Small countries, disproportionate strategies

Estonia, Israel, Switzerland, Portugal, Taiwan — five nations that punch far above their weight. How small states build outsized influence through precision, not scale.

By VastBlue Editorial · 2026-03-26 · 16 min read

Series: The Chessboard · Episode 8

The logic of the small

There is a persistent assumption in geopolitical analysis that size determines relevance. Large economies shape trade. Large militaries project force. Large populations generate demand. The logic is intuitive, and it is wrong — or, more precisely, it is incomplete in ways that matter enormously for understanding how the modern global order actually functions.

Consider: a country of 1.3 million runs the most advanced digital government on Earth. A country smaller than New Jersey generates $12.5 billion in annual defence exports. A landlocked country of 8.8 million hosts the headquarters of 43 Fortune 500-adjacent multinationals. A country on Europe's western edge has repositioned itself as a bridge between regulation and Atlantic capital. And an island of 23 million manufactures over 90 percent of the world's most advanced semiconductors, giving it leverage no military alliance could replicate.

Estonia, Israel, Switzerland, Portugal, Taiwan. Five countries that, by conventional metrics — GDP, population, military spending, geographic area — should be footnotes in geopolitical analysis. Instead, they are case studies in a different kind of power: the power of specificity, the power of doing one thing so well, so deeply, so indispensably, that the world cannot function without you.

This episode is not a survey. It is an argument. The argument is this: in a world defined by interdependence, complexity, and technological specialisation, smallness is not a handicap to be overcome. It is a strategic asset to be exploited. The five countries examined here have each, in different ways, understood something that larger nations often miss — that influence in the 21st century is less about the volume of resources you command and more about the criticality of the function you perform. They have found their leverage. And they have built everything around it.

Estonia: the state as software

When Estonia regained independence from the Soviet Union in 1991, it inherited an economy in ruins, a bureaucracy designed for central planning, and a population smaller than most European cities. It had no oil, no significant mineral wealth, no legacy industrial base worth preserving. What it had was a blank slate — and the political will to treat that blankness as an opportunity rather than a deficit.

The decision that would define Estonia's trajectory came early and was, in retrospect, radical. Rather than building a traditional government — ministries staffed with civil servants processing paper forms, physical infrastructure replicating what Western European states had built over centuries — Estonia decided to build a digital one. Not digitise existing processes, but redesign the state itself as a digital-first institution. The distinction is critical. Digitisation takes a paper form and puts it on a screen. Digital-first design asks: if we were building a government from scratch in the internet age, what would it look like?

The answer, as it evolved through the late 1990s and 2000s, was X-Road — a decentralised data exchange platform that connects every government database, every public service, and every authorised private-sector system into a single interoperable network. X-Road does not centralise data. Each institution maintains its own databases. What X-Road provides is a secure, encrypted, logged protocol for those databases to talk to each other. When an Estonian citizen files their taxes — a process that takes an average of three minutes — the tax authority already has their income data from employers, their property data from the land registry, their dependent data from the population register, and their deduction data from insurance and pension providers. The citizen reviews, confirms, and submits. The state does not ask for information it already has.

The milestones came rapidly. By 2003, a mandatory digital identity card — serving as national ID, health insurance card, digital signature, and authentication token. By 2005, the world's first legally binding online elections. By 2014, e-Residency — allowing anyone worldwide to establish an EU-based company entirely online. Over 100,000 e-residents from 176 countries have registered, creating more than 27,000 companies.

But the strategic genius is not the technology. It is the export model. Estonia turned its governance infrastructure into a product. Through its e-Governance Academy and bilateral agreements, it has deployed X-Road in Finland, Japan, Iceland, and several African and Latin American nations. Its cybersecurity expertise — born of necessity after the devastating 2007 Russian cyberattack — led to NATO's Cooperative Cyber Defence Centre of Excellence being established in Tallinn. Estonia does not have the military weight to host a major NATO command. It has the digital credibility.

Estonia did not digitise its government. It rebuilt the concept of government as a digital platform. The difference is not semantic — it is architectural, and it gave a country of 1.3 million people influence over how dozens of nations structure their public services.

Editorial observation

The lesson is institutional reimagination. Estonia invented a new category of statehood and became its reference implementation. When the European Commission designs digital identity frameworks, Estonian expertise is in the room. When NATO assesses cyber defence readiness, Tallinn is the benchmark. A country that most Europeans could not locate on a map shapes how governments worldwide think about the digital state.

Israel: security as an industry

Israel's strategic position requires no introduction. A country of 9.3 million people, roughly the size of New Jersey, occupying one of the most contested geographies on Earth, surrounded by states that have at various points denied its right to exist. What requires examination is not the threat environment itself — which is extensively documented — but how Israel converted that threat environment into an industrial asset of global significance.

The conversion follows a logic that is ruthlessly efficient and almost impossible to replicate. Israel's mandatory military service — three years for men, two for women — creates a universal pipeline from adolescence to defence technology. The most technically talented conscripts are selected for elite intelligence and technology units — Unit 8200 (signals intelligence and cyber), Unit 81 (technology development for military intelligence), Talpiot (an ultra-selective programme that combines academic study with operational service). These units do not merely train soldiers. They train engineers who, by the age of 23, have designed, built, and deployed operational systems under conditions that no university programme or corporate internship can simulate.

When these engineers leave the military, they enter an ecosystem that is purpose-built to convert their skills into commercial products. Israel has more companies listed on NASDAQ than any country outside the United States and China. It consistently ranks among the top three countries globally for venture capital investment per capita. Its cybersecurity sector alone — which barely existed before 2000 — generated an estimated $8.2 billion in revenue in 2023 and accounts for roughly 10 percent of the global cybersecurity market. Companies like Check Point, CyberArk, Wiz, and SentinelOne were founded by alumni of Israel's military intelligence units. The pipeline from Unit 8200 to Silicon Wadi (Israel's technology corridor) to NASDAQ listing is not a metaphor — it is an institutional pathway, maintained and reinforced by a network of military contacts, shared operational experience, and investor communities that understand the specific value of Israeli defence-adjacent technical talent.

The defence technology spans a range remarkable for a country ten times Israel's size. Iron Dome has achieved interception rates exceeding 90 percent against short-range rockets. Israel Aerospace Industries produces unmanned aerial systems and satellite platforms exported to over 40 countries. Elbit Systems manufactures everything from helmet-mounted displays to autonomous ground vehicles. In 2023, Israel signed major defence export contracts with India, Germany, the Philippines, Greece, Morocco, and the UAE — geographic diversity reflecting both product quality and the pragmatic flexibility of Israeli defence diplomacy.

What makes Israel's model distinctive is not the existence of a defence industry — many countries have them — but the feedback loop between operational necessity and industrial output. Israeli defence companies do not design products for theoretical threat scenarios. They design products that will be deployed, tested, and iterated under live operational conditions, often within months of development. The result is a technology maturation cycle that commercial competitors cannot match. When Israel exports an air defence system, a cybersecurity platform, or an autonomous vehicle capability, the buyer is not purchasing a prototype. They are purchasing a battle-tested system with an operational track record that no peacetime development process can produce.

The model has limitations inseparable from its strengths — Israel's geopolitical position makes it a controversial partner, and the concentration of talent in defence-adjacent sectors creates opportunity costs elsewhere. But as a case study in converting constraint into advantage, Israel's approach remains unmatched. It took the one thing it could not avoid — constant security pressure — and made it the foundation of an industry worth billions.

Switzerland: the precision premium

Switzerland's influence is the quietest of the five cases examined here, and for that reason perhaps the most instructive. It has no tech unicorns that dominate headlines. No defence exports that shape regional security. No digital governance model that countries queue to adopt. What Switzerland has is something older and, in its own way, more durable: a manufacturing and institutional ecosystem built on precision so exacting that the premium it commands has outlasted every disruption the global economy has produced since the Industrial Revolution.

The numbers are deceptively simple. GDP per capita of approximately $100,000. Unemployment that has not exceeded 5 percent in three decades. A consistently positive current account surplus. No wars since 1847. A currency that appreciates in every global crisis — the "flight to safety" trade, so reliable that it functions as a global economic constant.

Behind these numbers lies a manufacturing philosophy that is worth examining in detail, because it operates on principles that are the exact opposite of the scale-driven, cost-optimised production models that dominate global industry. Swiss manufacturing does not compete on price. It competes on tolerances — the precision with which a component is machined, the reliability with which a system performs, the consistency with which a product meets specifications that competitors find uneconomical to match.

Consider watchmaking — the industry most associated with Swiss precision. Switzerland produces roughly 2 percent of the world's watches by volume. It captures over 50 percent of global watch revenue by value. The Swiss watch industry exported CHF 26.7 billion in 2023, making it one of the country's top export sectors. The disparity between volume and value is the Swiss model in miniature: you do not need to make the most if you make the best, and if "the best" is defined by standards that you set and that others cannot credibly match. Swiss watchmaking is not an industry. It is a quality signal so deeply embedded in global consumer consciousness that the phrase "Swiss made" functions as a brand independent of any individual company.

But watchmaking, visible as it is, is not where Switzerland's industrial precision matters most. That distinction belongs to pharmaceuticals and precision instruments. Roche and Novartis, both headquartered in Basel, are among the top five pharmaceutical companies globally. Switzerland's pharmaceutical and chemical exports exceeded CHF 120 billion in 2023 — nearly a third of all Swiss exports. The pharmaceutical ecosystem extends beyond the two giants: a network of contract research organisations, specialty chemical producers, biotech startups, and university research groups (ETH Zürich and EPFL are consistently ranked among the world's top ten technical universities) creates a density of pharmaceutical expertise per square kilometre that has no equivalent anywhere on Earth.

In precision instruments, the pattern repeats. ABB leads in robotics and industrial automation. Bühler Group, headquartered in Uzwil — a town of 13,000 people — processes 65 percent of the world's grain. These are not glamorous companies. They are indispensable ones — and indispensability, as this episode argues, is the highest form of strategic advantage.

Switzerland does not compete on price, and it does not compete on scale. It competes on tolerances so exacting that the premium it commands has outlasted every economic disruption since the Industrial Revolution. That is not a business strategy. It is a national one.

Editorial observation

The institutional architecture that sustains this model is equally distinctive. Switzerland's dual-track education system — which channels roughly two-thirds of students into vocational apprenticeships rather than university education — produces a workforce whose practical skills are calibrated to industry needs with a precision that academic systems cannot match. Swiss apprenticeships are not consolation prizes. They are rigorous, multi-year training programmes co-designed with employers, leading to qualifications that carry high social status and excellent earning potential. The result is a manufacturing workforce that can operate and innovate within systems where the margin for error is measured in microns — and where that capability is the entire competitive advantage. Switzerland's neutrality — maintained since 1815 — reinforces this: by positioning itself as the world's most credible neutral ground for diplomacy, finance, and corporate headquarters, it ensures that Swiss precision operates in a geopolitical context free of the complications that hamper competitors based in Washington, Beijing, or Brussels.

Portugal: the quiet repositioning

Portugal is the outlier in this group — the country whose strategic repositioning is most recent, most fragile, and most instructive for other mid-sized European economies seeking to find their leverage in a shifting global order.

A decade ago, Portugal was a cautionary tale. The eurozone crisis hit the country with devastating force. Between 2010 and 2014, Portugal submitted to a €78 billion troika bailout programme, implemented severe austerity measures, watched unemployment climb above 17 percent, and saw a generation of young, educated professionals emigrate to Germany, the UK, France, and Brazil. Portugal's reputation was that of a peripheral European economy — beautiful, culturally rich, economically irrelevant. A country people visited on holiday, not one they did business with.

The transformation that followed was neither accidental nor inevitable. It was the product of deliberate policy choices that, taken together, constitute a coherent national repositioning strategy — even if it was never articulated as one in a single document or speech.

The first element was fiscal. Portugal's Non-Habitual Resident (NHR) tax regime, introduced in 2009, offered foreign professionals a flat 20 percent income tax rate and, in many cases, full exemption on foreign-sourced income for ten years. The programme attracted an estimated 74,000 registrants by 2023. Portugal did not invent tax-driven migration — Monaco and Dubai had long played that game. What Portugal did differently was combine the tax incentive with something the tax havens could not match: quality of life, EU membership, rule of law, cultural depth, and a cost of living significantly below the Western European average.

The second element was technological. Lisbon's emergence as a tech hub — catalysed in part by Web Summit's relocation from Dublin in 2016, but driven more fundamentally by the availability of skilled, multilingual, cost-competitive talent — attracted a wave of technology companies, startup founders, and venture capital investors. By 2024, Lisbon hosted development centres or regional headquarters for Google, Amazon, Mercedes-Benz, Volkswagen, Siemens, Revolut, and dozens of growth-stage startups. Portugal's computer science and engineering graduates — trained at institutions like Instituto Superior Técnico and Universidade do Porto — offered European-quality skills at salaries that, while rising, remained 40 to 60 percent below those in London, Berlin, or Amsterdam. For companies seeking EU-based talent without EU-tier costs, Lisbon and Porto became obvious choices.

The third element was geographic and historical — and this is where Portugal's repositioning becomes genuinely strategic rather than merely opportunistic. Portugal is the westernmost country in continental Europe. It has the EU's largest exclusive economic zone, stretching across the Atlantic to the Azores and Madeira. Its historical and linguistic ties to Brazil (the world's ninth-largest economy), Angola, Mozambique, and other Lusophone countries give it diplomatic and commercial access to over 260 million Portuguese speakers worldwide. In a world where Atlantic trade routes are regaining importance — driven by US-Europe energy flows, submarine cable infrastructure, and the strategic relevance of Atlantic island territories — Portugal's geography shifts from peripheral to pivotal. The Sines deepwater port is now a terminus for multiple transatlantic submarine cables, including EllaLink — the first direct fibre-optic connection between Europe and South America, bypassing the United States entirely. In the digital economy, the country sitting at the junction of cable routes connecting three continents has leverage that transcends its GDP.

The strategy has vulnerabilities. The NHR programme was scaled back in 2024 following domestic pressure over housing affordability — a reminder that strategies aimed at attracting foreign capital can generate backlash when they succeed too well. Portugal's positioning as a low-cost alternative is inherently temporary — costs rise as investment flows in. But as a case study in how a small, post-crisis economy can redefine its strategic role within a single decade, Portugal's trajectory is worth studying closely.

Taiwan: the silicon shield

Taiwan's strategic position is unique among the five cases examined here, because Taiwan's leverage is not merely disproportionate to its size — it is existential to the global economy. Remove Estonia's digital governance and the world adjusts. Remove Israel's defence exports and regional balances shift. Remove Switzerland's precision manufacturing and supply chains reorganise. Remove Taiwan's semiconductor production and the modern economy stops.

The numbers are stark. Taiwan Semiconductor Manufacturing Company (TSMC), headquartered in Hsinchu, manufactures over 90 percent of the world's most advanced semiconductors — chips fabricated at process nodes of 7 nanometres and below. These are the chips that power every high-end smartphone, every AI training cluster, every advanced military system, every autonomous vehicle prototype, and every cloud computing data centre on Earth. There is no substitute supplier. There is no alternative at comparable scale. Samsung's foundry division manufactures advanced chips but at roughly one-fifth of TSMC's volume. Intel's foundry ambitions are years from producing at competitive nodes. The rest of the world's semiconductor manufacturing operates at older process nodes unsuitable for the most demanding applications.

This concentration did not happen by accident. It is the product of forty years of deliberate industrial strategy, initiated when the Taiwanese government recruited Morris Chang — a Texas Instruments executive — to found TSMC in 1987. The "pure-play foundry" model was revolutionary: rather than designing its own chips, TSMC would manufacture chips designed by other companies. It enabled the rise of Qualcomm, Nvidia, AMD, Apple's chip division, and hundreds of others. TSMC did not just manufacture chips. It enabled an entire industry structure.

The resulting concentration is both the most impressive achievement in industrial policy history and the most dangerous single point of failure in the global economy. TSMC's fabs contain equipment, process knowledge, and operational expertise that cannot be replicated quickly. The company's N3 process node — in mass production since late 2023 — represents the frontier of what is physically possible. The gap between TSMC and its nearest competitor is measured in years and billions of dollars.

Taiwan's leaders understand precisely what they possess, and they have a name for it: the "silicon shield." The concept is straightforward. Taiwan exists under permanent threat from the People's Republic of China, which claims it as a breakaway province and has not renounced the use of force to achieve unification. Taiwan's conventional military, while capable, cannot indefinitely deter a Chinese military that outnumbers it by orders of magnitude. What can deter — or at least impose catastrophic costs on — a military confrontation is the knowledge that a conflict in the Taiwan Strait would destroy the world's semiconductor supply. No advanced chips means no new iPhones, no AI training runs, no modern weapons systems, no cloud computing expansion — for anyone, including China. The silicon shield does not prevent conflict through military force. It prevents it through economic mutually assured destruction.

Taiwan's semiconductor monopoly is not just an industrial achievement. It is a deterrence strategy — the silicon shield that makes the cost of conflict not merely military but civilisational. No other country has converted manufacturing capability into geopolitical survival insurance so completely.

Editorial observation

The shield is not impervious. The US CHIPS and Science Act committed $52.7 billion to domestic semiconductor manufacturing. TSMC is building fabs in Arizona. Samsung in Texas. Intel expanding in Ohio. Europe's Chips Act committed €43 billion. The intent is clear: reduce dependency on Taiwan. But the timeline is revealing. TSMC's Arizona fab has faced repeated delays — construction complications, workforce challenges, and the fundamental difficulty of replicating in the Arizona desert the operational culture and supply chain density built over four decades in Taiwan. The European Chips Act's 20 percent target is, in most industry observers' assessment, aspirational to the point of fantasy. The silicon shield will thin over time. It will not disappear within this decade, and probably not the next.

Taiwan's case demonstrates the most extreme version of the small-country strategy: make yourself so essential to the global system that your survival becomes everyone's interest. It is a strategy born of desperation — no country chooses to depend on a single industry for its geopolitical security — but it has been executed with a sophistication that few large nations have matched with far greater resources.

The pattern beneath

Five countries. Five strategies. One underlying pattern. Each of these nations identified a function — digital governance, defence technology, precision manufacturing, strategic positioning, semiconductor fabrication — and built an entire national strategy around performing that function better than anyone else on Earth. They did not try to be good at everything. They tried to be indispensable at one thing.

Large countries pursue breadth — competitiveness across the full spectrum of industries, technologies, and capabilities. Their size permits it. But breadth comes at a cost: resources spread across many priorities, institutional focus diluted by competing interests, the result often competence across many domains rather than dominance in any single one. Small countries cannot afford breadth. Their constraint — limited people, limited capital, limited institutional capacity — forces a choice. The choice is: what will we be the best at? And the discipline of that choice, paradoxically, becomes their advantage.

• Estonia: transformed a Soviet-era blank slate into the world's reference model for digital governance, exporting its platform to 60+ nations.
• Israel: converted existential security threat into a $12.5 billion defence technology export industry and a globally dominant cybersecurity sector.
• Switzerland: built a 200-year competitive advantage on precision, neutrality, and institutional trust — capturing value through quality premiums rather than volume.
• Portugal: repositioned from eurozone crisis casualty to Atlantic gateway, leveraging geography, talent costs, and digital infrastructure to attract technology investment.
• Taiwan: created the silicon shield — a semiconductor monopoly so complete that its destruction would halt the global economy, converting manufacturing excellence into deterrence.

The pattern has implications that extend beyond the five countries themselves. For European policymakers designing industrial strategy, the lesson is that not every country needs to build a semiconductor fab or an AI champion. Some countries — perhaps many countries — would be better served by identifying their specific advantage, investing in it with monomaniacal focus, and building the institutional infrastructure to sustain it over decades. The EU's instinct toward harmonisation and convergence — ensuring that all member states develop along similar lines — may be exactly wrong for a world in which specialisation, not diversification, determines relevance.

For founders and strategists, the lesson is immediate. The countries that have built outsized influence have done so by creating ecosystems — interconnected systems of talent, capital, institutions, and culture that reinforce each other. Estonia's digital governance works because identity infrastructure, education, startups, and government procurement all point in the same direction. Israel's defence technology works because military service, elite unit selection, venture capital, and NASDAQ listing pathways form a continuous pipeline. These are designed systems, and they take decades to mature.

In a contest between great powers competing on scale, the strategic space for precision grows. Every restructured supply chain creates new junctions. The countries that identify those junctions first will shape the next era — regardless of their size.

Editorial observation

Size is a resource. Specificity is a strategy. And in the 21st century, strategy beats resources more often than the conventional wisdom admits.

Sources

1. e-Estonia — Digital Society Overview — https://e-estonia.com/
2. Stockholm International Peace Research Institute (SIPRI) — Arms Transfers Database 2024 — https://www.sipri.org/databases/armstransfers
3. TSMC — 2024 Annual Report — https://investor.tsmc.com/english/annual-reports
4. Swiss Federal Statistical Office — Swiss Foreign Trade Statistics 2023 — https://www.bfs.admin.ch/bfs/en/home/statistics/industry-services/foreign-trade.html
5. AICEP Portugal Global — Foreign Direct Investment Report 2023 — https://www.portugalglobal.pt/en/
6. CHIPS and Science Act — White House Fact Sheet (2022) — https://www.whitehouse.gov/briefing-room/statements-releases/2022/08/09/fact-sheet-chips-and-science-act-will-lower-costs-create-jobs-strengthen-supply-chains-and-counter-china/
7. NATO Cooperative Cyber Defence Centre of Excellence — Tallinn — https://ccdcoe.org/
8. Federation of the Swiss Watch Industry — Annual Report 2023 — https://www.fhs.swiss/eng/statistics.html