THE HOLLOW STATE / BRIEFING 07

Supply Chains and Sovereignty

The ability to keep functioning under stress.

PPE and mineral processing show why concentration, substitution and recovery matter.

Evidence, interpretation and proposals

Evidence is dated to the periods stated. The argument and reform proposals are Richard Russell’s; linked sources do not imply endorsement. Original PDFs are retained and may differ from this web edition.

The ability to keep functioning

Sovereignty is not only legal authority. It is practical capability: the ability to keep essential services working when normal arrangements fail.

That does not mean making everything at home. A diversified international supply chain can be more resilient than dependence on a single domestic facility. The question is which dependencies are acceptable, what alternatives exist and how long it would take to recover from a disruption.

Two examples make the issue concrete: personal protective equipment during the pandemic and the concentration of mineral processing. They involve different markets, timescales and remedies. Neither can be solved by a slogan about self-sufficiency.

Case one: protective equipment in 2020

The National Audit Office's November 2020 review examined PPE supply in England. It found that the stockpiles and normal purchasing and distribution arrangements could not cope with the pandemic's extraordinary demand. Government built a parallel supply chain, but delivery delays and distribution problems left frontline services exposed. The NAO also recognised the substantial effort involved in building that emergency response. [1]

This is a historical case with a defined scope. It does not establish the adequacy of today's stockpiles. Its enduring lesson is that access to a supplier in ordinary conditions is different from access when many buyers need the same product urgently. [1]

My interpretation is that resilience must join up specification, procurement, delivery and use. A purchased item that is late, unsuitable or unavailable at the point of care does not solve the operational problem. Buying capacity and distribution capacity need to be tested together.

Case two: mineral processing

The International Energy Agency's 2025 critical-minerals assessment found that refining and processing remained geographically concentrated. Its analysis also emphasised that concentration can create vulnerability even when the global supply-demand balance looks adequate. The report combines observations with future scenarios; its projections are not guaranteed outcomes. [2]

The 2026 market overview reports further concentration in refining across key energy minerals in 2025, while noting variation between minerals. That update reinforces the need to assess individual materials and stages of production rather than assume every mineral has the same risk. [3]

A second mine does not necessarily provide an independent supply route if its output must pass through the same processing bottleneck. Diversification needs to be assessed along the chain, including conversion into a usable component.

The practical question for a buyer or government is what happens after its normal route becomes unavailable. Can another qualified supplier provide the required grade? Can the design use a substitute? What investment or testing would be necessary before production could resume?

Four questions for a resilience assessment

I propose four questions for each genuinely critical input:

  • Concentration: do nominally separate suppliers share an upstream source, processor or transport route?
  • Substitution: can another product or supplier meet the operational requirement without a lengthy redesign?
  • Recovery: how long would it take to restore useful supply, including qualification and delivery?
  • Consequence: which services would fail during that interval, and what temporary provision is possible?

These questions do not yield a single national score. A short interruption to an easily substituted consumer product is different from a missing component that stops an essential service. The assessment should identify the consequence before prescribing the remedy.

The strongest counterargument

Resilience costs money. Stockpiles need maintenance and rotation. Spare capacity can remain unused. Domestic production may be more expensive, and subsidies can protect weak suppliers instead of improving security.

Those costs are real. International trade also spreads risk and provides access to capabilities Britain could not sensibly reproduce in full. Resilience policy should therefore compare domestic capability, allied supply, multiple suppliers, design changes and reserves on their merits.

The purpose is not to remove all uncertainty. It is to choose consciously which risks are worth paying to reduce. A public investment justified by security should state the disruption it is intended to withstand and the evidence that it would help.

Make the capability testable

I would require a named owner for critical dependencies, a maintained assessment of alternatives and periodic exercises that test whether the proposed response works. A contract should not be treated as proof of deliverability under stress.

Some operational details should remain restricted where disclosure would create vulnerabilities. Public accountability can still explain the method, responsibilities, broad preparedness objectives and independent assurance without publishing exploitable weaknesses.

The test is whether planning changes procurement, qualification, reserves or capacity. A strategy document is useful only if it changes the country's ability to act.

The democratic issue

Citizens can choose a direction, but that choice needs practical means. Promises about industrial renewal or service continuity become fragile when the capabilities behind them are unknown or assumed.

The Hollow State connects consent to the ability to deliver. Supply-chain policy belongs in that argument because it concerns the resources on which national choices depend.

Sovereignty does not require self-sufficiency in everything. It requires a serious account of what must keep working, which dependencies are tolerable and what we will do when they fail.

READ THE EVIDENCE

Sources & further reading

  1. National Audit Office — PPE supply during the COVID-19 pandemic

    25 November 2020; England; stockpiles, normal arrangements, emergency response and distribution. Historical case only.

  2. IEA — Global Critical Minerals Outlook 2025: key minerals

    2025 analysis; refining concentration and disruption risk; distinguish scenarios from observations.

  3. IEA — Global Critical Minerals Outlook 2026: market overview

    2026 report describing 2025 refining concentration and differences between minerals.

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