Competition Law and Intelligent Standards Infrastructure Concentration

1. Introduction

Intelligent standards infrastructure concentration refers to a situation in which control over technical standards, standard-setting platforms, certification systems, interoperability protocols, standards-essential technologies, compliance databases, or AI-enabled standardisation infrastructure becomes concentrated in one or a small number of undertakings.

Traditional standards concern specifications such as telecommunications protocols, safety requirements, interfaces, file formats, charging systems, or manufacturing specifications. In the intelligent economy, standards infrastructure increasingly incorporates AI models, machine-readable standards, automated conformity assessment, digital certification, data repositories, interoperability APIs, algorithmic testing and real-time compliance systems.

This creates an important competition-law tension:

Standardisation can increase competition by making technologies interoperable, but control over the standardisation infrastructure can also become a source of market power.

Competition authorities therefore have to distinguish between legitimate technical standardisation and conduct that uses standards or standards infrastructure to exclude rivals, raise their costs, obtain monopoly rents, or control downstream markets.

2. Meaning of Intelligent Standards Infrastructure

An intelligent standards infrastructure may include:

1. Technical standards – telecommunications, IoT, AI, cloud, cybersecurity, EV charging, etc.
2. Standards-setting organisations (SSOs) – bodies that determine technical specifications.
3. Standard-essential patents (SEPs) – patents that must be used to implement a standard.
4. Digital certification platforms – systems verifying compliance with standards.
5. AI-enabled conformity assessment – automated systems deciding whether products satisfy standards.
6. Interoperability protocols – APIs, communication protocols and technical interfaces.
7. Standards databases – repositories containing technical specifications and compliance information.
8. Machine-readable standards – standards capable of being directly interpreted by software.
9. Testing infrastructure – laboratories, automated testing platforms and certification software.
10. Data infrastructures – datasets necessary to verify compliance or operate standards.

The competition concern becomes particularly serious where one undertaking controls several layers simultaneously.

For example:

Standard-setting → essential patents → certification software → compliance database → interoperability API → downstream platform.

Such vertical integration can create opportunities for foreclosure.

3. Why Standards Can Create Market Power

Standards normally generate substantial economic benefits.

They can:

• reduce transaction costs;
• promote interoperability;
• facilitate innovation;
• reduce consumer switching costs;
• enlarge markets;
• permit economies of scale;
• improve safety;
• enable multiple suppliers to compete.

The EU's horizontal cooperation framework expressly recognises standardisation as an important form of cooperation while subjecting standardisation agreements to competition-law analysis.

However, once a standard becomes widely adopted, the economic position changes.

A firm controlling a critical standard may become a gateway to the relevant market.

This can produce:

A. Network effects

The more businesses that adopt a standard, the more valuable the standard becomes.

B. Switching costs

Competitors may have to redesign products to move to another standard.

C. Lock-in

Users may become dependent on the dominant standard.

D. Essentiality

A standard may become practically unavoidable for market participation.

E. Information asymmetry

The organisation controlling standards may possess superior technical and compliance information.

F. Patent leverage

A standard may incorporate patents that become essential to implementation.

4. Concentration at Different Levels

Intelligent standards concentration can arise at several levels.

The competition analysis therefore cannot stop at examining the market share of the standard-setting organisation itself.

5. Relevant Competition-Law Theories

A. Abuse of Dominance

Where control over standards infrastructure gives an undertaking substantial market power, exclusionary conduct may constitute abuse of dominance.

Potential conduct includes:

• refusal to provide access;
• discriminatory access;
• excessive licensing fees;
• tying;
• self-preferencing;
• exclusionary certification;
• discriminatory interoperability;
• degradation of interfaces;
• refusal to disclose necessary technical information.

B. Restrictive Agreements

Standard-setting involves cooperation among competitors.

That cooperation may become problematic if competitors use the standard-setting process to:

• fix prices;
• exclude technologies;
• divide markets;
• prevent competing standards;
• restrict innovation;
• coordinate commercially sensitive information.

The central question is whether the standardisation arrangement produces legitimate efficiency benefits while preserving meaningful competition.

C. Collusive Standard Setting

Competitors can theoretically manipulate standardisation to exclude another technology.

For example:

Competitors collectively agree that only a particular technology will satisfy the industry standard even though alternative technologies are technically viable.

The standard may therefore function as a collective exclusion mechanism.

6. Standard-Essential Patents and Concentration

SEP concentration is one of the most significant examples.

An SEP holder can potentially prevent manufacturers from implementing the standard unless they obtain a licence.

Because the standard may be difficult to replace after adoption, the patent holder may acquire substantial bargaining power.

This creates the classic problem of:

Patent hold-up

The patent becomes particularly valuable because the technology has been incorporated into the standard.

The SEP owner may subsequently seek licensing terms reflecting the lock-in created by the standard.

For this reason, SSOs commonly use FRAND commitments:

Fair, Reasonable and Non-Discriminatory licensing.

China has also developed specific SEP antitrust rules; SAMR issued dedicated SEP antitrust guidelines in November 2024.

7. Intelligent Standards and AI

AI substantially changes the traditional standard-setting problem.

Suppose an AI system controls:

• technical certification;
• conformity assessment;
• standards interpretation;
• product ranking;
• compliance scoring;
• interoperability testing.

The operator may then possess significant informational and infrastructural power.

Example

An AI certification platform could determine that:

Product A satisfies the industry's cybersecurity standard, while Product B does not.

If Product B cannot access an alternative certification mechanism, the AI system could effectively become a market-access gatekeeper.

Competition authorities would therefore have to investigate:

• algorithmic transparency;
• access conditions;
• training data;
• discriminatory parameters;
• auditability;
• interoperability;
• appeal mechanisms;
• conflicts of interest.

8. Major Case Laws

1. Allied Tube & Conduit Corp. v. Indian Head, Inc. — U.S. Supreme Court

This is one of the foundational cases concerning private standard-setting and competition law.

A manufacturer attempted to influence the National Fire Protection Association's standard-setting process in a manner that disadvantaged a competing product.

The Supreme Court treated manipulation of the private standard-setting process as potentially subject to antitrust scrutiny.

Principle

Private standard-setting does not automatically receive immunity from competition law.

Where competitors manipulate a standards process to exclude rivals, the process can become an instrument of anticompetitive conduct.

Relevance to intelligent infrastructure

The principle extends naturally to modern digital standardisation:

• AI standards;
• cybersecurity standards;
• cloud interoperability standards;
• EV charging standards;
• digital identity standards.

An undertaking cannot necessarily avoid competition scrutiny merely because exclusion occurs through a technical standards process.

9. American Society of Mechanical Engineers v. Hydrolevel Corp.

The U.S. Supreme Court examined the antitrust consequences of conduct associated with a private standards organisation.

A standards organisation's interpretation of technical rules was used in circumstances that harmed a competitor.

Principle

A standards organisation can create substantial competitive effects even though it is ostensibly performing a technical or professional function.

The case demonstrates the importance of:

• neutrality;
• procedural safeguards;
• accurate technical interpretation;
• prevention of competitor manipulation.

Intelligent-standard relevance

If an AI-powered standards system automatically interprets standards and its operator has commercial interests in the outcome, similar competition concerns can arise.

10. Rambus Inc. v. FTC

Rambus is particularly important in the context of standard-setting and intellectual-property disclosure.

Rambus participated in the JEDEC standardisation process concerning memory technology while possessing patent interests relevant to the technology being standardised.

The FTC alleged that Rambus's conduct concerning patent disclosure enabled it to obtain greater leverage after the standard was adopted.

Although the litigation involved complex questions concerning proof of anticompetitive effects and monopolisation, the case became an important reference point for the relationship between patent disclosure, standard-setting and competition law.

Principle

A participant in standardisation cannot necessarily use the standardisation process strategically to obtain an unforeseen monopoly position over an essential technology.

Intelligent-infrastructure relevance

The same issue can arise where an AI or digital-standard infrastructure operator:

1. participates in selecting a technical architecture;
2. knows that particular technology will become indispensable;
3. possesses proprietary rights over that technology;
4. influences the standard;
5. subsequently exploits the resulting dependency.

11. Microsoft Corp. v. Commission

The European Commission's Microsoft case is highly relevant to interoperability.

Microsoft's control over its operating-system environment and its refusal to provide sufficient interoperability information raised competition concerns concerning the ability of competing work-group server operating systems to interoperate with Microsoft's dominant operating system.

The European courts ultimately upheld important elements of the Commission's intervention.

Principle

Control over an important technological interface can have competition significance where interoperability information is necessary for competitors to participate effectively.

Relevance

Modern intelligent standards infrastructure can similarly create an interoperability bottleneck.

Examples include:

• AI platforms;
• cloud systems;
• smart-grid platforms;
• IoT ecosystems;
• connected vehicles;
• digital identity infrastructure.

A dominant operator controlling the interface may potentially disadvantage competing systems by restricting technical interoperability.

12. Huawei Technologies Co. Ltd. v. ZTE Corp.

The Huawei v. ZTE judgment of the Court of Justice of the European Union is one of the leading SEP competition-law decisions.

The dispute concerned enforcement of an SEP against an alleged infringer.

The Court established a framework governing the circumstances in which an SEP holder seeking an injunction may risk abusing a dominant position.

The framework requires particular conduct by both sides in licensing negotiations.

Principle

SEP ownership does not mean that competition law disappears.

The exercise of patent rights must be considered alongside:

• the SEP holder's FRAND commitment;
• licensing negotiations;
• proportionality;
• the conduct of the implementer.

The EU's own SEP materials identify Huawei v. ZTE as a central part of the framework governing competition law and FRAND-related SEP disputes.

Intelligent standards relevance

The case becomes increasingly significant for:

• 5G;
• IoT;
• connected vehicles;
• smart factories;
• AI-enabled communications;
• industrial automation.

Where implementation of an intelligent standard is unavoidable, the SEP holder may possess considerable bargaining power.

13. Motorola Mobility / Google — SEP Injunction Proceedings

Motorola's standard-essential patent enforcement strategy generated significant competition-law scrutiny in the EU.

The European Commission examined the use of injunctions relating to SEPs subject to FRAND commitments.

The Commission's approach emphasised the potential competitive consequences of using injunctions against willing licensees.

Principle

The ability to obtain an injunction based on an SEP can create substantial bargaining leverage because the implementer may face exclusion from an important technology market.

Broader lesson

Competition authorities may therefore distinguish between:

• legitimate enforcement of patent rights; and
• strategic use of SEP enforcement to extract competitive advantages.

This is particularly important where a standard has become unavoidable.

14. FTC v. Qualcomm

The Qualcomm litigation concerned the relationship between SEP licensing, modem-chip markets and competition law.

The Ninth Circuit ultimately rejected the district court's finding that Qualcomm had an antitrust duty to license its SEPs to rival modem-chip manufacturers under the particular circumstances of the case.

Importance

The case demonstrates that:

A violation of a licensing norm or FRAND-related obligation does not automatically establish an antitrust violation.

Competition law requires analysis of the relevant competitive effects and applicable antitrust doctrine.

Intelligent infrastructure relevance

This distinction is crucial when dealing with AI and digital standards.

Not every:

• interoperability dispute;
• licensing dispute;
• standards disagreement;
• technical refusal

is automatically an antitrust violation.

The competition-law analysis must identify the actual effect on competition.

15. Unwired Planet International Ltd v. Huawei Technologies

The UK Supreme Court's Unwired Planet v. Huawei litigation is another important SEP case.

It concerned worldwide FRAND licensing and the circumstances in which a court could determine appropriate licensing terms for a multinational SEP portfolio.

Principle

SEP disputes can involve international markets and complex questions concerning:

• global licensing;
• FRAND rates;
• injunctions;
• territorial patent rights;
• portfolio licensing.

Intelligent standards relevance

Intelligent infrastructure is inherently cross-border.

A single standard may be implemented simultaneously in:

• India;
• China;
• Europe;
• the United States;
• Japan.

Consequently, competition issues concerning standards cannot always be analysed exclusively within one national market.

16. What These Cases Establish Collectively

The cases reveal several recurring competition-law principles.

17. Market Definition

Competition authorities may define markets according to the relevant layer.

Possible relevant markets

1. Standards market

The market for a particular technical standard or competing standards.

2. Technology market

Alternative technologies capable of performing the same function.

3. SEP licensing market

Licensing of patents essential to a particular standard.

4. Certification market

Services verifying compliance with the relevant technical requirements.

5. Interoperability market

Interfaces and protocols required for interconnection.

6. Downstream product market

Products relying on the standard.

This layered approach is important because market power may exist at one level but not another.

18. Essential Facility Issues

Intelligent standards infrastructure may sometimes resemble an essential facility.

For example, suppose:

• a standard is universally adopted;
• a single entity controls the certification infrastructure;
• certification is mandatory for commercial access;
• competitors cannot reasonably replicate the infrastructure.

A refusal to provide access could potentially raise essential-facility or refusal-to-deal issues, depending upon the applicable jurisdiction's legal test.

However, mere importance does not automatically make infrastructure an essential facility.

Authorities generally need to examine:

1. indispensability;
2. availability of substitutes;
3. duplication possibilities;
4. objective justification;
5. competitive foreclosure;
6. proportionality.

19. Self-Preferencing

A particularly important modern concern is self-preferencing.

Imagine that a company operates:

standards database + certification system + downstream marketplace.

It could potentially design its standards or certification algorithm to favour its own products.

For example:

Its own products receive automatic certification while rival products undergo additional testing.

This could raise concerns involving:

• discriminatory treatment;
• leveraging;
• exclusionary conduct;
• conflicts of interest;
• abuse of dominance.

20. Data as Standards Infrastructure

Modern standards increasingly depend upon data.

Examples include:

• AI safety datasets;
• cybersecurity benchmarks;
• vehicle interoperability data;
• energy-grid specifications;
• emissions databases;
• digital identity standards.

Control over such datasets can create another form of infrastructural concentration.

The competition question becomes:

Can competitors realistically develop an equivalent standard without access to the underlying data?

If not, data access may become an important component of market-power analysis.

21. Standards and Network Effects

Standards exhibit powerful network effects.

Suppose Standard A has:

• 90% adoption;
• 10,000 compatible devices;
• millions of users.

Standard B may be technically superior but have:

• 5% adoption;
• fewer compatible devices;
• limited developer support.

Users and producers may rationally remain with Standard A because compatibility is more valuable than technical superiority alone.

Therefore, market power can arise through adoption rather than ownership alone.

22. Competition Risks in Intelligent Standards Infrastructure

1. Standard foreclosure

A technically viable competing technology is excluded from the standard.

2. Certification foreclosure

Competitors cannot obtain certification on equivalent terms.

3. SEP concentration

A small number of firms control essential patents.

4. Data concentration

One undertaking controls the data required for compliance.

5. API foreclosure

Interoperability interfaces are restricted.

6. Algorithmic discrimination

AI systems apply different compliance standards to competing products.

7. Predatory standardisation

A dominant undertaking establishes a standard designed to raise rivals' costs.

8. Excessive licensing

SEP holders exploit standard-induced market power.

9. Collective exclusion

Competitors coordinate through the standard-setting process to exclude outsiders.

10. Innovation suppression

Standards become so rigid or concentrated that alternative technologies cannot develop.

23. Efficiency Defences

Standardisation is not inherently anticompetitive.

It can generate substantial efficiencies through:

• interoperability;
• safety;
• quality assurance;
• reduced production costs;
• economies of scale;
• faster innovation;
• consumer confidence;
• reduced transaction costs.

The EU's horizontal guidelines expressly treat standardisation as an area where cooperation can produce economic benefits while requiring assessment under competition law.

Thus, competition law should generally ask:

Does the standard facilitate competition, or is the standard-setting infrastructure being used to control competition?

24. Remedies

Competition authorities may employ several remedies.

Structural remedies

• divestiture;
• separation of certification and commercial operations;
• limits on ownership concentration.

Behavioural remedies

• non-discriminatory access;
• FRAND licensing;
• interoperability obligations;
• disclosure requirements;
• transparent certification.

Governance remedies

• independent standards committees;
• conflict-of-interest rules;
• transparent voting;
• audit procedures.

Technical remedies

• open APIs;
• interoperability requirements;
• portability;
• open technical specifications.

AI-specific remedies

• algorithmic auditing;
• explainability;
• human review;
• independent testing;
• non-discriminatory model evaluation.

25. China Perspective

China is particularly important because standards, industrial policy, advanced manufacturing and digital infrastructure are closely connected.

China's 2024 Antitrust Guidelines for Standard Essential Patents contain six chapters and 22 articles and specifically address antitrust issues associated with SEPs.

Chinese judicial practice has also addressed:

• patent disclosure;
• standards implementation;
• FRAND obligations;
• licensing negotiations;
• injunctions;
• market dominance.

Chinese judicial guidance recognises circumstances in which participation in standardisation and incorporation of patents into standards can affect licensing and infringement analysis.

This is increasingly important for:

• 5G;
• EV charging;
• intelligent vehicles;
• industrial IoT;
• smart grids;
• AI;
• telecommunications;
• semiconductor technologies.

26. Compliance Framework for Businesses

Companies participating in intelligent standards infrastructure should establish:

Before standardisation

• identify potential conflicts of interest;
• disclose relevant patents;
• document technical reasons for proposed standards;
• avoid exclusionary specifications.

During standardisation

• maintain transparent voting;
• prevent competitor coordination;
• protect confidential information;
• record technical justifications.

After adoption

• honour FRAND commitments;
• provide non-discriminatory access;
• avoid discriminatory certification;
• maintain interoperability.

For AI-enabled standards

• audit algorithms;
• test for discriminatory outcomes;
• preserve explainability;
• maintain human review;
• establish appeals procedures.

27. Exam-Oriented Legal Test

A competition authority examining intelligent standards infrastructure concentration can apply the following sequence:

Step 1 — Identify the standard

↓

Step 2 — Identify the infrastructure controlled

↓

Step 3 — Define the relevant market

↓

Step 4 — Determine market power

↓

Step 5 — Examine network effects and lock-in

↓

Step 6 — Identify exclusionary or exploitative conduct

↓

Step 7 — Examine interoperability and access

↓

Step 8 — Analyse SEP/FRAND obligations

↓

Step 9 — Examine objective justification and efficiencies

↓

Step 10 — Assess competitive effects

↓

Step 11 — Determine proportionate remedy

28. Conclusion

Intelligent standards infrastructure concentration is a modern competition-law problem at the intersection of standardisation, intellectual property, data, AI, interoperability and market power.

The central distinction is between:

standardisation that creates an interoperable competitive market

and

control of standardisation infrastructure that allows an undertaking or group of undertakings to determine who can participate in that market.

The cases of Allied Tube, Hydrolevel, Rambus, Microsoft, Huawei v. ZTE, Motorola Mobility, FTC v. Qualcomm and Unwired Planet demonstrate different dimensions of this problem.

The most important future issues are likely to concern AI-generated standards, machine-readable standards, algorithmic certification, SEP concentration, interoperability APIs, digital conformity assessment, data-controlled standards and intelligent infrastructure platforms.

In short, competition law must ensure that technical standardisation remains a mechanism for interoperability and innovation rather than becoming a mechanism for technological foreclosure and infrastructural monopoly.