Competition Law and Strategic Technology Autonomy and Competition Policy

Introduction

Strategic technology autonomy refers to a state’s or economic region’s ability to maintain reliable access to critical technologies, technological infrastructure, data, intellectual property, supply chains, and innovation capabilities without becoming excessively dependent on a small number of foreign or domestic firms.

Competition law intersects with technology autonomy because measures intended to strengthen technological resilience can simultaneously:

• increase concentration;
• protect incumbent firms;
• restrict market entry;
• facilitate domestic champions;
• limit access to essential technologies;
• encourage technology sharing or interoperability;
• affect mergers involving strategically important technology;
• create tensions between industrial policy and competitive neutrality.

The central competition-law question is therefore not simply whether technological independence is desirable, but whether measures adopted to achieve technological autonomy preserve effective competition while addressing legitimate resilience or security concerns.

I. Meaning of Strategic Technology Autonomy

Strategic technology autonomy can involve:

1. Domestic technological capability – maintaining domestic capacity in semiconductors, AI, cloud computing, telecommunications, batteries and other strategic technologies.
2. Supply-chain resilience – reducing vulnerability to disruptions involving critical components.
3. Control over critical infrastructure – preventing excessive dependence upon a single technology provider.
4. Data autonomy – maintaining access to strategically important datasets and digital infrastructure.
5. Intellectual-property capability – developing domestic patents, standards and technological know-how.
6. Interoperability – ensuring that firms can switch between competing technological ecosystems.
7. Research and innovation capacity – preventing excessive technological concentration.
8. Cybersecurity and trusted infrastructure – limiting systemic dependence upon potentially unreliable infrastructure providers.

From a competition-law perspective, autonomy is most problematic when it becomes a justification for shielding firms from competition rather than addressing a genuine structural dependency.

II. Competition Law Issues Raised by Technology Autonomy

1. Strategic technology and market concentration

Critical technologies frequently have high fixed costs, network effects and substantial economies of scale.

Examples include:

• semiconductor fabrication;
• operating systems;
• cloud infrastructure;
• AI foundation models;
• telecommunications infrastructure;
• payment systems;
• digital advertising infrastructure.

A government may therefore encourage consolidation to create technologically capable firms.

However, competition authorities must consider whether consolidation produces:

• monopoly power;
• higher entry barriers;
• reduced innovation;
• exclusion of smaller competitors;
• dependence upon a single technological ecosystem.

Thus, technological scale and competitive concentration are not necessarily synonymous.

III. Strategic Technology Autonomy and Merger Control

Technology autonomy can become relevant to merger review where a transaction involves a critical technological capability.

Authorities may examine:

A. Horizontal effects

Two technology competitors may combine and eliminate an important source of innovation.

B. Vertical effects

A dominant infrastructure provider may acquire a downstream technology supplier and disadvantage rivals.

C. Conglomerate effects

A firm possessing market power in one technological ecosystem may acquire complementary technologies and extend that power into adjacent markets.

D. Innovation competition

Even where current market shares are modest, the merging firms may represent important future competitors.

E. Supply-security considerations

A merger may increase technological resilience but simultaneously eliminate alternative suppliers.

The appropriate analysis therefore requires separating competition benefits from industrial-policy benefits.

IV. Strategic Technology Autonomy and Abuse of Dominance

A technology firm possessing control over an indispensable technological input may have substantial market power.

Potential abuses include:

• refusal to supply;
• discriminatory access;
• tying;
• interoperability restrictions;
• excessive licensing conditions;
• self-preferencing;
• exclusionary rebates;
• technological degradation;
• discriminatory APIs;
• foreclosure through proprietary standards.

Technology autonomy may strengthen the argument for maintaining multiple suppliers because dependence upon one dominant firm can create both competition risks and strategic vulnerability.

V. Essential Facilities and Technological Infrastructure

Some technological infrastructure may become sufficiently important that access restrictions affect downstream competition.

Potential examples include:

• app stores;
• cloud infrastructure;
• telecommunications networks;
• payment infrastructure;
• semiconductor manufacturing capacity;
• technical standards;
• operating systems;
• critical databases.

Competition law generally does not require dominant firms to share every asset with competitors.

However, where legal conditions for an access obligation are satisfied, refusal to provide access can become an abuse of dominance.

The technological-autonomy perspective adds another consideration: maintaining multiple interoperable systems may reduce systemic dependence.

VI. Standards, Patents and Technology Autonomy

Standards can promote technology autonomy by creating interoperable markets.

However, standards can also create technological lock-in.

Competition issues may arise through:

• standard-essential patents;
• discriminatory licensing;
• patent ambushes;
• excessive royalties;
• exclusion of alternative technologies;
• coordinated standard-setting;
• refusal to license.

The FRAND framework is therefore particularly important where standardisation creates significant market power.

VII. State Aid, Industrial Policy and Competitive Neutrality

Technology autonomy frequently requires government support.

Governments may provide:

• subsidies;
• tax incentives;
• grants;
• government procurement;
• research funding;
• infrastructure support;
• loans;
• guarantees.

Such measures can increase domestic technological capability.

But preferential assistance can distort competition where:

Government support strengthens one firm not because it is technologically efficient, but because it has been selected as a national champion.

Competition policy must therefore distinguish between:

legitimate industrial-policy intervention and protectionism that unnecessarily eliminates competitive constraints.

VIII. Six Major Case Laws

1. United States v. Microsoft Corp., 253 F.3d 34 (D.C. Cir. 2001)

Facts

Microsoft possessed substantial power in the market for Intel-compatible PC operating systems. The United States alleged that Microsoft used this position to restrict competition from emerging technologies, particularly Netscape's browser and competing middleware.

Competition principle

The case established important principles concerning exclusionary conduct by a dominant technology firm.

Microsoft's contractual and technological practices were examined for their ability to:

• foreclose competitors;
• reinforce entry barriers;
• preserve monopoly power;
• disadvantage rival technologies.

Relevance to technology autonomy

The case demonstrates why control over a technological platform can produce significant competitive leverage.

A government seeking technological autonomy should therefore be cautious about replacing foreign dependence with domestic technological monopoly.

Principle

Technological leadership does not immunise exclusionary conduct from competition scrutiny.

2. European Commission – Google Android

Case AT.40099, Google Android (2018)

Facts

The European Commission examined Google's conduct concerning Android, including restrictions associated with Google Search, Chrome and the Google Play Store.

The Commission concluded that certain contractual arrangements strengthened Google's position in general search and restricted competing mobile ecosystems.

Competition principle

The case demonstrates the importance of:

• platform ecosystems;
• default arrangements;
• tying;
• pre-installation;
• network effects;
• ecosystem dependence.

Technology-autonomy relevance

A technological ecosystem can become strategically important when users, developers and complementary products depend upon it.

Consequently, competition authorities may need to examine whether technological ecosystems create:

dependency → switching costs → entry barriers → reduced competition.

3. European Commission – Qualcomm

Case AT.39711, Qualcomm (Predation), 2018

Facts

The Commission investigated Qualcomm's pricing conduct in the baseband chipset sector.

The case concerned alleged exclusionary pricing directed toward an important competitor.

Competition principle

The case illustrates how technological markets can involve:

• large R&D expenditures;
• economies of scale;
• intellectual-property advantages;
• substantial entry barriers;
• strategic pricing.

Technology-autonomy relevance

Semiconductor and communications-chip markets are central to technological autonomy.

Competition authorities therefore face a difficult balance:

• preserving competitive semiconductor markets;
• maintaining incentives for innovation;
• preventing exclusionary conduct;
• avoiding excessive concentration.

4. European Commission – Qualcomm (Exclusivity Payments)

Case AT.40220, Qualcomm, 2018

Facts

The Commission investigated payments made by Qualcomm to Apple in connection with the supply of LTE baseband chipsets.

The Commission found that Qualcomm's payments were conditional upon Apple obtaining its requirements for LTE chipsets from Qualcomm.

Competition principle

The case illustrates the potential competition concerns created by exclusivity arrangements involving an important technological input.

Technology-autonomy relevance

When a small number of firms control critical components, exclusive arrangements can increase dependence upon one supplier.

Thus, competition policy can contribute to technological resilience by preserving alternative sources of supply.

5. European Commission – Intel

Case T-286/09 RENV, Intel Corp. v European Commission, 2022

Facts

The long-running Intel litigation concerned rebates offered by Intel to major computer manufacturers and a retailer.

The European Commission had treated the rebates as exclusionary, and subsequent EU judicial proceedings required a more detailed examination of their ability to foreclose an equally efficient competitor.

Competition principle

The case is particularly important for the treatment of:

• loyalty rebates;
• dominant firms;
• foreclosure;
• economic evidence;
• equally efficient competitor analysis.

Technology-autonomy relevance

The semiconductor industry illustrates the relationship between:

innovation → scale → investment → market power → dependence.

Competition law must avoid treating every successful large technology company as unlawful while still addressing conduct capable of eliminating meaningful competitors.

6. Commission v. United States Steel Corp., 251 U.S. 417 (1920)

Facts

The United States Steel Corporation was challenged under the Sherman Act in connection with its enormous position in the American steel industry.

The Supreme Court considered whether mere size and market dominance, without sufficient evidence of unlawful conduct, constituted a violation.

Competition principle

The case is historically significant for distinguishing size or dominance from unlawful monopolisation.

Technology-autonomy relevance

The principle remains relevant to modern strategic industries.

A government may legitimately seek large-scale domestic technological capability. The mere existence of a large national technology champion does not automatically establish an antitrust violation.

The critical question concerns how market power is obtained or maintained and what conduct accompanies it.

7. United States v. IBM Corp.

United States v. IBM Corp., 687 F.2d 591 (2d Cir. 1982)

Facts

IBM faced a major antitrust action concerning its position in the computer industry. The government alleged exclusionary conduct intended to maintain IBM's dominance.

The case was ultimately dismissed after the government abandoned the prosecution.

Competition principle

The litigation demonstrates the difficulty of applying traditional monopolisation concepts to rapidly changing technology markets.

Technology-autonomy relevance

Technology markets evolve rapidly. A market position that appears strategically indispensable at one point may become less important as:

• computing architectures change;
• substitute technologies emerge;
• innovation creates new competitive constraints.

Consequently, competition policy must account for technological dynamism rather than treating market structures as permanently fixed.

IX. Additional Important Cases

8. Broadcom Inc. v European Commission

The European Commission's interim-measures proceedings concerning Broadcom's chipset practices illustrate competition concerns surrounding contractual restrictions in technologically important component markets.

The case is relevant to:

• semiconductor ecosystems;
• contractual foreclosure;
• customer dependence;
• technological supply chains.

9. IMS Health GmbH & Co. OHG v NDC Health GmbH

Case C-418/01

The European Court of Justice examined refusal to license an intellectual-property-related information structure.

The case is important to the intersection between:

• intellectual property;
• market power;
• interoperability;
• access;
• essential facilities.

It demonstrates that technological or intellectual-property control can, under exceptional circumstances, create competition-law obligations concerning access.

10. Bronner v Mediaprint

Case C-7/97

The ECJ developed important principles concerning refusal to provide access to an infrastructure that is allegedly indispensable for competition.

The case established a demanding standard for compulsory access.

Its relevance to technology autonomy is significant because not every strategically valuable infrastructure automatically becomes an essential facility.

X. Strategic Technology Autonomy and Digital Ecosystems

Modern technology markets increasingly operate as ecosystems.

A typical ecosystem may look like:

Operating System

↓

App Store

↓

Payments

↓

Cloud Services

↓

Data

↓

AI Services

↓

Advertising

The owner of one layer can potentially leverage power into another layer.

Competition authorities therefore increasingly examine:

• interoperability;
• switching costs;
• data portability;
• default settings;
• self-preferencing;
• tying;
• interoperability degradation;
• access discrimination.

Technology autonomy can reinforce these concerns because governments may regard certain ecosystems as strategically important.

XI. AI and Strategic Technology Autonomy

AI introduces new competition-policy problems.

Strategic autonomy may involve access to:

• computing capacity;
• GPUs and specialised chips;
• training datasets;
• foundation models;
• cloud infrastructure;
• AI talent;
• model-development tools.

Competition concerns can arise where one firm controls multiple layers:

chips → cloud → foundation model → applications → distribution.

Vertical integration can produce efficiencies, but it may also allow foreclosure of competing AI developers.

Competition authorities therefore need to examine whether vertical integration produces:

1. economies of scale;
2. interoperability benefits;
3. innovation incentives;

or instead:

1. input foreclosure;
2. customer foreclosure;
3. data foreclosure;
4. discriminatory access.

XII. Semiconductor Industry

Semiconductors are perhaps the clearest example of the relationship between technological autonomy and competition.

The semiconductor ecosystem contains:

• chip design;
• semiconductor manufacturing;
• lithography;
• electronic-design automation;
• packaging;
• testing;
• distribution.

Certain technological bottlenecks may create significant dependency.

Competition policy can therefore promote resilience by preventing:

• exclusionary contracts;
• discriminatory supply arrangements;
• unlawful mergers;
• cartelisation;
• strategic foreclosure.

At the same time, competition authorities must recognise that semiconductor manufacturing often requires enormous investment and scale.

XIII. Cloud Computing

Cloud infrastructure raises strategic-autonomy concerns because businesses and governments may become dependent upon a small number of providers.

Potential competition issues include:

Switching costs

Customers may face technical and financial obstacles when moving workloads.

Data portability

Difficulty transferring data can reinforce provider dependence.

Interoperability

Proprietary systems can reduce multi-cloud competition.

Bundling

Cloud services may be bundled with other technological products.

Egress charges

Charges associated with moving data can affect customer mobility.

Thus, competition policy can support technological autonomy by maintaining contestability between infrastructure providers.

XIV. Telecommunications and 5G

Telecommunications infrastructure is strategically important because it supports:

• digital services;
• government communications;
• financial infrastructure;
• industrial systems;
• national security.

Competition issues include:

• infrastructure sharing;
• spectrum access;
• equipment supply;
• roaming;
• interoperability;
• exclusive contracts;
• vertical integration.

A technology-autonomy policy that simply replaces one dominant supplier with another may fail to produce genuine resilience.

A competitive supplier base can instead provide structural resilience.

XV. Intellectual Property and Technology Autonomy

Strong intellectual-property protection can encourage technological innovation.

However, excessive exclusivity may produce:

• technological lock-in;
• licensing barriers;
• downstream foreclosure;
• high switching costs.

Competition policy must therefore maintain a balance between:

innovation incentives

and

competitive access.

This is particularly important for patents covering standards or essential technological interfaces.

XVI. Government Procurement

Public procurement can be used to support strategic technology industries.

For example, governments may prefer domestic suppliers for:

• cybersecurity;
• cloud infrastructure;
• telecommunications;
• semiconductors;
• defence technology;
• AI infrastructure.

Competition concerns arise if procurement rules unnecessarily exclude competitors.

A competition-sensitive approach can use:

• transparent procurement;
• technology-neutral specifications;
• interoperability requirements;
• competitive tendering;
• non-discriminatory qualification criteria.

XVII. Technology Autonomy and National Champions

The national champion strategy presents one of the most difficult competition-policy questions.

A government may reason:

A large domestic technology company is necessary to compete internationally.

Competition law asks a different question:

Does protecting that company reduce competition within the domestic market?

The two objectives can conflict.

A national champion may produce:

Potential benefits

• economies of scale;
• R&D investment;
• global competitiveness;
• supply-chain security;
• technological capability.

Potential competition risks

• exclusion of smaller firms;
• reduced entry;
• political protection;
• discriminatory access;
• inefficient market structure;
• reduced innovation incentives.

Therefore, national-champion policy should not automatically be equated with competition policy.

XVIII. Competition-Neutral Technology Autonomy

A competition-sensitive autonomy strategy can rely on market-wide measures rather than firm-specific protection.

More competition-compatible measures

1. R&D grants available to multiple firms.
2. Open technical standards.
3. Interoperability requirements.
4. Technology-neutral procurement.
5. Research infrastructure accessible to competitors.
6. Support for start-ups.
7. Open data where legally appropriate.
8. Competitive semiconductor capacity.
9. Workforce development.
10. Public-private research partnerships.

These measures can strengthen technological capability without necessarily creating permanent protection for a particular incumbent.

XIX. Enforcement Framework

Competition authorities examining strategic technology autonomy can use the following framework:

Step 1 – Identify the strategic technology

Is it:

• semiconductor technology?
• AI?
• cloud?
• telecom?
• cybersecurity?
• digital payments?
• critical software?

Step 2 – Define the relevant market

Consider:

• product market;
• geographic market;
• technological substitutes;
• potential competition.

Step 3 – Measure concentration

Analyse:

• market shares;
• HHI;
• barriers to entry;
• network effects;
• switching costs.

Step 4 – Identify strategic dependency

Ask whether customers depend upon:

• one supplier;
• one platform;
• one standard;
• one infrastructure provider.

Step 5 – Examine conduct

Look for:

• tying;
• bundling;
• exclusivity;
• refusal to deal;
• discriminatory access;
• predatory pricing;
• self-preferencing.

Step 6 – Assess innovation

Consider:

• R&D incentives;
• technological alternatives;
• nascent competitors;
• innovation pipelines.

Step 7 – Examine government intervention

Determine whether support is:

• technology-neutral;
• competitively accessible;
• proportionate;
• transparent.

Step 8 – Design remedies

Possible remedies include:

• interoperability;
• access obligations;
• licensing;
• divestiture;
• behavioural commitments;
• non-discrimination requirements;
• data portability.

XX. Relationship Between Competition Policy and Technology Policy

XXI. Core Legal Principle

Strategic technology autonomy does not automatically override competition law.

At the same time, competition policy should recognise that certain technological markets possess unusual characteristics:

• massive fixed costs;
• network effects;
• rapid innovation;
• ecosystem dependency;
• intellectual-property barriers;
• data advantages;
• global supply-chain risks.

Accordingly, the appropriate approach is not simply maximum fragmentation or maximum consolidation.

The focus should be on maintaining:

resilient technological capacity + contestable markets + innovation + non-discriminatory access.

XXII. Conclusion

Strategic technology autonomy has become an important intersection between industrial policy and competition law. Governments increasingly seek technological resilience in areas such as semiconductors, AI, cloud computing, telecommunications, cybersecurity and digital infrastructure.

The major competition-law challenge is to prevent strategic autonomy from becoming a justification for permanent protection of dominant firms.

The principal lessons from Microsoft, Google Android, Qualcomm, Intel, U.S. Steel, IBM, IMS Health and Bronner are that technological importance, market power, infrastructure dependence and intellectual-property control must be analysed carefully rather than treated as automatically lawful or unlawful.

A modern competition-policy framework should therefore distinguish between:

technological scale and unlawful concentration;

innovation incentives and exclusionary conduct;

strategic resilience and protectionism;

legitimate government support and competitive distortion;

and

technological autonomy and technological monopoly.

The ultimate competition-law objective is to ensure that strategic technologies remain innovative, accessible, contestable and resilient, while allowing governments to address genuine technological and supply-chain vulnerabilities.