initiatives will not significantly diminish China's dominance before 2030.

Japan's experience is instructive: after 15 years of sustained diversification effort following the 2010 Senkaku crisis, China's share of Japanese rare earth imports dropped from 90% to 58%, then crept back to 63% by 2024.

Long-Term Limits: Recycling and Alternatives

Recycling remains negligible.

Less than 1% of rare earths are currently recycled globally.

Meaningful recycling volumes depend on first-generation EVs reaching end-of-life in the 2030s and wind turbine magnets entering the recycling stream in the 2040s.

BMW, Tesla, and Renault are developing rare-earth-free motor designs.

But broad mainstream adoption of these alternatives is not expected before approximately 2030, and performance trade-offs persist for high-temperature and compact applications.

The honest assessment

the gap between announced capacity and operational production is measured in years, not months.

The period between November 2026 and 2028 represents the highest-risk window for supply disruption.

What This Means If You Make Decisions

I want to be specific about who should be paying attention to this, because the audience is broader than most people think.

For Founders, Manufacturing, and Tech

If you are a founder in electric vehicles, renewable energy, advanced manufacturing, medical devices, or defence technology, you have a single point of failure in your supply chain that you likely cannot control or diversify within five years.

The companies that mapped this risk early and invested in alternative supply chains or strategic stockpiling have a decision advantage that will compound as controls tighten.

The ones that assumed globalisation would continue as normal are discovering that their business model depends on a geopolitical relationship that is actively deteriorating.

If you are an investor evaluating companies in these sectors, rare earth exposure is a material risk that most prospectuses understate.

Ask your portfolio companies three questions:

1. where do your magnets come from?
2. Do your suppliers have non-Chinese sources?
3. What happens to your production timeline if the Busan pause is not extended?

If you are in government or defence procurement, the January 2027 DFARS prohibition on Chinese-origin rare earth magnets is approaching fast.

Your contractors are scrambling.

Some are securing emergency supplies from decades-old European stockpiles. That is a stopgap, not a strategy.

If you are in risk consulting, insurance, or corporate intelligence, this is the kind of analysis your clients need but are probably not getting from their current providers.

Most corporate intelligence reports are still focused on tariff rates and trade flows. They are missing the structural picture.

Where Intelligence Tradecraft Meets Supply Chain Reality

I think this is one of those areas where the line between geopolitical intelligence and commercial decision-making disappears completely.

Mapping rare earth supply chains through trade data, export records, and shipping intelligence is OSINT.

• You can track which ports are processing exports.
• You can identify which companies filed for export licences.
• You can monitor shipping patterns and stockpile indicators.

This is the kind of supply chain intelligence that Operational OSINT Fundamentals teaches: systematic collection from open sources, structured analysis, and pattern recognition across datasets.

But OSINT has a ceiling

Understanding how Beijing decides which export licences to approve and which to deny, that requires sources.

Understanding whether the Busan pause will be extended in November 2026 or whether it becomes the next escalation point, that requires intelligence analysis and scenario planning.

Understanding the internal political calculus between China's Ministry of Commerce, the PLA, and the rare earth industry lobby, that requires human intelligence.

This is exactly what we teach at the Grey Dynamics Intelligence School.

Not abstract theory.

Applied tradecraft for commercial decision-making.

​Operational OSINT Fundamentals gives you the tools to map the supply chain. Intelligence Analysis teaches you how to assess geopolitical risk, build scenarios, and understand how state actors use economic leverage as a strategic tool.

OSINT+HUMINT= Succes

The professionals who understand both the open-source toolkit and the human intelligence dimension are the ones who will provide the most value to their organisations over the next five years.

Because this rare earth situation is not an anomaly.

It is a template.

• Critical minerals
• Semiconductor manufacturing
• Pharmaceutical precursors

The pattern of supply chain concentration being weaponised as geopolitical leverage is going to define the next decade of commercial risk.

The question is whether you are equipped to see it coming.

Here Is What I Would Suggest as Your Next Step

If this analysis made you think about a supply chain vulnerability, an investment exposure, or a strategic risk you have not fully mapped, I want to hear from you.

Not a pitch. A conversation.

Reply to this with "RARE EARTH" and I will personally review your situation and tell you, honestly, whether what we do at Grey Dynamics can help you get ahead of this.

Or whether there is a better path.

No scripts. No pressure. Just one intelligence professional talking to a decision-maker who wants ground truth.

Because ground truth does not come from algorithms. It comes from people who know how to look.

Ahmed Hassan
CEO Grey Dynamics
​Where headlines end, ground truth begins

PS: If you want this kind of analysis delivered to your inbox every week, subscribe to The After Action Report. Over 10,000 decision-makers already do. And if you are looking for a bespoke intelligence solution for your team or organisation, reply with "Ground Truth" and let us talk.

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