Competition Law and Governance of Token Monopolization Concerns

1. Introduction

Token monopolization concerns arise when one undertaking, platform, consortium, protocol, exchange, or group of connected firms obtains or exercises substantial control over a token-based economic ecosystem in a manner that may restrict competition.

“Token” may refer to:

cryptocurrency or payment tokens;

utility tokens;

governance tokens;

security or investment tokens;

platform-specific tokens;

tokenized assets;

stablecoins;

blockchain-based access credentials;

tokens used within decentralised applications.

Tokenisation can reduce certain traditional barriers to entry, but it can also produce new forms of concentration. A token issuer may control issuance; a blockchain operator may control validation or governance; an exchange may control liquidity; and a platform may control access to token-based applications.

Competition law therefore asks whether control over a token or its surrounding infrastructure can become market power and whether that power is being used to exclude competitors.

2. Meaning of Token Monopolization

Token monopolization does not necessarily mean that one firm owns 100% of all tokens.

It can instead involve control over one or more critical layers:

Token issuance → token distribution → wallet → exchange → liquidity → protocol governance → applications → users

A firm may possess substantial competitive power by controlling a bottleneck at any of these layers.

For example, an undertaking could:

issue the dominant token;

restrict access to its token;

control token validation;

control governance votes;

prevent competing tokens from being listed;

impose exclusive dealing on token users;

manipulate interoperability;

favour its own token within a platform.

3. Why Tokens Create Competition-Law Problems

Tokens combine several economic functions.

A token can simultaneously function as:

a medium of exchange;

an access mechanism;

a governance instrument;

an investment asset;

a reward mechanism;

a means of coordinating users.

Consequently, competition authorities may have difficulty determining the relevant market.

A token may compete with:

another cryptocurrency;

fiat currency;

payment systems;

loyalty points;

platform credits;

other blockchain protocols.

4. Token Ecosystems and Market Power

Token ecosystems can generate market power through several mechanisms.

Network effects

The value of a token may increase as more users adopt it.

Liquidity effects

A token with high trading volume can become more attractive than less-liquid alternatives.

Governance concentration

A small group controlling governance tokens may exercise disproportionate influence.

Switching costs

Users may lose:

accumulated rewards;

reputation;

staking benefits;

governance rights;

when they move to another platform.

Technical dependence

Applications may depend on one blockchain or token standard.

Data advantages

A dominant platform can obtain substantial transaction and user information.

5. Token Monopolization and Article 101 TFEU

Article 101 TFEU can apply where undertakings coordinate in token-related markets.

Potentially problematic arrangements include:

agreements to restrict competing tokens;

exchange coordination;

price-fixing arrangements;

allocation of token markets;

coordinated delisting;

restrictions on token interoperability;

information exchanges;

agreements concerning staking or validation.

The fact that coordination occurs through blockchain technology does not automatically remove it from competition law.

6. Token Monopolization and Article 102 TFEU

Article 102 becomes particularly relevant where a token-related undertaking has a dominant position.

Potential theories of abuse include:

exclusionary token listing;

discriminatory access;

tying;

refusal to interoperate;

exploitative transaction charges;

exclusionary staking arrangements;

self-preferencing;

predatory strategies;

loyalty-inducing token rewards.

The critical question remains whether the undertaking possesses substantial market power and whether the conduct constitutes an abuse.

7. Token Issuance and Dominance

Suppose a platform creates its own token and makes that token necessary to access its ecosystem.

The platform could potentially extend its market power from:

platform services

into:

token issuance and payment services.

Competition concerns become stronger if users are prevented from using competing tokens without a legitimate technical or commercial justification.

8. Token Listing and Exchange Power

Cryptocurrency exchanges can become important gateways.

An exchange can determine:

which tokens are listed;

which tokens receive visibility;

transaction fees;

trading conditions;

liquidity arrangements.

If an exchange possesses substantial market power, discriminatory listing rules may potentially raise competition concerns.

A particularly important question is whether the exchange favours:

its own token

over competing tokens.

9. Token Governance and Voting Concentration

Governance tokens can create an unusual form of market power.

In a decentralised autonomous organisation (DAO), voting power may be distributed according to token ownership.

If a small number of wallets control a large proportion of voting rights, they may effectively control:

protocol upgrades;

transaction fees;

listing rules;

access conditions;

treasury allocation;

validator arrangements.

Thus, nominal decentralisation does not necessarily mean competitive decentralisation.

10. Token Hoarding

A token issuer or early investor may acquire a large token allocation.

Potential competition concerns arise if token concentration is subsequently used to:

prevent entry;

manipulate governance;

restrict supply;

disadvantage competing protocols;

control interoperability decisions.

However, simple token ownership is not automatically an antitrust violation.

Competition law generally requires analysis of:

market power;

relevant market;

conduct;

effects or likely effects;

possible objective justification.

11. Token-Based Exclusivity

A platform might provide incentives such as:

“Businesses receiving our token rewards must use our exchange exclusively.”

This can create foreclosure concerns if the undertaking possesses market power.

Token incentives can therefore perform the economic function of traditional:

rebates;

loyalty discounts;

exclusivity payments.

The technological form does not necessarily determine the competition-law analysis.

12. Token Tying

A dominant platform might require users to obtain its token before accessing another service.

For example:

Service A → mandatory purchase/use of Token X → access to Service B.

This can potentially resemble traditional tying.

The legal analysis would consider:

whether the products are distinct;

dominance in the tying market;

coercion;

foreclosure;

efficiencies;

consumer benefits.

13. Stablecoin Competition

Stablecoins introduce particularly significant competition questions.

A stablecoin may function as:

payment infrastructure;

settlement mechanism;

trading medium;

collateral;

financial infrastructure.

If one stablecoin becomes dominant, its issuer could potentially acquire influence over adjacent markets.

Competition authorities may therefore examine:

interoperability;

reserve access;

exchange listing;

wallet integration;

transaction fees;

conversion restrictions.

14. Token and Interoperability

Interoperability is crucial to token ecosystems.

A dominant blockchain could potentially restrict competing tokens through:

technical incompatibility;

API restrictions;

bridge restrictions;

wallet restrictions;

smart-contract limitations.

Such conduct can increase switching costs and reinforce ecosystem power.

This makes interoperability a central element of token competition governance.

15. Relevant Case Laws

Because token-specific competition jurisprudence is still developing, established technology, payments, infrastructure, and financial-market cases provide useful analogies.

Case 1: Microsoft v Commission

Microsoft Corp. v Commission, Case T-201/04 (2007)

Microsoft was found to have abused its dominant position through, among other conduct, restrictions affecting interoperability and tying.

Token relevance

Blockchain ecosystems similarly depend upon interoperability.

A dominant token ecosystem could potentially use technical restrictions to prevent competing systems from interoperating.

The case demonstrates that technical architecture can become a competition-law instrument.

16. Case 2: Google Android

Google LLC and Alphabet Inc. v Commission, Case T-604/18 (2022)

The case concerned Google's contractual arrangements surrounding Android and related services.

Token relevance

Android demonstrates how control over one technological layer can extend into adjacent markets.

A token platform might similarly control:

blockchain → wallet → exchange → application → payment.

Competition analysis therefore needs to examine the ecosystem rather than only the individual token.

17. Case 3: Google Shopping

Google and Alphabet v Commission, Case T-612/17 (2021)

The European Commission found that Google had favoured its own comparison-shopping service in its search results, and the General Court largely upheld the decision.

Token relevance

The case is relevant to self-preferencing.

An exchange or platform could potentially favour:

its own token;

its own wallet;

its own trading service;

over competing token-based services.

18. Case 4: Bronner v Mediaprint

Oscar Bronner GmbH & Co. KG v Mediaprint, Case C-7/97 (1998)

The Court established stringent conditions for requiring a dominant undertaking to provide access to infrastructure.

Token relevance

A blockchain, exchange, wallet or token infrastructure may become extremely important to competitors.

But importance alone does not automatically establish a legal duty to provide access.

The Bronner principles demonstrate the need to distinguish between:

commercially useful infrastructure

and

infrastructure whose denial satisfies the legal requirements for an abusive refusal to supply.

19. Case 5: IMS Health

IMS Health GmbH & Co. KG v NDC Health GmbH & Co. KG, Case C-418/01 (2004)

The Court addressed refusal to license intellectual property and established conditions relevant to exceptional compulsory access.

Token relevance

Token ecosystems may depend on:

proprietary software;

token standards;

technical interfaces;

patented technologies;

proprietary datasets.

IMS Health provides an important framework for balancing:

innovation and intellectual-property incentives

against

competition and market access.

20. Case 6: Intel

Intel Corp. v Commission, Case C-413/14 P (2017)

The Court of Justice addressed exclusivity rebates offered by a dominant undertaking.

Token relevance

Token ecosystems frequently use:

token rewards;

rebates;

staking benefits;

liquidity incentives;

loyalty programmes.

If a dominant undertaking uses such incentives to exclude competitors, the economic substance may become relevant to the competition analysis.

The case therefore provides an important analogy for token-based loyalty mechanisms.

21. Case 7: United Brands

United Brands Company and United Brands Continentaal BV v Commission, Case 27/76 (1978)

United Brands remains a foundational Article 102 case concerning dominance and market power.

Token relevance

Its broader significance is the principle that dominance concerns the ability of an undertaking to behave to an appreciable extent independently of competitive constraints.

Applied to token markets, this raises questions such as:

Can users realistically switch tokens?

Are alternative exchanges available?

Can competing protocols provide equivalent services?

Does liquidity make alternatives ineffective?

Does governance concentration constrain competitors?

22. Case 8: Mastercard

Mastercard Inc. v Commission, Case C-382/12 P (2014)

The case concerned multilateral interchange fees and the competitive effects of payment-system arrangements.

Token relevance

Payment tokens and stablecoins can perform functions similar to payment networks.

The case demonstrates the importance of examining the economic architecture of a payment ecosystem, including arrangements affecting participants at different levels.

It is therefore useful when analysing token systems that function as payment infrastructure.

23. Token Monopolization and Merger Control

Token markets also raise acquisition issues.

A major platform might acquire:

a token issuer;

a crypto exchange;

a wallet provider;

a blockchain infrastructure company;

a stablecoin project;

a blockchain analytics company.

Even if the target has relatively little current revenue, the acquisition may eliminate a potential technological competitor.

Competition authorities may therefore consider:

token adoption;

developer communities;

technological capability;

user base;

intellectual property;

data;

future competitive potential.

24. Token Concentration and Killer Acquisitions

Suppose:

Start-up develops competing token → adoption begins → dominant exchange acquires start-up → competing token disappears.

Traditional revenue-based merger thresholds might not adequately capture the competitive significance of the transaction.

Consequently, merger authorities may need to examine potential competition and innovation competition.

25. Algorithmic Token Markets

Token markets can be highly automated.

Algorithms may determine:

token prices;

liquidity;

market-making;

staking rewards;

transaction fees.

Competition concerns may arise where competing firms use algorithms to coordinate their conduct.

However:

identical algorithmic responses ≠ automatically an unlawful cartel.

Authorities would need evidence establishing the relevant form of coordination or unilateral exclusionary conduct.

26. Decentralisation Does Not Eliminate Competition Law

A major misconception is:

“Blockchain is decentralised, therefore competition law does not apply.”

That conclusion does not follow.

Competition law can potentially apply to:

developers;

exchanges;

token issuers;

validators;

governance organisations;

infrastructure providers;

market makers;

coordinated groups of undertakings.

The relevant legal question is whether there is an identifiable economic activity and conduct falling within competition-law rules.

27. DAO Governance and Competition

DAOs create particularly difficult questions.

Suppose ten entities collectively control 70% of governance tokens.

They may coordinate decisions concerning:

protocol fees;

validator access;

token supply;

competing protocols;

exchange listings.

The competition-law issue becomes whether governance arrangements facilitate:

collective market power or coordinated exclusion.

The fact that decisions are made through smart contracts does not necessarily change their economic effect.

28. Token Cartels

A token cartel could theoretically involve:

competing exchanges agreeing on fees;

token issuers agreeing on supply;

market makers coordinating prices;

validators agreeing to exclude a competitor.

Article 101-type principles can potentially apply where independent economic actors coordinate their competitive behaviour.

The use of:

smart contracts + blockchain

does not automatically transform coordinated conduct into unilateral conduct.

29. Token Self-Preferencing

Consider a dominant exchange that:

lists hundreds of third-party tokens;

launches its own token;

places its token at the top of search results;

gives its token lower transaction fees;

restricts competing tokens.

The competition analysis could involve:

discrimination;

self-preferencing;

leveraging;

exclusionary conduct.

The Google Shopping litigation provides a useful conceptual analogy, although token markets have their own distinct characteristics.

30. Token Access and Essential Facilities

Potential access disputes may concern:

exchanges;

wallets;

blockchain bridges;

payment rails;

interoperability protocols.

Competition law should not automatically classify every important facility as essential.

The relevant assessment should examine:

indispensability;

duplication;

technical feasibility;

competitive foreclosure;

investment incentives.

31. Consumer and Innovation Effects

Token monopolization can potentially affect:

Consumers

Through:

higher transaction fees;

reduced choice;

reduced privacy;

weaker service quality.

Developers

Through:

restrictive APIs;

discriminatory access;

high platform fees.

Investors

Through:

governance concentration;

liquidity risks;

market manipulation.

Innovation

Through:

exclusion of competing protocols;

reduced experimentation;

control over technical standards.

32. Governance Mechanisms

A competition-oriented token governance framework could include:

1. Transparency

Disclosure of:

token ownership;

governance rights;

voting concentration;

conflicts of interest.

2. Interoperability

Facilitating legitimate technical compatibility.

3. Non-discriminatory access

Avoiding unjustified exclusion from essential ecosystem functions.

4. Competition-sensitive merger review

Considering potential competition and innovation.

5. Monitoring token-based incentives

Examining whether rewards create exclusionary effects.

6. Anti-collusion mechanisms

Monitoring coordinated activity among:

exchanges;

validators;

issuers;

market makers.

33. Indian Competition-Law Perspective

In India, token monopolization issues can potentially intersect with the Competition Act, 2002.

Relevant provisions include:

Section 3

Anti-competitive agreements.

Section 4

Abuse of dominant position.

Sections 5 and 6

Regulation of combinations.

Potential Indian competition issues could arise in:

crypto exchanges;

digital payment ecosystems;

blockchain infrastructure;

tokenised financial platforms;

stablecoin ecosystems;

digital wallets.

The CCI would need to determine the relevant market and whether an undertaking has sufficient market power before applying Section 4.

34. Special Problem of Market Definition

A token ecosystem may require several possible market definitions.

For example:

Market 1: cryptocurrency trading

Market 2: crypto-exchange services

Market 3: blockchain validation

Market 4: digital wallet services

Market 5: token-based payment services

Market 6: blockchain infrastructure

Market 7: governance services.

The appropriate market depends upon the actual competitive constraints and substitutability.

35. Token Monopolization and Market Tipping

Token markets can experience rapid tipping:

adoption → liquidity → network effects → greater adoption → stronger liquidity.

Once a token reaches critical scale, competing tokens may find it difficult to attract sufficient:

users;

developers;

liquidity;

exchanges;

merchants.

Competition law therefore needs to distinguish between successful competition and exclusionary conduct that artificially entrenches success.

36. Key Competition-Law Questions

For any alleged token monopolization problem, authorities should ask:

What is the relevant market?

Who are the actual competitors?

Does the undertaking possess dominance?

What role does the token perform?

Who controls token governance?

Are users able to switch?

Are competing tokens interoperable?

Does the platform favour its own token?

Are token incentives exclusionary?

Does the conduct foreclose competitors?

Are there efficiency justifications?

Does the conduct promote or suppress innovation?

37. Conclusion

Token monopolization is best understood as a competition problem involving control over token-based economic ecosystems rather than merely ownership of a particular cryptocurrency.

The principal competition risks include:

concentrated token ownership;

governance concentration;

exchange bottlenecks;

exclusionary token incentives;

self-preferencing;

interoperability restrictions;

token-based tying;

algorithmic coordination;

exclusive arrangements;

acquisition of emerging token competitors.

The case law of United Brands, Bronner, IMS Health, Microsoft, Intel, Google Shopping, Google Android and Mastercard demonstrates that established competition principles can provide a framework for analysing these emerging problems.

The central legal challenge is to distinguish legitimate token-based innovation and successful competition from conduct that uses control over tokens, infrastructure, governance, or ecosystems to foreclose competitors or entrench market power.