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Introduction: When Economic Openness Meets Geopolitical Reality
Europe built much of its prosperity on openness. Free trade, cross-border investment, international supply chains and global technology networks helped transform the European Union into one of the world’s largest economic blocs. For decades, the assumption was straightforward: the more connected countries became, the more prosperous and stable they would become.
That assumption is now under pressure.
The digital systems supporting Europe’s hospitals, factories, ports, financial institutions, telecommunications networks, transport systems and public services have become deeply intertwined with global suppliers. The problem is not globalization itself. The problem is that some of the dependencies created by globalization can become strategic vulnerabilities when commercial relationships collide with geopolitical conflict.
This is the central argument raised by Andrea Giuricin, an expert in transport economics and logistics, in an opinion piece for Euronews. His comparison with railway safety is particularly powerful: passengers rarely think about the signalling systems, communications infrastructure and control mechanisms keeping a train on its tracks. They simply assume those systems can be trusted.
Europe increasingly needs to make the same calculation about its digital infrastructure.
The Invisible Systems That Keep Europe Running
Modern Europe depends on an enormous digital layer that most citizens never see.
A hospital accessing a
Even transportation systems increasingly depend on software.
Behind almost every physical activity is now a digital chain.
That means a cyberattack against a network, cloud platform or critical supplier can produce consequences far beyond stolen files or disrupted websites. A digital failure can eventually become a physical disruption.
When Cybersecurity Becomes Physical Security
The distinction between cybersecurity and traditional national security has become increasingly difficult to maintain.
A compromised railway management system can affect transportation. An attack against an energy operator can disrupt electricity or heating. A successful intrusion into industrial control systems can potentially interfere with physical machinery.
This is why European governments can no longer treat digital infrastructure as merely an IT issue.
The systems controlling essential services are increasingly part of national resilience.
The article points to incidents involving European critical infrastructure as evidence that geopolitical cyber threats are no longer theoretical. Whether the attacker is motivated by espionage, disruption, political pressure or preparation for a future conflict, the underlying lesson remains the same: digital access can create leverage over physical infrastructure.
The End of Europe’s Strategic Innocence
For much of the post-Cold War period, European economic policy was built around interdependence.
The theory made sense. Countries trading heavily with one another would have strong incentives to avoid conflict. Companies would select suppliers primarily on price, quality, efficiency and reliability.
But geopolitics has changed the equation.
Russia’s invasion of Ukraine demonstrated how strategic dependencies can become vulnerabilities. Energy became one of the clearest examples, as European countries discovered that economic efficiency and strategic security do not always point in the same direction.
The same principle is now emerging in technology.
A dependency that looks efficient during peaceful times can become dangerous if the supplier’s government becomes an adversary, if export controls are imposed, if supply chains are disrupted or if the supplier can legally be compelled to assist state objectives.
China and the Question of Strategic Trust
The debate surrounding Chinese technology suppliers is particularly complicated because it sits at the intersection of economics, cybersecurity and geopolitics.
The concern is not simply where a company is headquartered. The deeper issue is the legal and political environment surrounding the company.
European policymakers therefore need to examine questions such as:
Who ultimately controls the supplier?
What laws govern the company?
Can government authorities compel cooperation?
Can independent courts challenge such demands?
Can the supplier remotely access equipment after deployment?
How are software updates controlled?
Can European customers independently verify what the technology is doing?
These questions are increasingly relevant when the supplier operates components of critical infrastructure.
Not All Technology Dependencies Carry the Same Risk
One of the strongest ideas in the original article is that Europe should stop treating every supplier relationship as equivalent.
Buying office furniture from a foreign company is fundamentally different from allowing a foreign vendor to provide equipment embedded deep inside a telecommunications network.
The first relationship might create a commercial dependency.
The second could create a strategic dependency.
That distinction should influence procurement policies.
A company providing critical networking equipment potentially has opportunities to influence software, firmware, updates, configuration and maintenance. In certain architectures, vendors can also become deeply embedded in operational environments.
The more important the infrastructure, the more important supplier trust becomes.
Trust Must Become a Security Requirement
For years, procurement decisions often focused heavily on price and performance.
That model is becoming insufficient.
For critical infrastructure, Europe needs a broader definition of value—one that includes security, resilience, transparency, governance and geopolitical risk.
A cheaper supplier may not actually be cheaper if replacing its equipment becomes extremely expensive after geopolitical relations deteriorate.
Likewise, a technologically impressive product may not be appropriate for critical infrastructure if customers cannot adequately assess the risks associated with its ownership structure or government relationships.
Security therefore needs to become part of the economic calculation.
Europe’s Three-Part Challenge
The original argument proposes three principles for European policymakers: coherence, proportionality and speed.
These three ideas deserve much wider attention.
1. Europe Needs a Coherent Security Framework
Cyberattacks do not respect national borders.
A vulnerability in one EU member state can potentially affect organizations and networks elsewhere. European telecommunications infrastructure is interconnected, while companies increasingly operate across multiple countries.
That makes fragmented national approaches increasingly problematic.
If one country permits a supplier that another country considers too risky, Europe can end up with an inconsistent security environment.
The European Single Market was designed to remove barriers between national economies.
Digital security needs a similarly coordinated approach.
2. Security Rules Must Be Proportionate
Not every piece of technology requires the same level of scrutiny.
A smart refrigerator and a core telecommunications backbone should not face identical security requirements.
The greater the potential consequences of failure, the stronger the safeguards should be.
This principle could be applied through risk-based procurement rules covering telecommunications, cloud computing, data centres, energy systems, healthcare networks, transportation infrastructure and government systems.
The most critical systems should receive the most rigorous protection.
3. Europe Cannot Afford Endless Delays
Cybersecurity policy has a difficult relationship with time.
Technology evolves quickly.
Threat actors evolve quickly.
Supply chains evolve quickly.
Regulation often moves much more slowly.
If European legislation takes years to become operational, technological conditions may have changed before companies even understand what they are required to do.
Businesses need predictable rules because replacing infrastructure can take years and cost billions.
Governments therefore need clear deadlines, practical standards and enforceable requirements.
Security Is Not the Same as Protectionism
One of the most important distinctions in this debate is between security policy and protectionism.
Europe does not need to shut itself off from the world.
That would be economically unrealistic and strategically counterproductive.
European businesses depend on international markets, foreign investment, imported technologies and global supply chains.
The objective should instead be secure openness.
Europe can remain globally connected while being much more selective about which technologies are permitted inside the most sensitive infrastructure.
The United States and China Should Not Automatically Be Treated as Identical
The original article makes a politically sensitive but important argument: Europe should distinguish between different forms of technological dependence.
Dependence on American technology can create strategic concerns of its own, particularly regarding cloud platforms, software ecosystems, artificial intelligence and digital infrastructure.
But the legal and political structures surrounding American companies differ from those surrounding companies operating under China’s party-state system.
That does not mean American technology should automatically be considered risk-free.
It means Europe should evaluate suppliers according to their actual legal, governance and geopolitical circumstances rather than pretending that all foreign dependencies represent exactly the same risk.
Europe Should Reduce Dependency Without Pursuing Isolation
Strategic autonomy does not necessarily mean technological isolation.
Europe could pursue a more sophisticated model:
Diversify suppliers.
Build European alternatives.
Strengthen interoperability.
Require security audits.
Increase transparency around ownership and governance.
Maintain emergency replacement plans.
Develop domestic expertise in critical technologies.
This would reduce the risk of becoming trapped by a single supplier without requiring Europe to reject international cooperation.
The Cloud Is Becoming Part of Critical Infrastructure
The debate cannot stop at telecommunications equipment.
Cloud computing is rapidly becoming one of the most important layers of digital infrastructure.
European hospitals, governments, financial institutions and businesses increasingly depend on cloud platforms for storage, computing, databases, artificial intelligence and application hosting.
This creates a new strategic question.
What happens if a company operating essential cloud infrastructure becomes unavailable?
What happens if sanctions prevent access to certain technologies?
What happens if geopolitical tensions interrupt software updates?
And what happens if a European organization discovers that moving away from a cloud provider would take years?
These questions demonstrate why digital sovereignty is becoming broader than simply building European hardware.
Artificial Intelligence Raises the Stakes Again
The rise of artificial intelligence adds another dimension to the problem.
AI systems increasingly depend on massive computing infrastructure, cloud services, semiconductor supply chains, data centres and specialized software.
Europe’s AI ambitions therefore cannot be separated from infrastructure security.
If Europe wants to become competitive in AI while remaining strategically resilient, it will need reliable access to computing resources and diversified technology suppliers.
Otherwise, European AI development could become dependent on infrastructure controlled elsewhere.
Europe Needs a Digital Supply-Chain Strategy
The next stage of European cybersecurity should focus less on individual products and more on entire supply chains.
A secure device can still become dangerous if its software update mechanism is compromised.
A secure cloud platform can still create systemic risk if almost every European institution depends on one provider.
A trusted network operator can still become vulnerable if its critical components come from opaque third parties.
Security must therefore be considered across the entire lifecycle.
From manufacturing to installation.
From configuration to maintenance.
From software updates to eventual replacement.
The Railway Analogy Is More Important Than It First Appears
The railway comparison provides perhaps the clearest way to understand the argument.
Passengers do not inspect every signalling system before boarding a train.
They trust the infrastructure.
That trust exists because railways operate under technical standards, inspections, safety requirements and regulatory oversight.
Digital infrastructure needs a similar model.
Citizens should not need to understand the security architecture of a telecommunications network before using it.
They should be able to trust that regulators and operators have established appropriate safeguards.
A Secure Single Market Could Become Europe’s Competitive Advantage
Security is often described as a cost.
But it can also become an economic advantage.
A European Single Market with consistent cybersecurity standards could make the region more attractive to investors that value predictable and resilient infrastructure.
Companies want access to a large market.
They also want stable rules.
If Europe can combine scale with security, it could create an environment in which trustworthy technology becomes a competitive differentiator.
That could eventually benefit European technology companies as well.
The Bigger Economic Calculation
Europe faces a difficult balancing act.
Too much openness can create dangerous dependencies.
Too much protectionism can reduce competitiveness.
Too much regulation can discourage investment.
Too little regulation can leave critical infrastructure exposed.
The solution is unlikely to be found at either extreme.
Instead, Europe needs a risk-based strategy that distinguishes ordinary commercial relationships from strategically important infrastructure.
What Europe Should Do Next
European policymakers should begin by mapping critical dependencies.
They need to know which companies provide the infrastructure supporting telecommunications, cloud computing, energy, healthcare, transportation and government services.
They should then identify where those dependencies are concentrated.
The next question should be whether replacement is possible.
If a critical supplier disappeared tomorrow, could Europe replace it in months, years or decades?
That answer would reveal where strategic vulnerabilities actually exist.
Deep Analysis: Commands for a More Secure European Digital Market
Command 01 — Map Critical Dependencies
Europe should create a comprehensive inventory of critical digital suppliers and infrastructure dependencies.
Command 02 — Classify Infrastructure by Risk
Not every technology requires the same security controls. Criticality should determine the depth of scrutiny.
Command 03 — Audit Supplier Ownership
European governments should understand who ultimately controls companies operating critical infrastructure.
Command 04 — Examine Foreign Legal Obligations
Procurement decisions should consider whether suppliers can be legally compelled by foreign governments to provide assistance.
Command 05 — Secure Remote Access
Vendors with privileged remote access to critical systems should face especially strict controls.
Command 06 — Control Software Updates
Software and firmware update mechanisms should be treated as strategic security components.
Command 07 — Reduce Single-Vendor Dependence
European infrastructure should avoid unnecessary concentration around one supplier.
Command 08 — Strengthen European Alternatives
Europe needs competitive domestic capabilities in telecommunications, cloud computing, cybersecurity and other strategic technologies.
Command 09 — Build Replacement Plans
Critical infrastructure operators should know how they would replace high-risk technology before a geopolitical crisis occurs.
Command 10 — Coordinate EU-Wide Standards
Security requirements should not vary dramatically from one member state to another.
Command 11 — Protect the Core
The deepest layers of telecommunications and digital infrastructure deserve the strongest safeguards.
Command 12 — Test Failure Scenarios
Governments and companies should regularly simulate supplier loss, cyberattacks and geopolitical disruptions.
Command 13 — Strengthen Procurement Rules
Security should be evaluated alongside price, performance and technical specifications.
Command 14 — Increase Transparency
Operators should be able to explain where critical components originate and who maintains them.
Command 15 — Protect Strategic Data
Sensitive government, healthcare and industrial information requires stronger controls over where it is processed and who can access it.
Command 16 — Monitor Supply Chains Continuously
Security assessments should not end when equipment is purchased.
Command 17 — Prepare for Technology Replacement
Contracts should include realistic mechanisms for removing high-risk equipment when circumstances change.
Command 18 — Develop European Cyber Expertise
Strategic autonomy requires skilled engineers, security researchers and infrastructure specialists.
Command 19 — Avoid Political Shortcuts
Security decisions should be based on evidence, technical risk and legal realities—not simply political slogans.
Command 20 — Preserve Global Cooperation
Europe should continue cooperating with trusted international partners while protecting its most sensitive systems.
What Undercode Say:
Europe’s Biggest Vulnerability May Be Invisible
The most dangerous weakness in European infrastructure may not be an exposed server or an unpatched vulnerability.
It may be a dependency that nobody considered dangerous when it was created.
Efficiency Is Not the Same as Resilience
Globalization optimized supply chains for cost and speed.
Geopolitical competition is forcing governments to optimize them for resilience as well.
The cheapest solution is not always the safest solution.
Cybersecurity Has Become Economic Policy
Cybersecurity can no longer be treated as something that belongs exclusively to IT departments.
A cyberattack can interrupt manufacturing, transportation, financial services and public administration.
That makes cybersecurity an economic issue.
Digital Infrastructure Is Strategic Infrastructure
Europe once treated telecommunications networks and software largely as commercial technologies.
Today, they are part of national security architecture.
That shift should be reflected in European policy.
Trust Needs to Become Measurable
Simply calling a supplier “trusted” is not enough.
Trust should be supported by ownership transparency, legal protections, technical controls, independent audits and verifiable security practices.
Europe Should Avoid Two Extremes
Europe should neither blindly accept foreign technology nor attempt to eliminate every foreign supplier.
Both approaches would create problems.
The realistic objective is controlled interdependence.
Diversification Is Strategic Insurance
Having multiple suppliers can increase costs.
But it can also prevent a geopolitical dispute from becoming a technological crisis.
Europe should view diversification as insurance against systemic disruption.
The Cloud Deserves Greater Attention
Much of the European digital sovereignty debate still focuses on physical networking equipment.
Cloud infrastructure deserves equal scrutiny.
A large-scale dependency on foreign cloud providers can become strategically significant even when physical infrastructure remains in Europe.
AI Makes Infrastructure More Important
Artificial intelligence will increase
The AI race is therefore also an infrastructure race.
Regulation Must Move Faster
Europe’s traditional regulatory processes were designed for relatively stable industries.
Cybersecurity is different.
Threats can change in weeks.
Regulation must therefore become more adaptable without sacrificing legal certainty.
European Unity Matters
A fragmented security strategy creates opportunities for attackers and geopolitical pressure.
If critical infrastructure standards differ significantly across member states, Europe’s interconnected digital economy inherits the weakest points.
Strategic Autonomy Does Not Mean Isolation
Europe can remain deeply connected to global markets while protecting the infrastructure that matters most.
The key is knowing where openness is beneficial and where dependency becomes dangerous.
Security Can Create Competitive Advantage
A highly secure European digital market could attract companies that prioritize resilience and regulatory certainty.
Security does not necessarily weaken competitiveness.
Done intelligently, it can strengthen it.
The Cost of Doing Nothing Is Harder to See
Infrastructure security investments can be expensive.
But the cost of a major disruption can be considerably higher.
The challenge is convincing decision-makers to invest before a crisis demonstrates the value of preparation.
Procurement Is a Security Decision
Every major technology contract can shape
Procurement officials therefore need cybersecurity and geopolitical expertise, not just financial and technical criteria.
Europe Needs Exit Strategies
A supplier relationship is not truly resilient if Europe cannot leave it.
Critical infrastructure contracts should consider how equipment, software and services can eventually be replaced.
Security Must Cover the Entire Lifecycle
Buying secure equipment is only the beginning.
Installation, maintenance, updates, remote access and eventual retirement can all create vulnerabilities.
The Human Factor Still Matters
Even the strongest infrastructure can be compromised through poor configuration, weak credentials or insufficient training.
Technology policy must therefore be supported by skilled people and strong operational practices.
The Railway Analogy Is a Warning
Passengers trust railway infrastructure because safety systems are governed by standards and oversight.
Europe should build the same kind of institutional trust around digital infrastructure.
The Single Market Needs a Security Layer
Economic integration without coordinated digital security creates structural weaknesses.
A secure Single Market would be stronger than a fragmented collection of national systems.
Europe’s Future Depends on Resilience
The objective should not be to make Europe impossible to attack.
That is unrealistic.
The objective should be to make attacks, disruptions and geopolitical pressure less capable of causing systemic damage.
Final Assessment
The central message of the article is ultimately about trust.
Europe cannot continue assuming that every commercial dependency is politically neutral.
The world has changed, and infrastructure policy must change with it.
Europe should remain open to investment, innovation and international cooperation—but openness needs boundaries when critical infrastructure is involved.
The future European digital economy will not be defined simply by how connected it becomes.
It will be defined by whether those connections can still be trusted when geopolitical conditions become difficult.
✅ Europe’s Digital Infrastructure Is Strategically Important
Telecommunications, cloud computing, data centres and connected industrial systems increasingly support essential services, making their security a legitimate national and European security concern.
✅ Cyberattacks Can Produce Physical Consequences
Cyber incidents against energy, transportation and industrial systems can affect real-world operations, demonstrating that the boundary between cybersecurity and physical infrastructure is increasingly blurred.
⚠️ Supplier-Risk Claims Require Case-by-Case Verification
The
Prediction
(+1) Europe Will Move Toward Risk-Based Technology Procurement
European governments are likely to increasingly evaluate technology suppliers according to ownership, legal jurisdiction, geopolitical exposure and access to critical infrastructure rather than relying exclusively on price and technical specifications.
(+1) Supply-Chain Security Will Become a Major EU Policy Priority
Telecommunications, cloud computing, semiconductors, AI infrastructure and critical software are likely to receive greater strategic scrutiny as Europe attempts to reduce dangerous dependencies.
(+1) European Digital Sovereignty Will Mean Diversification, Not Isolation
Europe is unlikely to completely separate itself from American, Asian or other international technology providers. Instead, the more realistic direction is diversified supply chains combined with stronger European capabilities.
(-1) Fragmentation Could Remain Europe’s Weakest Point
If individual EU member states continue adopting substantially different approaches to high-risk technology suppliers, the resulting gaps could undermine the security of the wider European digital ecosystem.
(-1) Regulation Could Still Move Slower Than Technology
Even ambitious cybersecurity legislation may struggle to keep pace with rapidly evolving cloud services, AI systems, telecommunications technologies and cyber threats.
(+1) Trust Could Become a Competitive Advantage
If Europe succeeds in combining a large Single Market with consistent security standards, resilient infrastructure and transparent procurement, digital security could become an economic advantage rather than merely a regulatory burden.
(+1) The Next Battle Will Be About Infrastructure Independence
The future European technology debate will increasingly move beyond smartphones and software toward data centres, cloud platforms, AI computing, telecommunications, semiconductors and the infrastructure underneath the digital economy.
(+1) The Core Principle Will Be Simple
Europe does not need to close its doors to the world.
It needs to know which doors lead into its most critical systems—and who has the keys.
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References:
Reported By: www.euronews.com
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