Why Critical Infrastructure Must Be Designed and Built in Europe
Security by Design, Not by Assumption
When critical systems are procured from non-European vendors, security audits are limited by what manufacturers are willing to disclose. Hardware backdoors, undocumented firmware, or deliberately fragile components are extraordinarily difficult to detect in foreign-built systems and nearly impossible to remediate once deployed at scale.
European manufacturing changes this equation fundamentally. Local production allows regulators, procurers, and security agencies to audit the full technology stack from silicon to software, under European legal frameworks. The EU’s NIS2 Directive and the forthcoming Cyber Resilience Act both implicitly assume that vendors can be held accountable under European jurisdiction. That assumption breaks down entirely when the vendor operates from beyond European reach.
Security cannot be an afterthought bolted onto imported systems. It must be embedded from the first design decision, and that is only possible when design happens here.Designing infrastructure domestically also enables the application of security-by-design principles from the earliest development stage. European engineers working within European regulatory frameworks naturally embed GDPR compliance, resilience standards, and interoperability requirements that foreign vendors often treat as costly obstacles rather than baseline expectations.
Technological Independence in an Age of Fragmentation
The era of frictionless globalisation is over. Export controls, trade wars, sanctions regimes, and deliberate supply chain weaponisation have made technological dependence a geopolitical liability. Europe learned this lesson painfully with energy: decades of reliance on a single supplier created leverage that was ultimately used against European interests. The same dynamic is now unfolding in semiconductors, industrial software, and communications hardware.
Building critical infrastructure in Europe, drawing on European intellectual property, manufacturing capacity, and engineering talent, is the industrial equivalent of energy diversification. It eliminates single points of geopolitical failure and ensures that upgrades, replacements, and emergency maintenance do not depend on the goodwill of foreign governments or the continuity of international trade routes.
The European Commission’s designation of strategic sectors under its Industrial Strategy reflects this understanding. Yet strategy documents alone achieve nothing. The shift requires actual investment in European production capacity for industrial control systems, SCADA platforms, smart grid technology, and secure communications infrastructure.
Protection Against Cyberattacks: A Home Advantage
Critical infrastructure is now among the most actively targeted sectors for state-sponsored cyberattacks. The motivations range from intelligence gathering to pre-positioning for sabotage in the event of conflict. Foreign-built systems create an asymmetric vulnerability: adversaries who helped design or manufacture components may already hold access that defenders do not know exists.
European-manufactured systems close this gap structurally. Source code can be verified by national security agencies. Hardware can be inspected at every production stage. Cryptographic keys and access credentials remain under European control from inception. The attack surface is fundamentally narrower when the supply chain is too.
European manufacturers also operate within frameworks that mandate breach disclosure, security patch obligations, and incident reporting. These requirements create a cooperative security ecosystem. When infrastructure relies on vendors outside this ecosystem, the same obligations do not apply, and vulnerabilities may go unpatched for months or years while exploitation continues silently.
Why Poland Is Uniquely Positioned to Lead
Poland occupies a distinctive position in any honest assessment of European industrial capacity, and its case for hosting critical infrastructure production deserves particular attention. Poland has demonstrated remarkable macroeconomic and political stability over three decades of EU membership, with one of the most consistent GDP growth trajectories in Europe. This stability reflects institutional maturity and a demonstrated capacity to absorb economic shocks, making it a reliable long-term partner for infrastructure investment.The country possesses deep industrial roots, particularly in mining, energy, heavy manufacturing, and rail infrastructure. This legacy translates into genuine local know-how: Polish engineers and technicians have hands-on experience with exactly the systems that European infrastructure relies upon. Unlike greenfield industrial locations, Poland does not need to manufacture expertise from scratch. It already exists in its workforce and in its polytechnic institutions.
Polish universities produce among the highest numbers of STEM graduates per capita in Europe. The country’s engineering graduates are well-regarded internationally, and an increasing share choose to remain and build careers domestically, reversing earlier patterns of brain drain. This talent pool feeds directly into the industrial automation, energy technology, and cybersecurity sectors that critical infrastructure demands. Geographically, Poland sits at the intersection of Western and Eastern Europe, a logistical advantage that enables it to serve as both a manufacturing hub and a technology bridge. Its NATO membership and strong security alliances provide the assurance that sensitive production environments require. The Polish government has also shown consistent willingness to invest in industrial policy aligned with European strategic priorities, including significant commitments to domestic defence industry capacity. For European operators seeking to onshore critical infrastructure production, Poland offers something rare: not a promise of future capability, but demonstrated industrial competence, institutional reliability, and a workforce already fluent in the technologies that matter.The Cost of Inaction
The argument for European-built critical infrastructure is sometimes framed as protectionism, a retreat from openness and global trade. This framing misunderstands the nature of the risk. No serious analyst advocates for autarky. The question is not whether to trade, but whether to accept structural dependencies in systems whose failure would be catastrophic.
Electricity grids that cannot be repaired without foreign components. Water treatment systems that require vendor remote access from non-allied countries. Industrial control platforms with undisclosed capabilities in their firmware. These are not theoretical risks. They are documented vulnerabilities that adversaries actively seek to exploit.
The investment case for European critical infrastructure manufacturing is therefore also a security case, a resilience case, and an industrial policy case simultaneously. Europe has the engineering talent, the regulatory frameworks, the investment capital, and in countries like Poland, the demonstrated industrial capacity to close this gap decisively.
The only question is whether the political will to act matches the clarity of the strategic imperative. The window for building this capacity before it is urgently needed is narrowing.