Economic power has long been associated with ownership. Land, natural resources, factories, capital, and technology formed the material foundations of wealth and influence. States sought to secure their supplies, companies attempted to control their means of production, and investors acquired assets capable of generating sustainable returns.

That understanding of power has not disappeared. But it is no longer sufficient to explain an increasingly interconnected global economy in which value depends on industrial, financial, digital, and logistical networks extending across borders.

A country may possess considerable energy resources without controlling the technologies required to process them. A company may design the world's most advanced semiconductors without owning the factories capable of manufacturing them. An industrial power may export enormous quantities of goods without controlling the maritime routes, payment systems, or digital infrastructure that make those exchanges possible.

Ownership remains a source of power. It no longer guarantees the ability to exercise it.

Between a resource and its use, an invention and its commercialization, production and distribution, a growing number of infrastructures have emerged whose control determines an essential part of economic sovereignty.

These infrastructures extend far beyond ports, power plants, and transportation networks. They include financial clearing systems, cloud platforms, computing capacity, submarine cables, specialized industrial equipment, critical software, technical standards, and certification mechanisms.

Their defining characteristic is that they enable the activities of other actors, often far more numerous than their direct owners.

This intermediary function has become a source of economic power: not merely producing what the world needs, but controlling some of the conditions under which the world can produce, exchange, and operate.

Power Is Shifting Toward Strategic Bottlenecks

The global economy rests on a fundamental contradiction. International specialization increases productive efficiency while simultaneously creating dependencies.

The division of labor allows territories to concentrate their resources on activities in which they possess comparative advantages. Companies reduce costs, gain access to specialized expertise, and benefit from economies of scale that would be difficult to reproduce within every national economy.

Yet this organization also transforms certain suppliers, infrastructures, and jurisdictions into nearly unavoidable gateways.

The semiconductor industry provides one of the clearest illustrations.

The United States occupies a central position in chip design, electronic design automation software, and several categories of manufacturing equipment. Taiwan concentrates essential advanced manufacturing capacity, particularly through TSMC. The Netherlands, through ASML, holds a critical position in advanced lithography. Japan retains significant capabilities in materials, components, and specialized production equipment.

None of these actors independently controls the entire value chain.

Yet each possesses capabilities whose absence could seriously disrupt the industrial activities of others.

Dependency is therefore not necessarily the result of vertical domination by a single power. It can emerge from collective specialization in which several actors each control a capability that is difficult to replace.

This changes the nature of economic influence.

A company does not need to control an entire industry to exercise considerable influence over its development. It may be enough to master an indispensable technology, a widely adopted software system, a scarce manufacturing capability, or infrastructure whose replacement would require years of investment.

Scarcity no longer concerns natural resources alone. It increasingly concerns expertise, equipment, construction timelines, regulatory approvals, and the ability to coordinate complex industrial systems.

Economic power becomes concentrated where substitution is most difficult.

This concentration matters because modern value chains are not collections of independent commercial relationships. They are interconnected systems in which a localized disruption can produce consequences far beyond its point of origin.

A disruption in electronic component manufacturing can affect automotive production, telecommunications, medical equipment, and energy infrastructure. Restrictions on specialized industrial materials can delay projects across several continents.

An actor's power therefore depends on its position within a network as much as on its economic size.

Energy: Owning Resources Without Controlling Every Dependency

Energy remains one of the fundamental foundations of economic power. Yet the transition toward more electrified and technologically complex systems is gradually transforming the dependencies that structure it.

In the hydrocarbon economy, oil and gas reserves, extraction capacity, transportation infrastructure, and international markets determined much of the balance of power.

The geography of natural resources imposed a major constraint.

Electrification and the development of low-carbon technologies do not eliminate that geography. They superimpose new industrial value chains upon it.

Batteries require raw materials, refining facilities, electrochemical components, and manufacturing capacity. Electricity networks depend on transformers, cables, control systems, and specialized equipment. Renewable energy technologies rely on production chains in which components, industrial processes, and financing capacity play decisive roles.

A country may possess exceptional solar potential without controlling the manufacturing of photovoltaic panels, batteries, or power conversion equipment.

Similarly, ownership of strategic mineral deposits does not guarantee control over their refining or industrial transformation.

The distinction between extraction and processing becomes fundamental.

The International Energy Agency has repeatedly highlighted the geographical concentration of several segments of clean-energy technology supply chains. Such concentration can generate substantial economic benefits, but it also exposes energy systems to industrial, commercial, and geopolitical risks.

The transformation of dependency is particularly visible in economies seeking to reduce hydrocarbon imports.

Generating more renewable electricity domestically can reduce external energy dependence. Yet building the necessary infrastructure may increase, at least temporarily, dependence on particular suppliers of technologies and materials.

Energy autonomy is therefore not synonymous with industrial autonomy.

This distinction explains why energy policies increasingly incorporate concerns about supply chains, domestic manufacturing, storage, electricity networks, and equipment security.

The central question is not simply where energy will be produced. It is who possesses the capabilities required to build, maintain, modernize, and operate the systems that make energy usable.

As electricity occupies a growing share of economic activity, power grids themselves become strategic infrastructure.

Abundant generation capacity loses part of its value if electricity cannot be delivered to consumption centers. Interconnections, transformation equipment, and balancing systems become essential components of energy power.

Control over a resource does not guarantee control over the system that gives it economic value.

The Digital Economy: Global Infrastructure Under Private Control

Digital transformation has reinforced another defining feature of the contemporary economy: a growing proportion of essential infrastructure belongs to private corporations.

Data centers, cloud platforms, content delivery networks, operating systems, cybersecurity tools, and computing infrastructure have become fundamental components of economic activity.

They support businesses, public administrations, financial institutions, and essential public services.

Artificial intelligence is accelerating this evolution.

Developing and operating the most computationally demanding AI models requires specialized semiconductors, substantial electricity supplies, cooling infrastructure, communication networks, and software capable of coordinating enormous computing workloads.

Owning an artificial intelligence model does not guarantee control over the infrastructure necessary to operate it.

A company may develop advanced technology while remaining dependent on a cloud provider, processor manufacturer, data center operator, or contractual access to computing capacity.

This organization creates several layers of dependency.

Infrastructure providers themselves depend on electricity networks, industrial equipment, available land, administrative authorizations, and international component supply chains.

Digital infrastructure is therefore considerably less immaterial than it once appeared.

It rests on substantial physical investment whose profitability depends on future demand, energy costs, equipment utilization, and the ability to renew technologies subject to rapid obsolescence.

Concentrated capacity can also create contractual asymmetries.

When a company builds its information systems around a particular platform, migration costs, technical incompatibilities, long-term commitments, and operational continuity requirements may limit its freedom to switch providers.

This dependency does not necessarily mean that the provider exercises arbitrary control. Nevertheless, it reveals a potential imbalance between the initial convenience of accessing infrastructure and the subsequent difficulty of becoming independent from it.

Governments face comparable constraints.

The physical location of data, the jurisdiction governing service providers, software access conditions, and the ability to maintain operational continuity are becoming questions of sovereignty.

Yet digital sovereignty cannot be reduced to installing data centers within national borders.

A domestic data center may depend on foreign processors, proprietary software, international maintenance services, and networks operated across multiple jurisdictions.

The location of an asset and effective control over its functions are two different realities.

Finance: The Invisible Infrastructure of Global Capital

Financial globalization depends on infrastructure whose public visibility is often inversely proportional to its importance.

Financial markets do not function solely through investors, banks, and companies seeking capital.

They depend on payment systems, clearinghouses, central securities depositories, financial messaging networks, settlement infrastructure, and legal frameworks that allow transactions to be recognized and executed.

Together, these mechanisms form the operational architecture of global capital circulation.

Their importance becomes particularly apparent when international relations deteriorate.

Financial sanctions, restrictions on access to particular services, and asset freezes demonstrate that participation in international markets depends not only on possessing financial resources but also on access to specific infrastructures and jurisdictions.

The different functions involved must nevertheless be distinguished.

A financial messaging network transmits instructions; it does not necessarily hold funds or independently settle transactions. Correspondent banks, payment systems, and custodial institutions perform other functions governed by their own rules.

This distinction is essential to understanding where power actually resides.

Control may arise from infrastructure ownership, a state's regulatory jurisdiction, the legal framework governing transactions, or the ability of financial institutions to accept or refuse particular commercial relationships.

The international predominance of the US dollar is embedded in this architecture.

It rests on the depth of American financial markets, the liquidity of dollar-denominated assets, international invoicing and financing practices, and network effects accumulated over decades.

This position gives the United States substantial influence over certain international financial channels without implying that Washington directly controls every global transaction.

Initiatives to diversify settlement currencies, payment networks, and reserve assets reflect attempts to reduce particular dependencies.

But building an alternative infrastructure is not enough to reproduce the liquidity, trust, legal certainty, and network economies of an established system.

Financial infrastructure acquires power because it is widely used, and it remains widely used because numerous participants benefit from continuing to use it.

This circular relationship constitutes one of the principal obstacles to substitution.

Trade Routes: Controlling Flows Without Owning the Goods

International trade provides another illustration of the separation between ownership and power.

Goods may belong to producers or buyers located thousands of kilometers away from the infrastructure that enables their movement.

Ports, terminals, straits, canals, shipping companies, warehouses, railway networks, and logistics systems form an architecture in which the continuity of trade depends on permanent coordination.

Geography imposes particularly strong constraints.

Straits and canals concentrate substantial transportation volumes within relatively narrow spaces. Disruptions can force carriers to use longer routes, increase insurance costs, tie up additional vessels, and alter delivery schedules.

The consequences extend beyond the actors directly involved.

A manufacturer may possess the financial resources necessary to purchase raw materials but remain unable to receive them on schedule. An exporter may retain access to foreign markets while temporarily losing competitiveness because of higher logistics costs.

Market access therefore depends on material conditions that individual companies cannot always control.

The concentration of certain port and logistics activities also increases the importance of specialized operators.

Managing a terminal does not necessarily confer sovereignty over a port, just as owning infrastructure does not imply control over every trade route that uses it.

Nevertheless, concessions, operating contracts, information systems, and cargo-handling capacity can give particular actors considerable operational influence.

Governments consequently seek to secure trade corridors, develop alternatives, and reduce exposure to disruptions.

Railway, port, and intermodal infrastructure projects must be understood within this broader context.

Their purpose is not merely to accelerate trade. They can reshape the geography of dependency by creating new routes, logistics centers, and economic relationships.

Competition between corridors becomes competition between architectures of integration.

Each infrastructure project can redistribute location advantages, transit revenues, and the ability of particular territories to become regional platforms.

Yet a corridor does not automatically create economic power. Its value depends on actual cargo volumes, service reliability, industrial connections, and the political conditions under which it operates.

Logistical power does not reside simply in constructing a route. It depends on making that route sufficiently attractive or indispensable to reshape trade flows over time.

Standards: Governing Markets Without Owning Their Infrastructure

Part of contemporary economic power is exercised neither through ownership of resources nor through direct operation of networks.

It operates through the definition of the rules governing access.

Technical standards, compliance obligations, certifications, cybersecurity requirements, and environmental regulations determine the conditions under which products and services can circulate.

These mechanisms perform essential functions: ensuring safety, promoting interoperability, protecting consumers, and reducing information asymmetries.

But they can also become instruments of economic influence.

A sufficiently large market can encourage foreign producers to adapt their processes to the rules applicable within it. A widely adopted technical standard can guide industrial investment for decades.

Regulatory influence can therefore extend beyond the borders of the authority exercising it.

The European Union provides an important example through the capacity of its internal market to influence certain international practices.

The United States exercises major influence in several technological and financial fields, particularly through the role of its corporations, markets, and regulatory frameworks.

China combines the depth of its industrial base, the scale of its domestic market, and the development of technical standards across multiple sectors.

These forms of influence are not identical. They operate through different mechanisms and face different limitations.

It would also be incorrect to assume that every international standard is automatically an instrument of domination. Many standards emerge from multilateral negotiations, industrial compromises, and shared technical requirements.

Nevertheless, standard-setting constitutes an arena of economic competition.

A company participating in the definition of industry standards may gain early knowledge of future requirements. A state whose regulations become international reference points may reduce adaptation costs for its domestic companies.

Control over the infrastructure of power therefore also involves influence over the rules governing its operation.

Large Corporations Are Becoming Infrastructure Powers

One of the most profound transformations concerns the role of private corporations in organizing systems historically associated primarily with governments.

Technology groups operate digital capacity used worldwide. Energy companies develop cross-border infrastructure. Logistics operators coordinate international supply chains. Asset managers and institutional investors finance equipment whose operational life may extend over several decades.

These corporations no longer merely participate in markets.

Some help define the material conditions under which other companies can participate.

This position transforms their business models.

A traditional producer seeks to sell goods or services. An infrastructure operator may seek recurring revenue associated with access to an essential system.

The distinction is not absolute, but it illuminates an important development: value may increasingly derive from continuous access to infrastructure rather than from individual transactions.

Digital platforms, telecommunications networks, energy facilities, and certain financial services operate according to different economic models, but they share a common characteristic: profitability can benefit from repeated use by large numbers of participants.

Network effects, economies of scale, and switching costs can reinforce this position.

This is also why major mergers, acquisitions, and equity investments should be examined beyond their immediate financial dimensions.

When a corporation acquires a specialized supplier, logistics operator, critical technology, or distribution capability, it may be seeking to secure a strategic function rather than simply increase revenue.

Vertical integration becomes a means of reducing uncertainty.

Horizontal integration can allow companies to share substantial investments, expand geographical coverage, or improve the utilization of expensive assets.

Minority investments, industrial alliances, and long-term supply agreements can pursue similar objectives without necessarily transferring legal control.

However, not every consolidation should be interpreted as an attempt to dominate a market.

Corporate combinations can also respond to legitimate financing needs, innovation requirements, cost reductions, or risk-sharing objectives. Their effects depend on market structure, available alternatives, and competition law enforcement.

The decisive question becomes one of functional control: which decisions can the company actually make, which capacities can it reserve, and to what extent can other actors turn to competing solutions?

The Financialization of Infrastructure and Its Contradictions

The growing strategic importance of infrastructure naturally attracts investors.

Electricity networks, data centers, telecommunications systems, logistics facilities, and transportation infrastructure require enormous amounts of capital.

Their financing brings together industrial companies, banks, infrastructure funds, institutional investors, and public authorities.

This convergence between financial capital and essential assets creates opportunities, but also new tensions.

Investors often seek relatively predictable revenue streams, long-term contracts, and assets protected by substantial barriers to entry.

Communities and corporate users, meanwhile, seek reliable, accessible infrastructure capable of adapting to changing needs.

These objectives can converge when investment improves service quality and finances additional capacity.

They can diverge when return requirements conflict with maintenance needs, affordable access, or long-term capital expenditure.

Regulation consequently plays an essential role.

Infrastructure characterized by natural monopolies or high barriers to entry often requires specific oversight mechanisms.

Private ownership does not necessarily imply complete freedom to set prices or organize services. Conversely, public ownership does not automatically guarantee operational efficiency or sufficient investment.

The distinction between owner, financier, operator, and regulator therefore becomes central.

The same asset may belong to an investor consortium, be operated by a specialized company, function under a public concession, and depend on technologies supplied by several foreign corporations.

Who actually controls it?

The answer depends on the decision being considered.

The owner may possess economic rights. The operator may control daily operations. The regulator may determine access conditions. Creditors may impose financial constraints. Technology suppliers may influence maintenance and future upgrades.

Control is distributed among multiple actors.

This fragmentation makes infrastructure increasingly difficult to analyze through ownership structures alone.

It requires examining contracts, governance rights, technical dependencies, financing conditions, and regulatory powers.

Sovereignty Is Becoming a Question of Operational Capacity

Faced with these interdependencies, governments are attempting to strengthen their economic sovereignty.

Industrial policies, export controls, foreign investment screening mechanisms, strategic reserves, and reshoring programs are part of this development.

But sovereignty cannot be equated with self-sufficiency.

No major economy can easily possess every resource, skill, technology, and industrial capability required across all sectors.

Attempting to reproduce every value chain within national borders would entail enormous costs and could reduce the benefits of specialization.

The question therefore becomes which dependencies are acceptable.

Some dependencies are relatively manageable when multiple suppliers are available, inventories are sufficient, or technologies are interchangeable.

Others are more sensitive when they involve a sole supplier, equipment that cannot be replaced quickly, or infrastructure essential to critical services.

Sovereignty can therefore be understood as the capacity to preserve decision-making freedom and operational continuity despite interdependence.

It depends on supply diversification, substitution capacity, control over critical functions, operational reserves, industrial expertise, and the ability to organize collective responses.

Alliances play an ambivalent role.

They allow countries to pool investments and secure certain value chains, but they also create reciprocal commitments.

Interdependence can limit the individual freedom of participants while strengthening their collective security.

This tension explains why contemporary strategies alternate between economic openness, industrial cooperation, and the pursuit of autonomy.

Sovereignty is no longer simply a border to defend. It is becoming the capacity to act within an environment whose parameters no single actor fully controls.

Middle Powers and the New Geography of Opportunity

This transformation does not concern only the United States, China, or the European Union.

It also creates opportunities for middle powers and emerging economies.

In an economy organized around specialized networks, a country does not necessarily need to possess a complete industrial value chain to occupy a strategic position.

It can develop logistics, energy, financial, or industrial capabilities sufficiently competitive to become an important partner for several economic blocs.

Gulf countries are seeking to combine their energy resources, financial capacity, and investments in international infrastructure.

India is developing its industrial and digital capabilities while seeking a stronger position in global value chains.

Several Southeast Asian economies are benefiting from the diversification of industrial locations and strategies aimed at reducing supply-chain risks.

In Africa, key challenges include domestic resource processing, electricity network integration, logistics corridors, and the ability to capture a greater share of industrial value added.

Morocco provides an example of this approach through the development of its port infrastructure, export-oriented industries, energy capabilities, and connections with European and African markets.

The strategic value of these investments does not reside solely in their physical existence.

It depends on their ability to attract productive activities, develop domestic expertise, diversify commercial relationships, and strengthen the country's position within international value chains.

An efficient port can facilitate industrial investment. Competitive energy can attract electricity-intensive activities. A developed supplier ecosystem can reduce the costs of integrating new companies.

But these advantages remain dependent on institutional quality, education and training, access to financing, infrastructure availability, and policy continuity.

There is also a risk of becoming primarily a transit or assembly economy without controlling the most profitable functions.

Integration into global value chains does not automatically generate industrial upgrading.

The ability to develop domestic suppliers, acquire technological expertise, and negotiate balanced contractual relationships remains decisive.

The new economy of interdependence may therefore redistribute certain opportunities without eliminating historical asymmetries in capital, technology, and market power.

Interdependence Can Become a Weapon — and a Source of Protection

Economic interdependencies are frequently described as vulnerabilities.

This interpretation reflects an important reality: an actor dependent on essential infrastructure may face pressure when access becomes uncertain.

Trade restrictions, sanctions, technology controls, and supply interruptions demonstrate that certain economic relationships can be used as instruments of coercion.

But interdependence does not produce vulnerability alone.

It can also create incentives for stability.

When two economies depend heavily on one another, disruption may impose substantial costs on both. Companies may advocate continuity in commercial relations, while governments must consider the economic consequences of their decisions.

The difficulty lies in asymmetry.

Reciprocal dependence is not necessarily balanced.

A supplier may represent only a small share of a major customer's purchases while that customer accounts for most of the supplier's revenue.

Conversely, a relatively small supplier may control a technology that a much larger industry cannot replace in the short term.

Economic size alone therefore does not determine bargaining power.

Substitution possibilities, adjustment timelines, disruption costs, and the political consequences of rupture must all be considered.

Power derived from interdependence can also turn against the actor attempting to exercise it.

A supplier perceived as politically or commercially unreliable may encourage customers to finance alternatives, accumulate inventories, or redesign their industrial systems.

Repeatedly using a dominant position as leverage can therefore accelerate the erosion of that position.

Interdependence becomes an instrument of power when it creates strategic options. It becomes a vulnerability when it traps its holder within a system it can no longer adapt.

Toward a New Definition of Economic Control

Analyzing contemporary infrastructure requires distinguishing several dimensions of control.

Legal ownership is the first. It determines property rights and part of the governance structure.

Operational control is the second. It concerns the ability to operate infrastructure, organize its use, and ensure maintenance.

Technological control is the third. It depends on mastery of equipment, software, knowledge, and expertise necessary for the system to function.

Financial control is the fourth. It rests on access to capital, refinancing conditions, contractual commitments, and the ability to sustain future investment.

Regulatory control is the fifth. It determines the legal conditions governing operation, access, and development.

Finally, relational control depends on an actor's position within networks of suppliers, customers, partners, and institutions.

These dimensions may be concentrated in the hands of a single actor. Increasingly, however, they are distributed.

This explains why economic power cannot be measured solely through natural resource reserves, gross domestic product, market capitalization, or investment volumes.

These indicators remain essential, but they reveal only part of an actor's effective capacity to act.

An economy may be wealthy while remaining highly dependent on foreign technologies. A company may possess an enormous market capitalization without controlling critical elements of its infrastructure. A state may own strategic resources while remaining dependent on external financing, markets, or processing capacity.

Conversely, a relatively specialized actor may exercise disproportionate influence when it controls a function that is difficult to replace.

Effective control emerges as a combination of rights, capabilities, and alternatives.

The question is not simply who owns an asset, but who can decide how it is used, who can ensure its continuity, who bears the consequences of its interruption, and who possesses alternatives.

This framework also transforms investment analysis.

Acquiring infrastructure can strengthen an actor's position without granting complete autonomy. A minority investment can provide strategic influence when accompanied by special governance rights or industrial agreements. A long-term contract can secure access to a resource without transferring ownership.

Capital structure does not always reveal the structure of dependency.

Tomorrow's Power Will Depend on the Ability to Organize Dependencies

The global economy is not necessarily moving toward the disappearance of globalization.

Rather, the conditions under which interdependencies are accepted, organized, and secured are changing.

Companies seek to preserve the advantages of specialization while reducing disruption risks. Governments seek continued access to international markets while protecting essential functions. Investors seek to finance profitable infrastructure in an environment where industrial, energy, and geopolitical considerations carry increasing weight.

These objectives are not always compatible.

Diversification costs more than maximum concentration. Resilience can reduce certain immediate efficiency gains. Industrial autonomy requires investments whose economic returns remain uncertain. Expanding restrictions can fragment markets and slow technological diffusion.

Yet insufficient diversification can expose entire systems to disproportionate disruptions.

The challenge is therefore not to eliminate every dependency. It is to distinguish those that support shared prosperity from those that create excessive vulnerabilities.

From this perspective, power cannot be reduced either to asset accumulation or to closing national borders.

It rests on the ability to build infrastructure, maintain expertise, guarantee access, negotiate rules, and preserve alternatives when economic or political conditions deteriorate.

Major powers possess considerable advantages in this competition, but they remain dependent on networks they do not entirely control.

Dominant corporations may influence access to particular technologies without escaping the constraints of energy, financing, regulation, and their own suppliers.

Emerging economies may discover new opportunities in the redistribution of strategic functions, provided they can transform their integration into global networks into durable productive capabilities.

The central question of economic power is therefore changing.

It is no longer enough to ask who owns the resources, companies, or infrastructure.

We must understand who controls indispensable functions, who defines access conditions, who can absorb disruption, and who retains the freedom to choose when others no longer can.

Because in an economy where almost nobody can produce, finance, transport, or innovate alone, power belongs less and less exclusively to those who own.

It also belongs to those who make interdependence possible, shape its rules, and retain the capacity to avoid becoming its prisoners.