Competition Law and Competition Governance of Planetary Infrastructures

Introduction

Planetary infrastructures may be understood as infrastructure systems whose economic significance extends across multiple countries, continents, or even the Earth–space environment. They include:

• global telecommunications and submarine cable systems;
• satellite and orbital infrastructure;
• ports, airports and global logistics corridors;
• energy grids and cross-border pipelines;
• cloud and hyperscale computing infrastructure;
• digital identity, payment and data infrastructure;
• navigation and positioning systems;
• space-launch infrastructure;
• critical mineral and resource networks;
• global standards, interoperability systems and technological platforms.

These infrastructures create a distinctive competition-law problem because the infrastructure itself may become a gateway to several downstream markets. A firm controlling such a gateway can potentially restrict access, discriminate between users, leverage its position into adjacent markets, impose tying or exclusivity conditions, or acquire emerging competitors.

Modern competition governance therefore combines antitrust law, sector regulation, access regulation, merger control, interoperability rules and public-interest safeguards.

The EU's recent jurisprudence is particularly relevant: the Court of Justice has continued to distinguish proprietary infrastructure developed for an undertaking's own business from infrastructure designed to facilitate third-party participation.

I. Meaning and Characteristics of Planetary Infrastructure

Planetary infrastructure has several distinctive characteristics.

1. High fixed costs

Infrastructure such as:

• satellites;
• undersea cables;
• ports;
• electricity transmission networks;
• cloud data centres;
• launch facilities

requires enormous capital expenditure.

This creates substantial barriers to entry.

2. Network effects

The value of infrastructure may increase as more users participate.

For example:

more users → more data → greater utility → more users → stronger network

This can produce significant market concentration.

3. Geographic irreproducibility

Certain infrastructure cannot realistically be duplicated.

Examples include:

• particular satellite orbital positions;
• scarce spectrum;
• strategic ports;
• major international airports;
• submarine cable landing stations;
• electricity interconnectors;
• particular mineral transportation corridors.

4. Natural-monopoly characteristics

Some infrastructure has significant economies of scale.

Duplicating several competing electricity transmission grids, for example, may be economically inefficient.

Consequently, competition may need to occur over access to infrastructure, rather than through complete duplication of the infrastructure.

5. Public-private ownership

Planetary infrastructure may be:

• privately owned;
• state owned;
• jointly owned;
• concession-based;
• publicly financed but privately operated;
• subject to international arrangements.

This complicates competition-law analysis because governmental action and commercial conduct may overlap.

II. Competition-Law Problems

1. Abuse of Dominance

A firm controlling a critical infrastructure may occupy a dominant position.

Potential abuses include:

• refusal to provide access;
• discriminatory access;
• excessive access charges;
• discriminatory technical standards;
• exclusionary contracts;
• loyalty rebates;
• tying;
• bundling;
• interoperability restrictions;
• degradation of service;
• self-preferencing.

The central question is whether control over infrastructure is being used to protect or extend market power.

III. Essential Facilities Doctrine

The essential-facilities doctrine is particularly important.

Traditionally, a dominant infrastructure owner may be required to provide access where the infrastructure is indispensable and refusal would eliminate effective downstream competition.

The classic EU formulation appears in Bronner, where the Court required, among other things, indispensability, elimination of competition and lack of objective justification.

For planetary infrastructure, the doctrine may become relevant to:

• satellite networks;
• ports;
• airports;
• energy transmission;
• telecommunications networks;
• submarine cable landing facilities;
• digital infrastructure;
• cloud infrastructure.

However, competition law must balance access against investment incentives and property rights. The EU Court has repeatedly emphasized this balance.

IV. Six Major Case Laws

1. United States v. Terminal Railroad Association of St. Louis

224 U.S. 383 (1912)

Facts

A group of railroad companies controlled the terminal facilities providing access to St. Louis.

Competitors effectively depended upon those facilities to reach the market.

Issue

Whether control over a critical transportation facility could be used to exclude competing railroads.

Principle

The Supreme Court addressed the problem of collective control over infrastructure that competitors could not realistically reproduce.

Competition significance

The case is foundational to the essential-facilities concept.

For planetary infrastructure, the analogy can arise where a consortium controls:

• a strategically important port;
• a satellite gateway;
• a cable landing station;
• a cross-border transmission facility.

The lesson is that collective ownership does not necessarily immunize infrastructure control from antitrust scrutiny.

2. Commercial Solvents Corp. v. Commission

Joined Cases 6/73 and 7/73, ECJ (1974)

Facts

Commercial Solvents occupied a dominant position in the supply of a pharmaceutical raw material.

It sought to restrict supply to a downstream customer with which it competed.

Principle

A dominant undertaking cannot use its position in an upstream market to eliminate competition in a downstream market.

Importance for planetary infrastructure

This provides the vertical-leverage principle.

A planetary infrastructure operator could theoretically operate at several levels:

Infrastructure → platform → service → consumer

If the infrastructure operator restricts access to competing downstream providers while supplying its own affiliated services, competition concerns may arise.

3. Oscar Bronner GmbH & Co. KG v. Mediaprint

Case C-7/97, ECJ (1998)

Facts

Bronner sought access to Mediaprint's newspaper home-delivery system.

Mediaprint operated a large delivery network that was difficult for a rival newspaper publisher to duplicate.

Holding

The Court imposed a demanding test for treating refusal of access as abusive.

The infrastructure had to be indispensable, refusal had to eliminate effective competition, and there could be no objective justification.

Importance

Bronner remains central to analysing infrastructure access.

For planetary infrastructure, relevant questions include:

1. Is the infrastructure genuinely indispensable?
2. Are alternative infrastructures available?
3. Can competitors reasonably reproduce it?
4. Would denial eliminate effective competition?
5. Is there an objective justification?
6. Would mandatory access undermine future investment?

The doctrine therefore does not automatically convert every important infrastructure into a mandatory-access facility.

4. IMS Health GmbH & Co. KG v. NDC Health

Case C-418/01, ECJ (2004)

Facts

IMS Health controlled a particular pharmaceutical data structure used by pharmaceutical companies.

A competitor sought access to the protected system.

Principle

The Court developed strict conditions for compulsory access involving intellectual-property-protected infrastructure.

The circumstances included:

• indispensability;
• elimination of effective competition;
• prevention of a new product for which consumer demand existed;
• absence of objective justification.

Planetary-infrastructure significance

Modern infrastructure is frequently partly intangible.

Examples include:

• proprietary data architectures;
• satellite-management software;
• interoperability protocols;
• digital identity standards;
• navigation databases;
• cloud APIs.

Thus, infrastructure competition can involve both physical facilities and information architecture.

5. Microsoft Corp. v. Commission

Case T-201/04, General Court (2007)

Facts

Microsoft was found to have abused its dominant position by restricting interoperability information needed by competing work-group server operating systems.

The Commission required Microsoft to provide interoperability information.

The General Court substantially upheld the Commission's decision.

Importance

Microsoft demonstrates that competition law can address technical interoperability rather than merely physical access.

For planetary infrastructure this is extremely important.

A dominant infrastructure provider may potentially exclude competitors through:

• proprietary protocols;
• API restrictions;
• incompatible interfaces;
• technical standards;
• authentication barriers;
• data portability restrictions;
• software interoperability restrictions.

Thus:

Infrastructure access + interoperability = modern essential-facility problem.

6. Slovak Telekom v. Commission

Case C-165/19 P, ECJ (2021)

Facts

Slovak Telekom controlled telecommunications infrastructure and was subject to regulatory obligations concerning access to the local loop.

The competition-law dispute concerned conditions of access and margin-squeeze conduct.

Importance

The Court clarified the relationship between:

sector regulation + Article 102 TFEU + infrastructure access.

The case demonstrates that competition analysis cannot always be separated from ex ante regulation.

Where access is already mandated by regulatory legislation, the strict Bronner refusal-to-deal framework does not necessarily govern the same way.

Planetary-infrastructure significance

This is highly relevant to:

• telecommunications;
• electricity grids;
• rail networks;
• airports;
• ports;
• satellite communications;
• cloud infrastructure.

It demonstrates the importance of competition governance, rather than competition law operating in isolation.

7. Lietuvos geležinkeliai v. Commission

Case C-42/21 P, ECJ (2023)

Facts

Lithuanian Railways removed a railway track connecting an important industrial customer to an alternative railway route.

The infrastructure had originally been developed with public involvement.

Principle

The Court addressed the relationship between infrastructure removal, exclusionary conduct and the Bronner framework.

Importantly, the Court recognized that investment-incentive considerations may differ where infrastructure was not developed solely as a private undertaking's proprietary infrastructure.

The jurisprudence subsequently influenced the analysis of infrastructure developed or acquired through public intervention.

Planetary significance

The case is particularly relevant to:

• public infrastructure;
• rail corridors;
• transport corridors;
• energy networks;
• public-private partnerships;
• infrastructure concessions.

8. Alphabet and Others (Android Auto)

Case C-233/23, ECJ, 25 February 2025

This is particularly important for digital planetary infrastructure.

The Court held that the strict Bronner conditions do not automatically apply where infrastructure was developed to facilitate third-party participation rather than exclusively for the dominant firm's own business.

Importance

This creates an important distinction:

Proprietary infrastructure

versus

Open/ecosystem infrastructure designed for third-party participation.

Where a platform is intentionally constructed around third-party participation, denying interoperability may require a different competition-law analysis.

This has implications for:

• cloud platforms;
• AI ecosystems;
• autonomous-vehicle infrastructure;
• satellite platforms;
• digital identity;
• smart-city infrastructure;
• IoT networks.

V. Competition Governance Framework

Planetary infrastructures require a broader governance model.

1. Ex ante regulation

Competition authorities may intervene after anticompetitive conduct occurs.

Infrastructure regulators can act before exclusion occurs.

Possible obligations include:

• open access;
• interoperability;
• non-discrimination;
• transparent pricing;
• technical standards;
• portability;
• capacity allocation.

This is particularly important where infrastructure is structurally difficult to duplicate.

2. Access regulation

Access rules should address:

A. Who receives access?

Access may need to be available to:

• competitors;
• downstream service providers;
• public authorities;
• smaller firms;
• international users.

B. On what terms?

Terms should potentially be:

• transparent;
• reasonable;
• non-discriminatory;
• objectively justified.

C. At what price?

Possible approaches include:

• cost-based pricing;
• benchmark pricing;
• regulated return;
• negotiated access;
• market-based pricing subject to discrimination controls.

VI. Interoperability Governance

Planetary infrastructure increasingly consists of interconnected systems.

For example:

Satellite → cloud → telecommunications → AI → payment → logistics

A firm controlling one component may potentially prevent competing systems from interoperating.

Competition governance should therefore address:

• APIs;
• technical standards;
• data formats;
• authentication;
• portability;
• interoperability;
• switching mechanisms.

The Android Auto judgment illustrates the increasing importance of interoperability in competition law.

VII. Merger Control

Planetary infrastructures create special merger risks.

A merger may combine control over:

infrastructure + data + platform + downstream services.

For example:

satellite network + cloud provider

or

port operator + logistics platform

or

energy grid + storage platform

or

telecommunications infrastructure + digital marketplace.

Competition authorities should therefore examine:

Horizontal effects

Will the transaction eliminate an infrastructure competitor?

Vertical effects

Will infrastructure control permit foreclosure of downstream competitors?

Conglomerate effects

Can infrastructure power be leveraged into unrelated markets?

Data effects

Will the merged firm obtain uniquely valuable datasets?

Innovation effects

Will the merger eliminate future infrastructure alternatives?

VIII. Self-Preferencing

A planetary infrastructure provider may simultaneously operate:

1. infrastructure;
2. an intermediary platform; and
3. downstream services.

This creates incentives to favour its own services.

For example:

Cloud infrastructure → own AI model → own marketplace

or:

Satellite infrastructure → own connectivity service → own applications

Potential forms of self-preferencing include:

• priority capacity;
• better technical access;
• lower latency;
• preferential ranking;
• preferential data access;
• discriminatory API access.

IX. Digital and Cloud Infrastructure

Cloud computing has become a particularly important infrastructure layer.

The EU's 2026 competition-governance developments illustrate this trend: the European Commission announced a preliminary position that Amazon Web Services and Microsoft Azure should be designated as DMA gatekeepers for cloud services, citing their role as important gateways and issues including lock-in and switching costs.

This illustrates a broader transition:

physical infrastructure → digital infrastructure → computational infrastructure.

Competition governance therefore increasingly concerns infrastructure that is not physically visible to consumers.

X. Space and Orbital Infrastructure

Planetary infrastructure also extends beyond Earth.

Important competition concerns may arise in:

• satellite broadband;
• launch services;
• orbital slots;
• spectrum;
• satellite ground stations;
• space-data services;
• Earth observation;
• navigation;
• satellite-to-device communications.

A concentrated satellite network may create:

• network effects;
• high entry barriers;
• capacity advantages;
• switching costs;
• spectrum advantages;
• control over data.

Recent economic research characterizes LEO satellite broadband as a capacity-constrained oligopoly and identifies orbital congestion as an externality that complicates competition and regulatory design.

Therefore, future competition governance may need to coordinate antitrust + spectrum regulation + orbital-resource governance.

XI. Energy and Planetary Infrastructure

Energy networks present another classic infrastructure problem.

Examples include:

• electricity transmission;
• interconnectors;
• hydrogen pipelines;
• LNG infrastructure;
• carbon-capture pipelines;
• battery networks;
• smart grids.

Competition concerns can include:

• discriminatory grid access;
• capacity hoarding;
• refusal to connect;
• discriminatory connection charges;
• vertical integration;
• foreclosure of competing energy suppliers.

The essential-facility analysis is particularly relevant because duplication of certain networks may be economically inefficient.

XII. Indian Competition-Law Perspective

India does not have a formally codified essential-facilities provision equivalent to a standalone statutory doctrine.

Nevertheless, infrastructure-access questions can arise under Section 4 of the Competition Act, 2002, particularly concerning:

• denial of market access;
• discriminatory conditions;
• leveraging;
• unfair conditions;
• refusal to provide access.

The Tata Communications Ltd. v. TRAI litigation provides an important Indian discussion of essential-facility principles in telecommunications. The record discusses the traditional characteristics of an essential facility, including control by a dominant firm, inability of competitors reasonably to reproduce the facility, and necessity for competition.

Similarly, Indian competition analysis of electricity-network access has considered the interaction between competition principles and statutory open-access obligations.

XIII. International Governance Problem

Planetary infrastructures frequently cross jurisdictions.

Consider:

Country A → submarine cable → Country B → cloud → Country C → consumer

Several regulators may simultaneously have jurisdiction.

This produces possible conflicts involving:

• competition law;
• telecommunications regulation;
• national-security law;
• foreign-investment regulation;
• data protection;
• environmental regulation;
• space law;
• public procurement;
• sanctions;
• international investment law.

Therefore, international cooperation becomes essential.

XIV. Competition Governance Model

A useful governance architecture can be represented as:

Planetary Infrastructure

↓

Market Definition

↓

Infrastructure Control

↓

Dominance / Gatekeeper Status

↓

Access + Interoperability

↓

Discrimination / Foreclosure Analysis

↓

Vertical & Conglomerate Effects

↓

Merger Control

↓

Sector Regulation

↓

Cross-Border Regulatory Cooperation

↓

Remedies + Continuous Monitoring

XV. Possible Competition Remedies

Competition authorities can employ different remedies depending upon the infringement.

Structural remedies

• divestiture;
• separation of infrastructure and downstream operations;
• ownership unbundling.

Behavioural remedies

• non-discriminatory access;
• transparent pricing;
• interoperability;
• API access;
• data portability;
• prohibition of exclusivity.

Regulatory remedies

• regulated access;
• capacity allocation;
• technical standards;
• independent monitoring.

Merger remedies

• divestiture;
• access commitments;
• interoperability commitments;
• firewalls;
• non-discrimination obligations.

XVI. Six Core Legal Tests for Planetary Infrastructure

When assessing a planetary-infrastructure competition problem, the following questions are useful:

Test 1 — Market power

Does the undertaking possess substantial power over an infrastructure layer?

Test 2 — Infrastructure indispensability

Is the facility genuinely indispensable, or are alternatives available?

Test 3 — Replicability

Can competitors reasonably reproduce the infrastructure?

Test 4 — Exclusion

Does the conduct materially restrict downstream competition?

Test 5 — Objective justification

Is there a legitimate technical, economic, security or capacity-based justification?

Test 6 — Investment incentives

Would compulsory access materially discourage infrastructure investment?

These tests reflect the continuing tension between open access and investment incentives identified in the European essential-facilities jurisprudence.

XVII. Key Case-Law Matrix

XVIII. Emerging Competition Issues

Future planetary-infrastructure disputes are likely to involve:

1. AI compute infrastructure
2. Quantum communication networks
3. Satellite mega-constellations
4. Orbital spectrum
5. Global cloud infrastructure
6. Undersea data cables
7. Cross-border electricity supergrids
8. Hydrogen corridors
9. Carbon-capture networks
10. Autonomous logistics infrastructure
11. Global digital identity systems
12. Planetary-scale data platforms
13. Space-launch infrastructure
14. Earth-observation datasets
15. Interoperability between autonomous systems

The central issue will increasingly shift from:

“Who sells the product?”

to:

“Who controls the infrastructure through which competing products must operate?”

Conclusion

Competition law concerning planetary infrastructures represents the convergence of traditional antitrust principles with infrastructure regulation, digital-market governance and international economic regulation.

The essential challenge is to maintain a balance between three objectives:

Infrastructure investment
↕
Open and non-discriminatory access
↕
Effective competition and innovation

The traditional cases—Terminal Railroad, Commercial Solvents, Bronner, IMS Health, Microsoft, Slovak Telekom and Lietuvos geležinkeliai—provide the foundational principles, while Android Auto demonstrates how those principles are evolving for digital ecosystems and interoperability.