Christopher Salmon

Chief Executive

TLDR

Sanitary and phytosanitary (SPS) measures safeguard food, animal, and plant health – but compliance at home does not guarantee smooth cross-border trade. This article explores why SPS enforcement is a strategic boardroom concern, highlighting geopolitical variation, operational impact at the border, and how proactive SPS governance protects market access and mitigates risk.

Sanitary and phytosanitary measures (usually shortened to SPS measures) sit at the intersection of trade, regulation, and public trust. They govern whether food, agricultural goods, plants, and animals are allowed to cross borders, under what conditions, and with what checks attached.

In real terms, sanitary and phytosanitary measures are rules designed to protect health. Specifically:

  • Human health → through food safety and limits on contaminants or residues
  • Animal health → by preventing the spread of disease
  • Plant health → by controlling pests and invasive species

SPS measures: an executive summary 

For trade leaders seeking a quick answer to the question, “what are sanitary and phytosanitary measures?”, the simplest definition is: the controls that decide whether a product is safe enough to enter a market (not whether it is competitive, cheap, or politically convenient).

That distinction is important. SPS measures are often confused with technical barriers to trade (TBTs, such as labelling rules or product standards). SPS, though, goes further. Where TBTs typically address product characteristics or consumer information, SPS rules are explicitly about risk: be that biological, chemical, or epidemiological.

This is why SPS enforcement happens at the border, why consignments might be stopped (or even destroyed), and why compliance failures can escalate quickly. A missing label might delay a shipment; a suspected SPS breach can close off a market.

In other words, SPS measures are not “protectionism by default”. While they can be misused, their legitimacy is anchored in public health outcomes – governments are expected, and politically compelled, to act when risks are perceived, even if the commercial consequences are costly.

Why this matters

For multinational traders, sanitary and phytosanitary (SPS) measures mean more than technical rules: they directly affect market access, border clearance, and commercial continuity. Differences in risk tolerances between jurisdictions – from the EU’s precautionary principle to the US’s risk-based approach – mean compliance at home may not always suffice overseas. Proactive SPS governance helps companies anticipate regulatory changes, align suppliers and product specifications with destination requirements, and reduce operational friction. Boardroom-level oversight ensures that SPS is treated as a strategic capability; safeguarding revenue, protecting reputation, and strengthening resilience in global food, agriculture, and animal product trade.

Access expert advisory for SPS controls and  compliance →

The SPS agreement

Sanitary and phytosanitary measures carry legal weight because they are not improvised or variable national rules. Rather, they are underpinned by the Agreement on Sanitary and Phytosanitary Measures (one of the most consequential trade instruments in force today, administered by the World Trade Organization).

The WTO SPS Agreement sets the global framework that allows countries to protect health without arbitrarily blocking trade. It recognises a fundamental tension: governments need to safeguard populations, while exporters require protection from politically-motivated or disguised restrictions. Sanitary and phytosanitary measures rests upon three core principles:

Scientific assessment SPS measures must be grounded in scientific evidence, not conjecture or political pressure alone. 
Proportionality Controls should not be more trade-restrictive than necessary to achieve the stated health objective(s).
Non-discrimination Countries should not apply stricter measures to imports than to comparable domestic products, nor discriminate arbitrarily between trading partners.

To support this, the Agreement encourages alignment with international standards developed by specialist bodies:

It’s worth noting that alignment with these standards does not guarantee frictionless access, but it does create a strong presumption of compliance. When exporters deviate from them, scrutiny increases sharply.

Why SPS Is treated differently from other trade rules

SPS measures may often appear politically charged because they sit directly on questions of public safety. A government that relaxes SPS controls and gets it wrong would face negative headlines, parliamentary scrutiny, and loss of public trust, in addition to inevitable trade disputes. This is why governments are granted more discretion under the SPS framework than in many other areas of trade policy. However, measures still need to be defensible, consistent, and anchored in sound risk assessment.

In practice, this creates a distinctive enforcement dynamic. Where tariffs may fluctuate, or quotas may be lifted, SPS controls tend to persist, evolve, and, in some cases, tighten. For exporters, this explains why science-based SPS measures often feel more rigid than other rules: they operate closer to trust, reputation, and political accountability. Once regulatory confidence is lost, it is not easily rebuilt.

How is SPS enforced at the border?

It would be reductive to imagine that sanitary and phytosanitary controls are applied as a single “yes-or-no” decision at the point a lorry, container, or vessel arrives. In practice, enforcement is layered, risk-based, and increasingly front-loaded, with many decisions made before goods physically reach the border.

At the most basic level, SPS inspections typically begin with document checks. Authorities verify health certificates, phytosanitary certificates, declarations of origin, and supporting laboratory results. Beyond mandatory paperwork, regulators rely on sampling and testing regimes. These may be randomised, intelligence-led, or targeted at specific products, origins, or suppliers, based on historical compliance data. Testing typically covers chemical residues, microbiological contaminants, veterinary drug traces, or pest presence, depending on the product category.

SPS enforcement is shaped largely by import tolerances and maximum residue limits (MRLs). A product may be lawful in its country of origin, but non-compliant at its destination if residue thresholds differ (this is where exporters can often misjudge risk and exposure).

→ In the modern tradesphere, many food import requirements are assessed upstream through pre-notification systems, digital certification platforms, and advance risk profiling. By the time goods arrive, enforcement decisions may already be effectively locked in, and the border becomes the point of execution; not evaluation.

Practical examples of SPS measures 

  • In food safety, a common trigger is residue exceedance. Shipments of fruit, grains, or processed foods would be rejected if pesticide residues breach destination MRLs (even when those residues are permitted domestically or under Codex standards). The result would be not just rejection, but an increased inspection frequency for subsequent consignments from the same exporter or region.
  • In animal health, disease controls remain one of the most salient SPS tools. Outbreaks of avian influenza, African swine fever, or foot-and-mouth disease have historically led to immediate import suspensions. These controls are often applied regionally, but the commercial impact can be global, especially where supply chains lack diversification or compartmentalisation.
  • For plant health, the risk of pests (such as the Asian Longhorn Beetle, the potato brown rot bacterium, or the fungus-like organism Phytophthora ramorum) is a frequent cause of SPS border rejections. A single detection of an invasive insect or pathogen can result in consignments being destroyed or returned, with knock-on effects for growers, logistics providers, and insurers. 

A consistent pattern here is that SPS failures escalate quickly. One incident may become a risk signal; that risk signal drives inspection intensity; inspection intensity increases cost, delay, and in some cases, provokes loss of market access.

SPS as geopolitics

In reality, sanitary and phytosanitary measures reflect political judgments regarding: 

  • Acceptable risk
  • Trust in science
  • The balance between consumer protection and market access

This comes into clearest focus when one examines the various ways major trading blocs might apply SPS rules differently.

For instance, the EU’s sanitary and phytosanitary measures are shaped by a precautionary principle. Where scientific uncertainty exists, regulators are usually keen to restrict imports until risk is conclusively addressed. This prioritises consumer and environmental protection, but can also lead to tighter residue limits, slower approvals, and more frequent SPS interventions (particularly for novel foods, biotech products, and chemical inputs).

The United States applies a more explicitly risk-based framework. Measures are expected to rest on demonstrable scientific evidence of harm – which can mean faster approvals and broader tolerances, but also sharper challenges, when trading partners operate in a way that Washington views as excessive or insufficiently justified.

Meanwhile – while visibility has improved of late – China’s SPS regime has evolved into a complex, strategic import-control instrument. While grounded in legitimate food safety and biosecurity concerns, SPS enforcement has (in the eyes of some) also been used to manage supply stability, respond to domestic political pressures, and assert regulatory sovereignty. 

For example, China’s repeated bans on seafood imports from Japan (following the release of treated Fukushima water in 2023) has been widely criticised as disproportionate and lacking scientific basis. Similarly, Beijing implemented extensive testing and bans on imported food and agricultural products (including poultry and pork) during COVID-19, leading to disputes with other WTO members over legality and proportionality.

The UK, post-Brexit, also operates from a complicated position. It must navigate SPS alignment with the EU to preserve frictionless trade while also developing autonomous regimes to support new trade agreements; the result is a system in constant motion, where global SPS norms matter, but the risk of divergence is real and growing.

An important footnote 

WTO SPS disputes are sometimes seen as rare legal flashpoints; in practice, they function as early-warning signals about how far governments are prepared to push their SPS authority. When countries challenge food safety disputes in trade – whether over hormone use, pesticide residues, or disease controls – the underlying issue is not always “pure science”. Cases tend to surface when domestic political pressure intensifies, consumer trust erodes, or strategic industries come under scrutiny. 

In this way, SPS enforcement can become an acceptable language for action.

SPS disputes reveal patterns: into which measures are being tested, which standards are hardening, and where tolerance for divergence is narrowing. Therefore, companies that monitor disputes as indicators of future enforcement posture are better positioned to adapt specifications, sourcing, and market strategies ahead of likely disruption.

Final thoughts: SPS governance is a commercial strategy

Ultimately, being “compliant at home” is not enough to guarantee commercial access abroad. In today’s environment, SPS market access is defined by the risk tolerance of the importing jurisdiction, not the exporter’s domestic rulebook. Minor differences (in pesticide residues, animal-health thresholds, labelling, or testing regimes) can be enough to trigger border rejections, enhanced inspections, or costly delays, which all have direct and damaging impacts on revenue, reputation, and supply-chain continuity.

What catches companies out is not usually bad intent, but structural blind spots. 

  • Suppliers working to local standards that fall short of destination requirements;
  • Product specifications that are never mapped against foreign SPS rules;
  • Or weak horizon scanning for changes in Codex, IPPC, or WOAH guidance; 

can all create hidden exposure. When those gaps surface, they do so at the border, where time, money, and commercial relationships are most vulnerable.

For trade leaders, this shifts SPS from technical compliance into strategic governance. The most resilient organisations track SPS developments by product and market, map exposure across their supply chains, and integrate SPS insight into sourcing, product design, and market-entry decisions. This allows firms to anticipate disruption rather than react to it – and in a world where food safety, animal health, and plant protection are more politicised than ever – that proactivity translates into a distinct commercial advantage.

Access expert advisory for SPS controls and  compliance →

Other interesting reads

Thought Leadership

Capability is not sovereignty: a conversation on control, cost, and credibility in defence

TLDR In trade, politics, and defence, sovereign capability is a practical constraint on how organisations operate. As Christopher Salmon explains, capability without control is conditional. In an environment defined by export controls, supply chains, and geopolitical friction, sovereignty must be actively managed. Not assumed. Key insights Defence leaders should prioritise foresight, resilience, and real freedom of action over rhetorical “self-sufficiency.” Sovereign capability is not absolute. It exists on a spectrum defined by control, not ownership. Capability can be constrained by external permissions, particularly via export controls and licensing regimes. Industrial capacity (not just advanced technology) is central to credible sovereignty. The real cost of sovereignty often emerges in supply chains, compliance, and commercial limitations. In this article Hide 01 An illusion of control? 02 The compliance infrastructure behind sovereignty 03 Cost that doesn’t sit on the balance sheet 04 What the strongest organisations do differently 05 Sovereignty as a managed condition (function(){ function ready(fn){ if(document.readyState!=='loading') fn(); else document.addEventListener('DOMContentLoaded',fn); } ready(function(){ var toc = document.querySelector('.cb-toc'); if(!toc) return; var headings = [].slice.call(document.querySelectorAll('h2, h3')) .filter(function(h){ return !h.closest('table') && (h.textContent||'').trim().length>0; }); var links = [].slice.call(toc.querySelectorAll('a[data-toc-match]')); var n = 0; links.forEach(function(link){ var needle = (link.getAttribute('data-toc-match')||'').toLowerCase().trim(); if(!needle) return; var match = headings.find(function(h){ return (h.textContent||'').toLowerCase().indexOf(needle)!==-1; }); if(!match) return; if(!match.id){ var base = (match.textContent||'').toLowerCase().replace(/[^a-z0-9]+/g,'-').replace(/^-|-$/g,'').slice(0,48) || 'section'; var id = 'cb-'+base; while(document.getElementById(id)){ id = 'cb-'+base+'-'+(++n); } match.id = id; } match.style.scrollMarginTop = '96px'; link.setAttribute('href','#'+match.id); link.style.cursor = 'pointer'; }); links.forEach(function(link){ if(!link.getAttribute('href')){ var item = link.closest('[role="listitem"]'); if(item) item.remove(); } }); toc.querySelectorAll('a[data-toc-match]').forEach(function(a){ var original = a.style.color; a.addEventListener('mouseenter', function(){ a.style.color = '#c8102e'; }); a.addEventListener('mouseleave', function(){ if(!a.dataset.active) a.style.color = original; }); }); var toggle = toc.querySelector('.cb-toc__toggle'); var list = toc.querySelector('#cb-toc-list'); if(toggle && list){ toggle.addEventListener('click', function(){ var expanded = toggle.getAttribute('aria-expanded')==='true'; toggle.setAttribute('aria-expanded', String(!expanded)); toggle.textContent = expanded ? 'Show' : 'Hide'; list.style.display = expanded ? 'none' : ''; }); } toc.querySelectorAll('a[href^="#"]').forEach(function(link){ link.addEventListener('click', function(e){ var id = link.getAttribute('href').slice(1); var target = document.getElementById(id); if(!target) return; e.preventDefault(); target.scrollIntoView({ behavior:'smooth', block:'start' }); history.pushState(null,'','#'+id); }); }); var targets = [].slice.call(toc.querySelectorAll('a[href^="#"]')) .map(function(a){ return { link:a, target:document.getElementById(a.getAttribute('href').slice(1)) }; }) .filter(function(x){ return x.target; }); if('IntersectionObserver' in window && targets.length){ var map = {}; targets.forEach(function(x){ map[x.target.id] = x.link; }); var current = null; var io = new IntersectionObserver(function(entries){ entries.forEach(function(entry){ if(entry.isIntersecting){ if(current){ current.style.color = '#0b1f33'; current.style.fontWeight = ''; delete current.dataset.active; } var link = map[entry.target.id]; if(link){ link.style.color = '#c8102e'; link.style.fontWeight = '600'; link.dataset.active = '1'; current = link; } } }); }, { rootMargin:'-30% 0px -60% 0px', threshold:0 }); targets.forEach(function(x){ io.observe(x.target); }); } }); })(); Sovereign capability is politically and strategically necessary but, at times, operationally mishandled. As a phrase, sovereign capability is gaining significant attention across defence and policy circles. Christopher Salmon (clearBorder’s Chief Executive and former adviser to UK Cabinet Ministers on trade and border policy) has spent years working at the intersection of defence, regulation, and procurement. He makes clear that its meaning – and its limits – are often more complex than the language might suggest. “It is a bit of a buzzword,” he says candidly. “But the central concept isn’t new. What’s changed is the context. We’re no longer thinking in a ‘post-war’ environment. Increasingly, people are talking in ‘pre-war’ terms. That changes how seriously you take questions of control.” At its simplest, sovereign capability is intuitive. “It’s the technology you can use,” he explains, “without being restricted by somebody else.”  The challenge for aerospace, defence, and other sector leaders – in a fragmenting geopolitical world – is that simplicity rarely survives contact with reality. Why this matters For defence organisations especially, sovereign capability directly shapes both strategic and commercial outcomes. Procurement decisions today define operational freedom years down the line Supply chain dependencies introduce hidden geopolitical and regulatory risk Export controls and licensing frameworks can constrain growth and market access Getting to grips with the parameters of capability and sovereignty is essential for protecting delivery timelines, commercial viability, and long-term strategic autonomy. Independent, expert trade strategy & horizon scanning → An illusion of control? “Sovereign capability is not an absolute concept,” he says. “You’re not either sovereign capable or not sovereign capable. The more of the chain you control, the better. But you’re never going to control all of it. “People can slip into quite comforting language,” he continues. “We’ll build this, we’ll own that, we’ll be sovereign. But the reality is much more constrained.” In practice, capability and control are not the same thing. “You can own a system,” he says, “you can operate it, you can deploy it. But if there are restrictions on how you use it, modify it, or transfer it, then your sovereignty is already conditional.” Programmes such as AUKUS (and SSN-AUKUS submarines) illustrate this clearly: advanced capability can be delivered through alliance, while still operating within layers of shared control, regulatory constraint, and partner alignment. That conditionality is often overlooked at boardroom level, where strategic narratives can run ahead of operational detail. “There’s always been a desire for states to control their advantage,” he adds. “That hasn’t changed. What changes is what counts as strategic, and who controls it.” And, sometimes, the issue is less about advanced technology than it is about something far more fundamental. “It’s a question of capacity. It doesn’t matter how clever your system is if you can’t produce it at scale. If you’ve only got a million shells and you’re firing a million a week, you’ve got a problem very quickly.” The compliance infrastructure behind sovereignty “People often think of sovereign capability in terms of hardware,” Christopher says. “In practice, it’s governed by legal and regulatory frameworks, just as much as anything else.” Export controls, licensing regimes, national security interventions… these are not peripheral considerations. They define the boundaries of what is possible. Frameworks such as ITAR (International Traffic in Arms Regulations), for example, can extend control well beyond national borders. “You can buy something, integrate it, make it part of your system,” Christopher says. “But if it’s subject to external control, then the permission structure doesn’t sit with you.” In the UK, mechanisms such as the National Security and Investment (NSI) Act reinforce this further, embedding government oversight directly into transactions, ownership structures, and strategic supply chains.  This is where sovereign capability becomes less about ownership and more about good governance. For smaller organisations, this can show up as uncertainty. “Maybe they know they’re dealing with something sensitive,” he notes. “They know it’s dual-use, say, or regulated, or restricted. But they don’t always have the infrastructure to manage that properly.” For larger defence organisations, the stakes are higher – and more strategic. “The question becomes: do we build around something that gives us capability now, but constrains us later? Or do we invest in something that gives us more freedom of action long term?” That is not a compliance question. It’s a strategic one. Cost that doesn’t sit on the balance sheet Because sovereign capability is often overestimated in principle, it is frequently undercosted in practice. “Organisations will model the upfront cost,” Christopher says. “They won’t always model the downstream constraints.” And those constraints don’t always appear immediately. “They show up later,” he explains. “When you try to sell something and can’t. When you try to redeploy something and need permission. When your supply chain turns out to be more fragile than you thought.” In some cases, the issue is visibility. “Control lists change. Sanctions change. The environment shifts,” he says. “You may not even realise that something you’re dependent upon has become restricted.” In others, it is structural. “If you’re reliant on a particular component, or a particular material, or a particular jurisdiction,” he says, “then you are exposed. Whether you planned for that or not.” That kind of dependency is an expensive knot to untie. “The market will find alternatives,” he notes. “But it won’t be quick. And it won’t be cheap.” And then there’s the cost of reaction. “I think a lot of organisations are still responding to events,” he says. “The world is moving faster than they are. That’s where the real risk sits.” Not in the headline capability, but in the constraints beneath it. Because – by the time a constraint becomes visible – it is, often, already embedded. What the strongest organisations do differently Despite this complexity, sovereign capability is not an abstract problem, but a management discipline, and it requires a paradigm shift in how organisations conceptualise their operating environment. “The first thing is foresight,” he says. “You have to look ahead. You can’t just react.” “For a long time, businesses were forging ahead happily. New technology, new markets, new opportunities. Geopolitics was kind of in the background,” he explains. “That’s changed. Politics is now a much bigger part of business decision-making.” The implication is that supply chains, compliance, and geopolitical exposure all need to be treated as core operational concerns. “You manage your finances carefully. You need to manage your international supply chains in the same way. It’s more important to make sure they can hold up under pressure.” And it requires accepting that uncertainty is here to stay. “Doubt and ambiguity are part of the international system now,” he adds. “You have to plan for it.” Sovereignty as a managed condition The conversation around sovereign capability is not going away – if anything, it’s becoming more important – but, as Christopher makes clear, it needs to be understood on more realistic terms. “There’s no country in the world that doesn’t need to trade,” he says. “You’re always going to be dependent on something.” In the modern world, that renders ‘real’ sovereignty as something conditional. “Essentially, it’s about how much of the chain you control,” he says. “And what that allows you to do.” For defence leaders, the question isn’t  “are we sovereign?” – but: Where are we constrained? Where are we exposed? And where does control actually sit? Because sovereignty is something that has to be built, tested, and managed – continuously. As Christopher puts it, “the more of it you can genuinely hold onto… the better.” Borders For the Boardroom:  the clearBorder podcast Hear more from Christopher and the clearBorder team on defence, geopolitics, industrial capacity, supply chain risks, and more. Listen now on Spotify →  Listen now on Apple → 

Capability is not sovereignty: a conversation on control, cost, and credibility in defence
Thought Leadership

What is sovereign capability? A strategic guide for defence leaders and procurement teams

TLDR No longer just a policy concept, sovereign capability has become a central issue in defence strategy and procurement. In practice, sovereignty is shaped by supply chains, alliances, and regulatory control; and, for defence leaders, it must be actively managed, not assumed. Key insights Sovereign capability is increasingly shaped by supply chains, alliances, and export controls Defence procurement decisions determine long-term control (not just cost) “Full” sovereignty is rarely achievable. Most capability is conditional Governance, compliance, and visibility are central to maintaining operational control Sovereign capability has become one of the defining themes in modern defence.  It sits at the intersection of geopolitics, procurement, and industrial strategy, and is increasingly shaping how nations design, build, and deploy military capability. Yet, despite its prominence, the concept is evolving. For defence leaders, the challenge is not simply to define “sovereign capability” in traditional terms, but to understand what it actually requires in practice, and where its limits sit in a deeply interconnected global system. Why this matters For defence organisations, sovereign capability directly affects operational and commercial outcomes: Programme delivery timelines can be shaped by external approvals and licensing Supply chain dependencies can introduce hidden strategic risk Regulatory frameworks can constrain how systems are deployed or exported Procurement decisions increasingly determine long-term control, not just cost Understanding sovereign capability is therefore essential to protecting both operational readiness and strategic autonomy. Independent, expert trade strategy & horizon scanning → What is sovereign capability in defence? At its simplest, sovereign capability is a nation’s ability to design, produce, maintain, and deploy defence capabilities independently. This includes traditional and digital weapons of war, military strength, firepower, and related complex goods, software, or hardware. However, the concept extends further. It includes not just physical ownership of platforms, but control over the systems, technologies, and decisions that govern their use. This encompasses industrial capacity, supply chain visibility, and the ability to act without external constraint. That distinction is important. As with Australia’s acquisition of SSN-AUKUS submarines under AUKUS, a nation may possess advanced defence assets, but still rely on foreign technology, components, or regulatory approval – in this example, via ITAR – to operate them. In this sense, sovereignty is not absolute. It exists on a spectrum. In other words, capability does not always equal autonomy, and ownership does not always equal control. Why sovereign capability matters in modern defence strategy The growing focus on sovereign capability reflects a shift in the global defence environment. Geopolitical fragmentation, export controls, and supply chain disruption have all made reliance on external actors more complex and, in some cases, more risky.  As a result, governments are reassessing where control must sit, and how much dependency is acceptable. Sovereign capability has, therefore, become a question of national resilience. It influences whether a nation can act independently, how quickly it can respond to emerging threats, and how exposed it is to external political or regulatory pressure. For defence leaders, this translates into tangible concerns around delivery, readiness, and long-term strategic positioning. Sovereign capability and defence procurement For most defence organisations, sovereign capability is ultimately realised (or constrained) through procurement. Procurement decisions determine not only what is acquired, but where capability resides, and who controls it over time. Increasingly, this requires a shift in thinking. Where procurement was once driven primarily by cost and performance, it now must account for resilience, control, and regulatory exposure. Procurement trade-offs in the defence industry As such, modern defence procurement involves navigating a set of competing priorities: Priority Strategic benefit Associated risk Global sourcing Access to advanced technology and scale Increased dependency and regulatory exposure Domestic production Greater control and national resilience Higher cost and longer delivery timelines Rapid procurement Accelerated capability deployment Reduced scrutiny and potential compliance gaps Collaborative programmes Shared cost and innovation Constraints on sovereignty and operational freedom   These trade-offs are not easily resolved. They must be actively managed, at boardroom level, as part of a wider defence strategy. The role of the UK defence industry in sovereign capability As the world’s second-largest defence exporter, the UK plays a not-insignificant role in the industry globally, with an established pedigree and leadership in disciplines such as advanced manufacturing, systems integration, and defence services. These capabilities position the UK as both a potential contributor to allied programmes and a developer of strategic capabilities in its own right. However, at the same time, the UK operates within a highly interconnected, complicated, and often tense international ecosystem.  Supply chains are global, technologies are shared, and regulatory frameworks – particularly end-use agreements and export controls – shape how capability can actually be developed and deployed. This creates a dual reality: the UK does hold clear industrial leadership in some domains, but it also faces structural dependencies that influence how sovereign its capabilities can be in practice. Sovereignty vs collaboration: can defence alliances deliver both? With few exceptions internationally, modern defence capability is not built in splendid isolation. The world of defence is more connected than that. Alliances such as NATO and AUKUS determine how nations access technology, share costs, and accelerate innovation. However, collaboration introduces its own constraints. Shared systems and technologies may be subject to external controls, including export licensing and usage restrictions. This can limit how capability is deployed or transferred, even when it is nominally “owned” by a national government. As a result, sovereignty and collaboration must be balanced carefully. Sovereignty, in this context, is less about independence and more about management of interdependence – understanding where control is retained, where it is shared, and how those boundaries are governed. The operational reality: what sovereign capability requires in practice Delivery of sovereign capability depends on the underlying systems and processes that enable organisations to operate effectively, within a constrained and sensitive environment. Two areas are particularly critical: Governance, compliance, and control Export controls, licensing regimes, and national security regulations all play a central role in shaping how defence capability can be used. To manage this, organisations must develop robust governance frameworks that ensure: Accurate classification of components and systems Clear visibility of regulatory obligations The ability to demonstrate compliance under audit Without this governance infrastructure, sovereignty becomes difficult to exercise in practice, regardless of strategic intent. Supply chain visibility and industrial resilience Modern defence systems rely on complex networks of suppliers, often spanning multiple jurisdictions. Understanding these dependencies – and their associated risks – is essential. A single component can introduce regulatory constraints, or a single supplier can create costly strategic vulnerability: as we saw in the AOG Technics fraud case. For defence organisations, sovereignty increasingly depends on how well these risks are identified, monitored, and managed. The cost of sovereign capability Conventionally, sovereign capability is usually framed as a strategic imperative, but it does come with measurable costs. There is financial investment, yes, but organisations must also consider increased complexity, longer procurement timelines, and higher governance overheads. In some cases, pursuing a traditional idea of “unconditional sovereignty” may require duplication of capability that would otherwise be shared across alliances. For nations, this raises an important question: what level of sovereignty is necessary? For many, the answer lies not in absolute independence, but in identifying critical capabilities where control must be retained, and accepting some level of dependency elsewhere. Is sovereign capability realistic in 2026 and beyond? As defence systems become more complex and interconnected, the idea of a complete and unerring national autonomy is becoming harder to sustain. Supply chains are global, technologies are shared, and regulatory frameworks are increasingly influential. In this environment, sovereign capability is evolving. Rather than being absolute, it is becoming more: Selective, focused on key strategic capabilities Conditional, shaped by alliances and regulation Actively managed, through governance and procurement decisions This perspective changes how the notion of sovereign capability should be approached. Sovereign capability as a strategic discipline Sovereign capability remains central to defence strategy, but it is not a simple concept to define.  Rather, in the modern era, it is more of a movable feast. It is constantly reshaped by procurement choices, constrained by regulation, and pressure-tested through operations. It requires organisations to balance independence with collaboration, and control with efficiency. For defence leaders, the challenge is not simply to “achieve” sovereignty, but to understand where it matters, how it is constrained, and how it can be maintained over time. Because – in modern defence – sovereignty is not assumed, and nor is it perennial. It is something that must be intentionally designed, built, and continuously managed, as the sands of international geopolitics continue to shift.  Borders For the Boardroom  the clearBorder podcast Listen now on Spotify →  Listen now on Apple →   

What is sovereign capability? A strategic guide for defence leaders and procurement teams
Thought Leadership

Building commercial resilience with geopolitical risk forecasting

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Integrating geopolitical risk forecasting into governance protects capital and preserves optionality, while only responding after disruption materialises opens the door to compounding shocks that can erode competitiveness and long-term resilience.   Real-world lessons The rapid reconfiguration of U.S. tariff authority The collapse of the IEEPA tariff regime and its replacement with Section 122, and then 301, demonstrate how quickly duty exposure can change. Pricing assumptions that were valid in January were rendered obsolete by March. The lesson → legal foundations matter as much as headline rates, and statutory fragility translates into pricing fragility. Maritime vulnerability in focus Shipping diversions around the Cape of Good Hope, combined with renewed tensions affecting the Strait of Hormuz, have reintroduced physical geography into corporate risk modelling. Freight premiums rise before vessels are blocked, and insurance markets can tighten before cargo is delayed. Energy pricing volatility ripples through chemicals, aviation, agriculture, and heavy industry. The lesson → risk often manifests through secondary effects (such as insurance, financing, or fuel) before it appears in delivery schedules. Export controls as industrial policy Semiconductor, end-use, and dual-use controls are instruments of competitive positioning. Derivative rules increasingly pull third-country firms into regulatory scope: a product assembled in one jurisdiction may inherit restrictions from a component sourced elsewhere. The lesson → jurisdictional exposure is now embedded in bills of materials. Cyber disruption As we saw in the case of the Jaguar Land Rover cyberattack, manufacturing can be halted and logistics interrupted by threats rooted in the digital world. Cyber incidents such as this show that, today, commercial systems are deeply interdependent. A compromised supplier, customs intermediary, or third party can disrupt trade flows just as much as a port closure. The lesson → even for firms dealing in physical goods, digital fragility is commercial fragility. Ethics enforcement as border enforcement Forced labour detentions and ESG-driven scrutiny reveal that reputational and regulatory exposure increasingly converge at the border. Governance lapses can freeze inventory in transit. The lesson → morals and values-based regulation has operational consequences. The horizon as of March 2026: where stress may emerge next   Tariff layering and statutory creativity With multiple trade statutes now in use (as in the U.S.), the probability of overlapping or sector-specific tariffs is high. Retaliatory measures by affected partners remain plausible. Even modest rate changes are likely to compress margins when stacked on existing duties and customs compliance costs. Sanction expansions in increments Rather than sweeping embargoes, recent patterns point towards gradual additions targeted at individuals, sectors, financial restrictions, or shipping designations. The commercial impact can accumulate quietly, in narrowing payment channels, shifts in insurance availability, or counterparties becoming higher-risk. Semiconductor concentration and technology bifurcation Tensions affecting semiconductor supply chains are unlikely to resolve in the near future. Advanced manufacturing and AI-related hardware are particularly sensitive to export licensing regimes. Fragmentation of technology ecosystems could increase compliance complexity for firms operating across multiple blocs. Energy corridor risk Escalation in the Gulf region continues to create volatility risk for LNG, oil, and petrochemical flows. For energy-intensive sectors, this becomes a forward margin issue rather than a spot-price issue, because markets price based on geopolitical probability – even in cases where physical disruption is absent. Regulatory divergence in ESG and SPS Environmental, social, and governance obligations are expanding across jurisdictions. Equally, SPS measures are divergent depending on region, particularly in agri-food and biotech sectors. This creates non-identical compliance architectures, and the potential for cost asymmetry between markets. Industrial overcapacity and protectionism Allegations of excess manufacturing capacity in steel, chemicals, renewables, and EV components may translate into further investigations and trade remedies. Protectionist responses tend to arrive quickly, with limited time for firms to pivot strategy.   From intelligence to decision architecture The difference between monitoring and forecasting lies in application. Where monitoring asks: what’s happening, or already happened? Forecasting (or horizon scanning) asks: if this happens, what changes inside our business? Therefore, the value in geopolitical forecasting is in the way it informs: Sourcing strategy: where are we overexposed to single jurisdictions? How quickly can we reconfigure suppliers? Contract design: do pricing structures account for tariff variability? Are force majeure clauses calibrated for regulatory intervention? Capital allocation: does planned investment assume regulatory convergence that may not materialise? Market prioritisation: are certain jurisdictions becoming structurally less predictable? Where commercial exposure can accumulate For a firm to assume they are diversified simply because they operate globally is laden with risk. In reality, risk concentration can hide in plain sight. For instance: A critical subcomponent sourced from one politically sensitive region. Dependence on a single export market vulnerable to retaliatory tariffs. Licensing reliance on evolving export control classifications. Contracts dependent on stable cross-border payment channels. It’s worth underscoring again that – while these exposures might not be critical in isolation – they compound exponentially when layered. Modern trade disruption is compound because tariffs can coincide with sanctions, energy volatility can overlap with cyber incidents, and regulatory divergence might intersect with ESG enforcement. Truly effective forecasting, therefore, must model correlation as well as probability.  Building geopolitical forecasting into governance For cross-border boardrooms, forecasting should include elements such as: Structured exposure mapping: product-level tariff sensitivity, sanctions touchpoints, licensing dependencies, supplier geography. Integrated external intelligence: policy tracking across major jurisdictions, not just home markets. Scenario stress-testing: modelling margin, liquidity, and delivery performance under multi-variable shocks. Clear oversight: defined risk appetite and escalation thresholds. Forecasting must have decision authority, not advisory ambiguity. Volatility is inevitable, while fragility is optional No firm can realistically insulate itself from geopolitical shocks completely. However, they can reduce the fragility of their position by: Diversifying input exposure Embedding compliance upstream Designing flexible contracts Aligning procurement incentives with risk-adjusted outcomes Integrating political risk into financial modelling The strategic dividend of foresight In a fragmenting global economy, predictability is valuable. Governments favour suppliers that deliver despite turbulence. Investors favour firms with visible governance discipline. Customers favour counterparties who do not pass on sudden shocks. In short, effective risk forecasting is preparedness translated into commercial advantage. For boardrooms then, the central question is: are geopolitical developments informing our strategy in real time, or being identified after already exerting an influence on our balance sheet? Ultimately, commercial resilience does not begin at the border, but is rooted in proactive horizon scanning. Contact clearBorder today for independent, expert horizon scanning and advisory → 

Building commercial resilience with geopolitical risk forecasting
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