Competition Law and Virtual Civilization Market Power

Competition Law and Virtual Civilization Market Power

1. Introduction

“Virtual civilization” may be understood as an emerging digital environment in which users interact through avatars, purchase virtual goods, participate in virtual economies, communicate socially, work, attend events, create content, and transact through digital assets. It overlaps substantially with the concepts of metaverse, virtual worlds, immersive platforms, virtual economies, and persistent digital ecosystems.

From a competition-law perspective, the central question is not simply whether one company operates a large virtual world. The issue is whether a platform possesses or acquires market power and uses control over users, data, virtual assets, applications, identity systems, payment infrastructure, interoperability or distribution to restrict competition.

Traditional competition principles remain applicable, but virtual civilizations create distinctive issues because of:

• strong network effects;
• multi-sided platform economics;
• user-generated content;
• virtual currencies and digital goods;
• interoperability and portability;
• platform-controlled identities and avatars;
• switching costs;
• data accumulation;
• algorithmic recommendations;
• app-store and payment dependencies;
• control over virtual land or scarce digital resources;
• mergers between platform operators and virtual-world developers.

The most important competition-law concern is therefore ecosystem entrenchment: a platform may become difficult to challenge because users, developers, creators, advertisers and merchants all depend upon the same virtual environment.

2. Meaning of Market Power in a Virtual Civilization

Market power traditionally means the ability of an undertaking to act to an appreciable extent independently of competitive constraints.

In a virtual civilization, market power may exist at several levels simultaneously.

A. Access market

A company may control access to:

• VR/AR headsets;
• virtual-world applications;
• app stores;
• operating systems;
• identity systems;
• developer tools.

B. Virtual-world platform market

The operator may control the environment in which users:

• socialize;
• work;
• play;
• purchase goods;
• create content;
• attend events.

C. Virtual-goods market

The operator may control:

• avatars;
• skins;
• virtual clothing;
• virtual land;
• digital collectibles;
• game assets;
• virtual advertising inventory.

D. Payment market

The operator may require transactions to occur through:

• its own virtual currency;
• its payment system;
• its digital wallet;
• its commission structure.

E. Data and advertising market

The platform may collect extensive information concerning:

• user behaviour;
• movements;
• social relationships;
• purchasing patterns;
• biometric or interaction data;
• virtual-world preferences.

Consequently, a competition authority may have to analyse multiple interconnected markets rather than a single “metaverse market.”

3. Sources of Virtual-Civilization Market Power

3.1 Network Effects

Network effects are particularly powerful in virtual worlds.

The value of a virtual civilization may increase as more:

• users join;
• developers create applications;
• creators produce content;
• merchants sell virtual goods;
• advertisers participate.

This can produce a self-reinforcing cycle:

More Users → More Developers → More Content → More Users → More Data → Better Services → More Users

A dominant platform may therefore become increasingly difficult for competitors to displace.

The FTC's Meta/Within litigation specifically examined network effects in VR and alleged that the accumulation of users, developers and content could reinforce Meta's position in the emerging VR ecosystem.

4. Switching Costs and User Lock-In

Virtual civilizations can generate unusually high switching costs.

A user may accumulate:

• an avatar;
• virtual property;
• social relationships;
• reputation;
• digital possessions;
• achievements;
• subscriptions;
• creator followers;
• transaction history.

If these assets cannot be transferred to a competing platform, the user may effectively become locked into the original ecosystem.

Competition concerns may therefore arise where a dominant platform deliberately makes:

• data portability difficult;
• avatar portability impossible;
• virtual-asset portability unavailable;
• social-graph migration difficult;
• interoperability technically unavailable.

A competition authority could consider whether such conduct constitutes exclusionary behaviour.

5. Interoperability as a Competition Issue

Interoperability is particularly important to virtual civilizations.

Suppose Platform A controls a large virtual world and prevents competing platforms from accessing its:

• avatar standards;
• identity infrastructure;
• digital-wallet system;
• communication protocols;
• virtual goods;
• developer APIs.

This may prevent competitors from achieving sufficient scale.

Interoperability obligations could therefore become an important competition remedy.

The legal question would generally depend upon factors such as:

1. the undertaking's market position;
2. whether the controlled facility is indispensable;
3. whether access is technically and commercially feasible;
4. whether refusal excludes effective competition;
5. whether legitimate security or intellectual-property justifications exist.

6. Data as a Source of Market Power

Virtual civilizations may generate substantially richer behavioural information than conventional websites.

For example, a platform could potentially observe:

• where a user looks;
• whom the user interacts with;
• how long the user remains in a virtual location;
• which virtual objects attract attention;
• purchasing behaviour;
• social interactions;
• movement patterns.

This information may improve:

• advertising;
• recommendations;
• virtual commerce;
• personalization;
• product development.

Competition concerns arise when accumulated data creates a barrier that competitors cannot realistically replicate.

Data-related market power may therefore interact with traditional antitrust concepts such as:

• exclusionary conduct;
• refusal to supply;
• discriminatory access;
• tying;
• leveraging;
• merger-related foreclosure.

7. Self-Preferencing

A virtual-world operator may compete simultaneously with independent businesses operating inside its ecosystem.

For example, the operator might own:

• the virtual marketplace;
• payment system;
• virtual clothing store;
• advertising platform;
• entertainment service.

It could then rank or promote its own products above competing products.

This creates a structural conflict:

Platform Operator + Marketplace Gatekeeper + Competitor

Competition law may therefore examine whether the platform uses its gatekeeper position to disadvantage independent participants.

8. Tying and Bundling

A virtual civilization could tie one service to another.

Examples include:

• requiring a proprietary wallet to purchase virtual goods;
• requiring a particular payment system to use the platform;
• requiring developers to use proprietary identity services;
• requiring virtual merchants to purchase advertising from the platform;
• requiring users to obtain a particular subscription to access competing applications.

Such conduct may raise tying or bundling concerns when the undertaking possesses substantial power in the tying product or service and the arrangement has exclusionary effects.

9. Exclusive Dealing

A dominant virtual-world operator might require creators or developers to agree that they will:

• publish exclusively on its platform;
• use its payment system;
• avoid competing virtual worlds;
• give the platform preferential access to new content.

Exclusive arrangements can sometimes produce legitimate efficiencies. However, where a dominant platform uses them to foreclose rivals, competition authorities may examine their duration, coverage, effects and justification.

10. Virtual Currency and Payment Power

Virtual civilizations frequently depend on platform-controlled currencies.

A platform may establish:

Real Money → Platform Currency → Virtual Goods

This creates an additional layer between users and merchants.

Potential competition concerns include:

• excessive transaction commissions;
• mandatory use of platform currency;
• restrictions on alternative payment methods;
• discrimination against competing wallets;
• tying virtual goods to proprietary payment services;
• exclusion of independent payment providers.

The principles developed in app-store and digital-payment litigation are particularly relevant to this problem.

11. Virtual Land and Scarce Digital Resources

Some virtual environments create artificially or technologically scarce resources such as:

• virtual land;
• exclusive locations;
• premium digital identities;
• limited-edition objects;
• scarce marketplace slots.

Control over such resources may create market power where the resources are commercially significant and cannot easily be replicated.

Competition law may consequently examine:

• exclusive allocation;
• discriminatory access;
• foreclosure;
• resale restrictions;
• discriminatory pricing;
• manipulation of marketplace visibility.

12. Merger and Acquisition Concerns

A major virtual-world operator may acquire:

• VR hardware companies;
• game developers;
• virtual fitness applications;
• social platforms;
• digital marketplaces;
• payment companies;
• avatar companies;
• virtual-reality content studios.

Vertical and nascent-market mergers may be particularly important.

The competition authority may ask:

Will the acquisition eliminate an emerging competitive constraint before it becomes a substantial rival?

This was directly illustrated by the Meta/Within litigation.

13. Important Case Laws

Case 1: FTC v. Meta Platforms, Inc. / Meta-Within

This is one of the most directly relevant competition-law cases concerning virtual environments.

The FTC challenged Meta's proposed acquisition of Within Unlimited, developer of the VR fitness application Supernatural.

The FTC alleged that Meta already possessed substantial advantages because it controlled:

• VR hardware;
• a VR app store;
• important VR applications;
• multiple VR development studios.

The agency argued that acquiring Within could eliminate competition and innovation in VR fitness applications.

Competition-law significance

The case demonstrates the importance of:

• nascent competition;
• potential competition;
• ecosystem effects;
• vertical integration;
• network effects;
• acquisition of emerging competitors.

Although the administrative proceeding was ultimately dismissed after the federal court litigation, the case remains highly significant for analysing market power in virtual and immersive ecosystems.

Case 2: Epic Games, Inc. v. Apple Inc.

Epic Games challenged Apple's App Store restrictions concerning app distribution and payment processing.

The litigation examined the definition of the relevant market, Apple's control over digital distribution and its rules governing alternative payment mechanisms.

The court ultimately rejected Epic's federal monopolization claims but found Apple's anti-steering provisions unlawful under California competition law and issued an injunction concerning those restrictions.

Relevance to virtual civilizations

Virtual worlds are likely to depend heavily on:

• app stores;
• digital payments;
• platform commissions;
• developer access.

If a virtual-world operator controls both the marketplace and payment system, the Epic-Apple litigation provides an important analytical framework.

Case 3: Epic Games, Inc. v. Google LLC

The Epic-Google litigation is particularly relevant to virtual economies because Google controlled Android application distribution and its associated billing infrastructure.

A jury found Google liable for antitrust violations involving Android app distribution and in-app billing, including unlawful tying.

The Ninth Circuit affirmed the judgment and permanent injunction in 2025.

Relevance

The case illustrates how competition law may address:

• platform gatekeeping;
• app distribution;
• payment-system control;
• tying;
• developer restrictions;
• platform commissions.

A similar structure could arise where a virtual civilization controls both the virtual marketplace and payment infrastructure.

Case 4: United States v. Microsoft Corp.

The Microsoft case concerned Microsoft's conduct in relation to the operating-system market and its treatment of competing technologies, particularly the Netscape browser.

The courts examined whether Microsoft used its operating-system power to suppress competitive threats and preserve its dominant position.

Relevance to virtual civilizations

The central lesson is leveraging power from one technological layer into another.

A virtual-civilization operator might similarly use control over:

Hardware → Operating System → Virtual World → App Store → Payments → Virtual Goods

to disadvantage competing services.

The case therefore provides an important framework for analysing technological ecosystem foreclosure.

Case 5: Ohio v. American Express Co.

The U.S. Supreme Court considered competition issues arising from American Express's anti-steering provisions.

The Court treated the credit-card industry as a two-sided transaction platform and required the competitive effects to be analysed across both sides of the platform.

Relevance to virtual civilizations

Virtual civilizations are also multi-sided platforms.

A single platform may connect:

• users;
• creators;
• developers;
• advertisers;
• merchants;
• payment providers.

Consequently, competition analysis should consider effects across the ecosystem rather than looking exclusively at prices charged to consumers.

This is particularly important because many virtual services are offered to users at zero monetary price.

Case 6: FTC v. Qualcomm Inc.

The Qualcomm litigation concerned licensing practices involving cellular technology and the relationship between patents, chipset markets and licensing.

The case examined allegations concerning Qualcomm's licensing arrangements and market power.

Relevance

Virtual civilization infrastructure may similarly involve technological standards and intellectual-property rights.

A dominant platform could potentially use:

• proprietary protocols;
• patents;
• technical standards;
• APIs;
• developer licences

to restrict competing virtual-world providers.

The case therefore demonstrates the importance of analysing the interaction between technology rights and competition law.

Case 7: European Commission — Google Android

The European Commission's Google Android decision examined Google's practices concerning the Android ecosystem, including restrictions relating to app distribution, search and browser competition.

The case concerned Google's ability to use its position in one layer of the digital ecosystem to reinforce its position in connected markets.

Relevance to virtual civilizations

The same theory can apply to:

VR Hardware → Operating System → Virtual-World Distribution → Search/Discovery → Payments

A virtual-civilization operator could potentially extend market power from hardware or operating systems into downstream virtual services.

Case 8: FTC v. Facebook / Meta

The FTC's Facebook litigation alleged that Facebook maintained monopoly power in personal social networking through a course of conduct involving acquisitions and restrictions imposed on developers.

The litigation is relevant because social networks and virtual civilizations share important economic characteristics:

• network effects;
• user lock-in;
• data advantages;
• social graphs;
• multi-sided markets;
• high switching costs.

Relevance

A virtual civilization that becomes a dominant social environment could potentially reinforce its position by controlling the social graph and preventing users from easily moving to competing platforms.

14. Comparative Case-Law Table

15. Market Definition Problems

Defining the relevant market may be particularly difficult.

Possible markets include:

Narrow market

“VR-based social virtual worlds.”

Broader market

“Immersive digital social platforms.”

Functional market

“Digital services enabling real-time avatar-based social interaction.”

Platform-side market

“Distribution of applications for a particular VR operating system.”

Transaction market

“Virtual goods and services purchased within a particular virtual ecosystem.”

Competition authorities should avoid assuming that all virtual worlds constitute one market merely because they use similar technologies.

The appropriate market depends upon:

• substitutability;
• consumer behaviour;
• functionality;
• geographic scope;
• switching costs;
• interoperability;
• network effects;
• pricing;
• technological constraints.

16. Zero-Price Services

Traditional competition analysis often focuses on monetary prices.

Virtual civilizations complicate this approach because users may receive access for free.

The platform may instead monetize through:

• advertising;
• commissions;
• data;
• subscriptions;
• virtual goods;
• creator fees.

Therefore:

Zero Monetary Price ≠ Zero Competitive Value

Competition authorities may need to consider:

• quality;
• privacy;
• innovation;
• data collection;
• advertising intensity;
• interoperability;
• user choice.

17. Algorithmic Market Power

Virtual civilizations may rely heavily upon algorithms for:

• content recommendations;
• virtual-store rankings;
• avatar visibility;
• advertising;
• creator discovery;
• virtual-land allocation;
• pricing.

A dominant platform could potentially manipulate algorithms to favour its own services.

For example:

Platform-Owned Store → Algorithm → Higher Visibility → More Transactions → More Data → Greater Market Power

Such conduct could raise self-preferencing or exclusionary-conduct concerns.

18. Killer Acquisitions in Virtual Worlds

A dominant platform may acquire a small virtual-world company before it becomes a significant competitor.

The transaction may initially appear economically insignificant because:

• the target has low revenue;
• the technology is immature;
• the user base is small.

However, competition analysis may focus upon the target's future competitive significance.

The Meta/Within litigation illustrates precisely why emerging VR markets can attract merger scrutiny even when the acquired company's current scale is relatively limited.

19. Remedies

Competition authorities may employ several remedies.

Structural remedies

• divestiture;
• prohibition of acquisition;
• separation of businesses.

Behavioural remedies

• interoperability;
• non-discrimination;
• access obligations;
• API access;
• data portability;
• restrictions on self-preferencing.

Payment remedies

• permitting alternative payment systems;
• prohibiting compulsory wallet use;
• limiting discriminatory commissions.

User-mobility remedies

• avatar portability;
• social-graph portability;
• account portability;
• digital-asset portability.

The appropriate remedy depends upon the particular theory of harm.

20. Indian Competition-Law Perspective

In India, the principal framework is the Competition Act, 2002, particularly:

• Section 3 — anti-competitive agreements;
• Section 4 — abuse of dominant position;
• Section 5 — combinations;
• Section 6 — regulation of combinations.

A virtual-civilization operator could potentially become relevant under Section 4 where it holds a dominant position in a relevant market and engages in prohibited conduct.

Potential Section 4 concerns include:

Section 4(2)(a)

Imposing unfair or discriminatory conditions or prices.

Section 4(2)(b)

Limiting or restricting:

• production;
• markets;
• technical development.

Section 4(2)(c)

Denial of market access.

This could become particularly relevant where a dominant virtual-world operator denies access to:

• developers;
• merchants;
• creators;
• competing payment providers;
• interoperability systems.

Section 4(2)(d)

Tying one service to another.

Example:

Requiring virtual merchants to use the platform's proprietary payment system as a condition of accessing its virtual marketplace.

Section 4(2)(e)

Using dominance in one relevant market to enter into or protect another market.

This provision is particularly important for digital ecosystems.

For example:

VR Hardware Dominance → Virtual-World Distribution → Virtual-Goods Market

could raise leveraging concerns if the statutory requirements are satisfied.

21. Major Competition Risks

The principal competition risks can be summarized as follows:

1. Platform dominance — one operator controls the principal virtual environment.
2. Network effects — increasing participation reinforces the incumbent.
3. User lock-in — users cannot easily transfer digital identities and assets.
4. Data advantages — accumulated behavioural data creates entry barriers.
5. Self-preferencing — platform-owned virtual products receive preferential treatment.
6. Tying — virtual-world access is tied to proprietary payments or wallets.
7. Exclusive dealing — creators or developers are prevented from using rival platforms.
8. Interoperability restrictions — competing worlds cannot interact with the incumbent.
9. Predatory or exclusionary strategies — dominant firms may sacrifice short-term revenue to eliminate rivals.
10. Acquisition of nascent competitors — emerging threats may be purchased before achieving scale.
11. Virtual currency control — platform-controlled money systems may foreclose payment competitors.
12. Algorithmic discrimination — rankings and recommendations can disadvantage rivals.
13. Control of scarce virtual resources — platform-controlled virtual land or identities can create bottlenecks.
14. Vertical integration — control of hardware, software, content and payments may facilitate foreclosure.

22. Challenges for Competition Authorities

Virtual civilizations create several doctrinal difficulties.

First: Defining the market

A virtual world may compete simultaneously with:

• video games;
• social networks;
• entertainment platforms;
• communication services;
• virtual-reality applications.

Second: Measuring market power

Traditional market-share measurements may not adequately capture:

• data;
• network effects;
• engagement;
• ecosystem dependence.

Third: Innovation

Authorities must distinguish between:

• legitimate product integration;
• efficiency-enhancing ecosystem design;
• genuinely exclusionary conduct.

Fourth: Rapid technological change

A platform that appears dominant today may face substantial technological disruption tomorrow.

Fifth: Global jurisdiction

Virtual civilizations operate across borders, creating simultaneous exposure to:

• Indian competition law;
• EU competition law;
• U.S. antitrust law;
• other national regimes.

23. Emerging Competition-Law Framework

The future analysis of virtual civilizations is likely to focus on five interconnected forms of power:

1. Infrastructure Power
Control over hardware, operating systems and cloud infrastructure.

2. Platform Power
Control over the virtual environment and application distribution.

3. Data Power
Control over behavioural and transactional information.

4. Transaction Power
Control over virtual currencies, wallets and marketplaces.

5. Social Power
Control over identity, relationships, reputation and user communities.

When one company controls several of these layers, the possibility of ecosystem-based market power becomes considerably more important.

24. Conclusion

Competition law does not treat technological innovation itself as unlawful. A company may legitimately develop a successful virtual civilization, integrate products, create proprietary technology and earn substantial market share.

The competition-law concern arises where market power is acquired or maintained through exclusionary mechanisms that weaken competitive constraints.

The most important legal issues are likely to involve:

• network effects;
• switching costs;
• interoperability;
• data accumulation;
• self-preferencing;
• tying;
• exclusive dealing;
• payment restrictions;
• platform access;
• algorithmic discrimination;
• vertical integration;
• nascent-competitor acquisitions.

The Meta/Within litigation is the most directly relevant precedent because it concerned competition in VR and the acquisition of a VR fitness application. The Epic Games, Microsoft, American Express, Qualcomm, Google Android and Facebook/Meta cases provide complementary principles concerning platform power, two-sided markets, technological ecosystems, tying, leveraging and network effects.

Ultimately, the central competition-law question for a virtual civilization is:

Does control of the virtual ecosystem merely reflect successful innovation, or is that control being used to prevent rival platforms, developers, creators, payment providers or complementary services from competing effectively?