4. Digital and Monetary Sovereignty for Whom?

Why Europe’s SME Economy Is the Missing Link in Strategic Autonomy

If industrial power in the AI era depends on energy systems, the next question is who can actually access and use that power.

Digital and monetary sovereignty are often discussed in institutional terms: regulation, standards, platforms, and financial stability. Yet sovereignty is not exercised in frameworks alone. It is exercised through who can realistically operate, innovate, and retain value within the economy.

For Europe—where small and medium-sized enterprises form the backbone of production and employment—digital and monetary sovereignty ultimately depend on whether these firms can scale, compete, and adapt in an energy-intensive, AI-driven economy. This article examines a central but underexplored question: sovereignty for whom, and at what level does it become real?

Digital Sovereignty Is a Capability Question

Digital sovereignty is frequently framed as control over data, platforms, and standards. In practice, it is a question of capability distribution.

The Fourth Industrial Revolution is built on AI, data, compute, and networks—all of which are electricity-intensive by design. As established earlier in this series, regions with stable, affordable, and domestic energy systems gain a structural advantage in deploying digital infrastructure at scale. Europe’s success in digital sovereignty therefore already depends on the energy transition underway.

But energy alone is not enough. Digital sovereignty also depends on who can afford to comply, protect, and compete within the digital economy.

Here, Europe faces a structural tension.

Platforms, Scale, and the SME Gap

Europe’s digital economy operates within a global platform environment dominated by large, highly capitalised actors. These firms benefit from scale across legal, technical, financial, and energy domains. They can absorb regulatory complexity, enforce intellectual property, and monetise data across borders.

By contrast, Europe’s SMEs face a different reality:

• limited legal and financial capacity
• high compliance and enforcement costs
• restricted access to data and compute
• growing dependence on external platforms

In this context, regulation—however well intentioned—can have asymmetric effects. Frameworks designed to constrain large actors may still be easier for them to navigate, while smaller firms struggle with complexity, cost, and risk.

Digital sovereignty that rests primarily on regulation risks becoming formal rather than functional: strong on rules, weak on diffusion of capability. What is missing is not regulation, but a coordinating layer that translates rules, energy systems, and digital infrastructure into usable capability at firm level.

Intellectual Property in the Platform Economy

This asymmetry is particularly visible in the treatment of intellectual property and data.

In the digital economy, value increasingly derives not from discrete ownership of content or patents, but from aggregation, training, and deployment at scale. Large platforms can extract, combine, and monetise information in ways that comply with existing legal frameworks, while remaining effectively unreachable for smaller actors seeking enforcement or redress.

For SMEs, this creates multiple barriers:

• difficulty protecting or enforcing IP across jurisdictions
• limited leverage over data generated through platform use
• restricted access to knowledge, models, and tools increasingly placed behind paywalls

Over time, innovation does not disappear—but it becomes harder to scale, harder to retain value locally, and harder to convert into industrial power.

This weakens digital sovereignty not because Europe lacks ideas, but because the structure of the digital economy favours concentration over diffusion.

Energy, Compute, and Digital Access

Digital sovereignty debates often abstract away from physical constraints. In reality, AI, cloud services, data centres, and digital payments systems are all grounded in energy-intensive infrastructure.

As Europe electrifies and decarbonises, decentralised energy systems create an opportunity to rebalance digital access:

• local data centres
• edge computing for industry
• regionally anchored digital services
• improved cost predictability for SMEs

Where energy systems are decentralised and digitally managed, digital infrastructure can also become more distributed. This reduces dependence on hyperscale, centralised platforms and opens space for regional and sector-specific digital ecosystems.

Here, energy autonomy becomes a precondition for digital pluralism.

Monetary Sovereignty and the Real Economy

Monetary sovereignty is often discussed in terms of central banks, payment systems, and financial stability. These are essential. But monetary sovereignty ultimately rests on the productive capacity of the real economy.

An economy that cannot sustain competitive firms, retain value, and generate predictable investment flows cannot support monetary autonomy in the long run. Digitalisation of finance—fintech, digital payments, programmable money—does not change this reality. It intensifies it.

For SMEs, access to finance, payment systems, and credit increasingly intersects with digital platforms and data-driven assessment. If these systems are externally controlled, opaque, or misaligned with Europe’s industrial structure, monetary sovereignty becomes fragile regardless of institutional design.

Energy stability again plays a role here. Predictable energy costs improve investment planning, creditworthiness, and risk assessment. Decentralised energy systems can therefore support not only industrial competitiveness, but financial resilience at the firm level.

Decentralisation as a Sovereignty Multiplier

Decentralisation is often misunderstood as fragmentation. In reality, when properly governed, it is a sovereignty multiplier.

Decentralised energy systems:

• reduce exposure to external shocks
• improve cost predictability
• retain value locally

Decentralised digital systems:

• lower barriers to entry
• support sector-specific innovation
• reduce platform dependence

For SMEs and regions, the combination is powerful. For Europe’s SME economy, decentralised energy and digital infrastructure are not transitional tools, but the only viable path to participation in the Fourth Industrial Revolution. Energy becomes a managed asset. Digital tools become enablers rather than gatekeepers. Innovation can diffuse rather than concentrate.

This is how strategic autonomy becomes politically sustainable: not through protection, but through participation. Without coordination across energy, digital, and financial systems, decentralisation risks becoming fragmentation rather than a multiplier.

The Structural Risk Europe Must Avoid

The central risk for Europe is not insufficient regulation, but misaligned capability.

If digital and monetary sovereignty frameworks:

• raise complexity faster than capacity
• favour scale over diffusion
• assume resources SMEs do not have

then sovereignty weakens from within. Europe may control its rules, but lose control over its economic base.

This is why digital and monetary sovereignty must be assessed not only by legal coherence, but by their effects on firm-level resilience, scaling, and regeneration.

Conclusion: Sovereignty That Reaches the Firm Level

This returns the argument to its starting point: sovereignty cannot be secured through frameworks alone, but only where material capability reaches firms, regions, and daily economic life. Digital and monetary sovereignty cannot be sustained by institutional design alone. They must reach the level where economic activity actually occurs—firms, regions, and supply chains.

Energy autonomy provides the foundation. Industrial competitiveness translates it into capability. Digital and monetary frameworks must then ensure that this capability is broadly accessible, particularly to SMEs. When decentralised energy, digital infrastructure, and financial systems reinforce one another, sovereignty becomes tangible: costs stabilise, value is retained locally, and innovation scales without dependency.

References

European Central Bank
Central Bank Digital Currency: Opportunities and Risks

https://www.ecb.europa.eu/paym/digital_euro/html/index.en.html

Bank for International Settlements
Big Tech in Finance

https://www.bis.org/publ/arpdf/ar2021e.htm

European Commission
Digital Markets Act

https://commission.europa.eu/strategy-and-policy/priorities-2019-2024/europe-fit-digital-age/digital-markets-act_en

OECD
SMEs in the Digital Economy

https://www.oecd.org/digital/sme/

Carlota Perez
Technological Revolutions and Financial Capital

https://www.carlotaperez.org/