Competition Law and Immersive Infrastructure Competition Frameworks

1. Introduction

Immersive infrastructure refers to the technological and commercial infrastructure that enables immersive digital environments such as virtual reality (VR), augmented reality (AR), mixed reality (MR), spatial computing, virtual worlds, immersive gaming, digital twins, and metaverse platforms.

It includes multiple interconnected layers:

VR/AR headsets and devices;

operating systems;

graphics processors;

spatial-computing platforms;

app stores;

immersive content;

digital identity;

cloud and edge computing;

telecommunications networks;

payment systems;

advertising infrastructure;

digital marketplaces;

developer tools;

virtual goods and services.

From a competition-law perspective, the principal issue is that control over one layer of immersive infrastructure can potentially give an undertaking leverage over adjacent markets.

The central competition question is:

Can control over immersive infrastructure be used to create, maintain, or extend market power into complementary or downstream markets?

2. Structure of Immersive Infrastructure

A simplified immersive ecosystem can be represented as:

Hardware

↓

Operating System / Platform

↓

Developer Tools and APIs

↓

App Store / Distribution

↓

Immersive Applications

↓

Digital Content / Virtual Goods

↓

Consumers

Several supporting layers operate across the ecosystem:

cloud computing;

connectivity;

identity;

payments;

advertising;

data analytics.

This structure creates opportunities for both competition and vertical leverage.

3. Why Immersive Infrastructure Raises Competition Issues

Immersive markets can exhibit:

network effects;

economies of scale;

high research and development costs;

data advantages;

switching costs;

proprietary standards;

interoperability barriers;

platform dependence;

ecosystem lock-in.

A company controlling an important infrastructure layer could potentially influence competition in other layers.

For example:

A dominant headset platform could impose restrictions on competing immersive applications.

Or:

A dominant operating-system provider could favour its own immersive applications over competing applications.

4. Relevant Markets

Competition authorities would need to define the relevant market carefully.

Potential markets include:

A. VR/AR hardware

Possible competitors include:

VR headsets;

AR glasses;

mixed-reality devices.

B. Immersive operating systems

The relevant market might concern operating systems specifically designed for immersive devices.

C. Immersive application distribution

This could include:

app stores;

digital marketplaces;

platform-controlled distribution systems.

D. Immersive content

Possible markets include:

gaming;

entertainment;

education;

professional applications.

E. Spatial computing services

These may include:

cloud rendering;

digital-twin services;

enterprise spatial computing.

Market definition should depend upon demand substitution, supply substitution, technological characteristics, and geographic conditions.

5. Platform Economics

Immersive infrastructure is often platform-based.

A platform may connect:

Developers ↔ Consumers

while simultaneously controlling:

Hardware + OS + App Store + Payments + Data.

This creates a multi-sided market.

The platform may therefore influence:

access;

pricing;

ranking;

distribution;

commissions;

technical standards.

6. Network Effects

Immersive ecosystems can display powerful network effects.

More consumers →

more developers →

more applications →

more content →

more consumers.

This can produce a reinforcing cycle:

Users → Developers → Applications → Users.

Once an ecosystem reaches substantial scale, entrants may find it difficult to compete.

7. Switching Costs

Switching between immersive ecosystems may require consumers to replace:

hardware;

applications;

accessories;

subscriptions;

digital purchases.

Developers may also need to rewrite applications for:

another operating system;

another SDK;

another graphics architecture;

another distribution system.

These costs can strengthen incumbent market positions.

8. Interoperability

Interoperability is particularly important.

Immersive applications may need to interact with:

different headsets;

controllers;

operating systems;

identity systems;

payment systems;

digital environments.

A dominant platform could potentially restrict interoperability with competing platforms.

This may create:

entry barriers;

switching costs;

ecosystem lock-in.

9. APIs as Competitive Infrastructure

APIs can determine whether developers can access:

spatial data;

sensors;

cameras;

hand tracking;

eye tracking;

location information;

payment systems.

If an API is necessary for an application to function effectively, control over that API can become a source of market power.

Potential competition concerns include:

discriminatory API access;

refusal to provide access;

delayed access;

preferential access to affiliates.

10. Self-Preferencing

An immersive-platform operator may simultaneously operate:

the platform;

the app store;

competing applications.

This creates a potential self-preferencing problem.

For example, a platform could theoretically:

rank its own application more prominently;

give its own application preferential access to hardware functionality;

provide superior API access;

impose less restrictive technical conditions on its own services.

The competition analysis depends upon market power and actual or likely effects.

11. Tying and Bundling

An immersive platform might tie:

headset + operating system;

operating system + app store;

app store + payment service;

immersive platform + advertising service.

Tying can be efficient where integration improves:

security;

performance;

compatibility;

user experience.

But tying may raise competition concerns where a dominant undertaking uses one market to foreclose competitors in another.

12. Exclusive Distribution

An immersive-platform provider could potentially require developers to distribute exclusively through its platform.

Potential effects include:

reducing rival platform access;

increasing developer switching costs;

strengthening network effects;

raising barriers to entry.

The assessment should consider:

duration;

coverage;

market power;

alternatives;

efficiencies.

13. App Store Commissions

Immersive platforms may charge developers commissions for:

application sales;

subscriptions;

digital goods;

virtual currencies.

A powerful platform could potentially use its control over distribution to impose restrictive commercial conditions.

Relevant competition issues include:

commission levels;

anti-steering provisions;

alternative payment restrictions;

discriminatory treatment;

access conditions.

14. Digital Payments and Virtual Goods

Immersive ecosystems may contain virtual economies involving:

avatars;

virtual clothing;

virtual land;

game items;

subscriptions;

experiences.

If the platform controls both:

distribution + payment infrastructure,

it could potentially restrict alternative payment mechanisms.

This creates a competition issue similar to broader app-store payment disputes.

15. Data Advantages

Immersive devices can generate particularly valuable data.

Potential categories include:

eye movements;

hand movements;

spatial interactions;

location;

device usage;

behavioural patterns;

consumer preferences.

Such information could improve:

advertising;

personalization;

recommendation systems;

product development.

If one company controls a uniquely valuable dataset, competitors may face difficulty replicating its capabilities.

16. Privacy as a Dimension of Competition

Consumers may compete on dimensions other than price.

In immersive environments, relevant dimensions can include:

privacy;

security;

data control;

interoperability;

content choice.

Competition law may therefore consider whether market power permits deterioration in these dimensions.

17. Merger Control

Immersive infrastructure is also relevant to merger control.

A major technology company acquiring:

a VR developer;

an AR operating system;

a spatial-computing startup;

a gaming platform;

an immersive advertising company;

may potentially combine complementary assets.

The competitive analysis may consider:

current market shares;

future competition;

data;

innovation;

interoperability;

ecosystem effects.

18. Killer Acquisitions

An immersive startup may currently have:

low revenue;

few users;

limited market share.

Nevertheless, it might possess an innovative technology capable of becoming a future competitive constraint.

Acquisition by a major platform could therefore eliminate potential competition.

This makes innovation-based merger analysis especially important.

19. Case Law

Case 1: Microsoft v European Commission — Interoperability

The Microsoft competition proceedings concerning interoperability are highly relevant to immersive infrastructure.

The European Commission examined Microsoft's refusal to provide interoperability information needed by competing server products.

Significance

The case demonstrates that control over technical interoperability can become a competition concern where competitors depend upon compatibility with a dominant platform.

Immersive relevance

The same principle may become important where an immersive platform controls:

device APIs;

spatial data;

authentication;

application interfaces;

interoperability protocols.

20. Case 2: Microsoft Internet Explorer

The Microsoft Internet Explorer proceedings concerned the integration of Internet Explorer with Windows.

The competition concern involved Microsoft's dominant operating-system position and the effect of tying the browser to that platform.

Immersive relevance

An immersive operating system could similarly become a gateway through which a platform distributes:

browsers;

applications;

search;

payments;

advertising.

The case therefore provides an important precedent for examining platform integration and tying.

21. Case 3: Google Android

The Google Android proceedings are highly relevant to immersive infrastructure.

The European Commission examined Google's contractual arrangements concerning:

Android;

Google Search;

Chrome;

Play Store.

The case demonstrated how control over a mobile operating-system ecosystem can affect competition in related markets.

Immersive relevance

A comparable immersive ecosystem might involve:

Headset → OS → App Store → Search → Payments → Advertising.

Control at the OS level could therefore influence downstream competition.

22. Case 4: Google Shopping

In Google Shopping, Google was found by the European Commission to have systematically favoured its comparison-shopping service in general search results.

Relevance to immersive platforms

Immersive platforms may similarly control:

application discovery;

virtual-world search;

content recommendations;

digital marketplaces.

If a dominant platform favours its own competing service, the self-preferencing principles from Google Shopping may become relevant.

23. Case 5: Apple v Pepper

In Apple Inc. v. Pepper, the U.S. Supreme Court considered Apple's role in the App Store ecosystem.

The case is significant because it illustrates the economic importance of a platform that acts as an intermediary between:

developers; and

consumers.

Immersive relevance

Immersive platforms may similarly become intermediaries between:

Developers → immersive marketplace → users.

Competition issues can therefore arise concerning:

commissions;

distribution;

payment systems;

developer access.

24. Case 6: Epic Games v Apple

Epic Games v Apple is especially relevant to immersive infrastructure.

The litigation concerned Apple's App Store rules, payment system and restrictions affecting developers.

The dispute addressed issues including:

alternative payment mechanisms;

platform rules;

developer restrictions;

distribution.

Immersive relevance

The same questions could arise in an immersive app ecosystem:

Can an immersive platform require developers to use its payment system?

Can it prohibit alternative distribution?

Can it restrict developers from informing consumers about cheaper alternatives?

These questions demonstrate the competition significance of platform governance rules.

25. Case 7: Epic Games v Google

The litigation involving Epic Games and Google concerned Google's control over Android application distribution and billing arrangements.

The case provides another important framework for examining:

app-store power;

payment restrictions;

distribution;

developer access.

Immersive relevance

Immersive platforms may similarly control:

application distribution;

digital goods;

subscriptions;

virtual currencies.

The principles are therefore directly relevant to immersive marketplaces.

26. Case 8: Coty Germany

In Coty Germany GmbH v Parfümerie Akzente GmbH, CJEU Case C-230/16, the Court considered restrictions concerning third-party online marketplaces.

The case is important because it demonstrates that restrictions on digital distribution are not automatically unlawful.

Immersive relevance

An immersive platform might impose quality or security requirements on third-party applications.

Such restrictions may have legitimate objectives.

The competition assessment must therefore distinguish:

legitimate platform-quality requirements

from

restrictions designed or capable of excluding competitors.

27. Case 9: Bronner v Mediaprint

Bronner v Mediaprint, CJEU Case C-7/97, concerns refusal of access to a newspaper distribution system.

The Court adopted a demanding test for forcing a dominant undertaking to provide access to infrastructure.

Immersive relevance

The case becomes relevant where a developer argues that access to a dominant immersive platform is indispensable.

The existence of a commercially important platform does not automatically create an obligation to provide access.

Issues of:

indispensability;

alternative access;

duplication;

exclusionary effects;

must be examined.

28. Case 10: IMS Health

IMS Health GmbH & Co. OHG v NDC Health, Joined Cases C-418/01, provides another important framework for refusal to license or provide access to proprietary infrastructure.

Immersive relevance

Immersive platforms may possess proprietary:

software;

APIs;

standards;

databases;

virtual-environment technologies.

IMS Health helps explain the circumstances under which refusal to license protected infrastructure may become competition-law relevant.

29. Dominance Across Ecosystems

Immersive infrastructure creates a possibility of ecosystem leverage.

Consider:

Dominant hardware

↓

Dominant operating system

↓

Dominant app store

↓

Dominant payment system

↓

Dominant advertising system

The undertaking may possess separate market positions but benefit from their interaction.

Competition analysis should therefore examine whether power in one market is being leveraged into adjacent markets.

30. Ecosystem Lock-In

Immersive ecosystems can create lock-in because users may purchase:

hardware;

applications;

accessories;

virtual goods;

subscriptions.

Once substantial investment has been made, switching platforms becomes costly.

Developers face similar lock-in through:

proprietary SDKs;

development tools;

APIs;

user bases;

application reviews.

31. Developer Dependence

Developers can become economically dependent on a particular immersive platform.

A platform may control:

access to users;

application approval;

ranking;

payments;

technical APIs;

advertising.

If alternatives are limited, contractual restrictions may have greater competitive significance.

32. Virtual Worlds and Market Power

Virtual worlds may themselves become markets.

Competition could occur over:

virtual land;

advertising;

entertainment;

digital goods;

creator services;

virtual events.

A dominant virtual-world platform could potentially impose:

exclusive creator arrangements;

transaction fees;

platform-only currencies;

restrictions on interoperability.

These may raise competition concerns depending upon market power and effects.

33. Interoperable Avatars and Digital Assets

Suppose a consumer purchases an avatar or virtual item.

If it cannot be transferred to another platform, the consumer becomes more dependent on the original ecosystem.

Interoperability of:

avatars;

digital goods;

identities;

reputation;

virtual assets;

could therefore influence competition.

However, technical incompatibility alone does not establish an antitrust violation.

34. Standard-Setting

Immersive infrastructure requires technical standards for:

3D environments;

device compatibility;

identity;

payments;

digital assets.

Standard-setting can promote competition by ensuring compatibility.

But a standard-setting process can create competition concerns if participants:

exclude rivals;

manipulate standards;

discriminate against technologies;

use standards to eliminate competing systems.

35. Cloud and Edge Computing

Immersive applications require substantial computational resources.

Potential bottlenecks include:

GPU computing;

cloud infrastructure;

edge computing;

low-latency networks.

If a dominant cloud provider also operates an immersive platform, it could potentially favour its own services through:

pricing;

technical access;

latency;

integration;

API restrictions.

This creates vertical foreclosure concerns.

36. Telecommunications and Immersive Competition

Immersive services can require high-bandwidth connectivity.

A telecommunications provider could potentially combine:

network access;

immersive content;

edge computing;

subscription services.

Competition issues could arise if network infrastructure is used to disadvantage competing immersive services.

37. Advertising in Immersive Environments

Immersive platforms may control:

user attention;

spatial advertising;

consumer data;

recommendation systems.

A dominant platform could potentially favour its own advertising services.

This could produce concerns similar to those encountered in digital advertising markets.

38. Algorithmic Competition

Immersive platforms may use algorithms for:

content recommendation;

pricing;

ranking;

advertising;

moderation;

virtual marketplace allocation.

These systems can potentially reinforce platform power.

For example:

Better user data → better recommendation algorithm → more engagement → more data.

This can create a self-reinforcing competitive advantage.

39. Competition Risks in Immersive Infrastructure

The principal risks can be summarized as:

40. Pro-Competitive Efficiencies

Immersive platforms can have legitimate reasons for restrictive arrangements.

These can include:

Security

Preventing malicious applications.

Privacy

Protecting sensitive spatial data.

Quality control

Ensuring applications meet technical standards.

Consumer protection

Preventing fraud involving virtual goods.

Innovation

Recovering investment in immersive infrastructure.

Compatibility

Ensuring hardware and software work together.

Competition law should therefore distinguish legitimate integration from exclusionary conduct.

41. Indian Competition-Law Framework

In India, the primary framework remains the Competition Act, 2002.

Section 3

Potentially relevant agreements include:

exclusive distribution;

tying;

refusal to deal;

resale-price restrictions;

restrictive platform arrangements.

The question is whether they cause or are likely to cause an appreciable adverse effect on competition.

Section 4

Where an immersive-platform operator is dominant, potential concerns include:

unfair conditions;

discriminatory conditions;

denial of market access;

limiting technical development;

leveraging dominance.

42. Merger Control in India

The CCI can examine combinations involving immersive businesses.

Relevant considerations can include:

market concentration;

data;

innovation;

potential competition;

network effects;

access to infrastructure;

vertical integration.

The acquisition of an emerging immersive technology company can therefore raise concerns even when its current market share is modest.

43. Competition-by-Design

Immersive platforms can implement competition compliance at the technical level.

A competition-by-design programme can include:

interoperability testing;

non-discriminatory API access;

transparent ranking systems;

independent compliance review;

restrictions on competitor-sensitive data use;

developer appeal mechanisms;

monitoring of exclusivity;

audit trails for algorithmic decisions.

44. Remedies

Potential remedies include:

Behavioral

prohibit discriminatory access;

modify contractual restrictions;

permit alternative payment systems;

prohibit certain exclusivity requirements.

Interoperability

API access;

technical compatibility;

data portability.

Structural

In exceptional circumstances, structural separation may be considered.

Merger remedies

Authorities can impose:

divestitures;

licensing;

access commitments;

interoperability commitments.

45. A Competition Framework for Immersive Infrastructure

A useful analytical model is:

Step 1 — Map the ecosystem

Identify:

hardware;

OS;

APIs;

app stores;

content;

payments;

cloud.

Step 2 — Define markets

Identify actual substitutes.

Step 3 — Assess market power

Examine:

market share;

network effects;

switching costs;

data;

entry barriers.

Step 4 — Identify conduct

Look for:

tying;

bundling;

exclusivity;

self-preferencing;

refusal to interoperate.

Step 5 — Assess foreclosure

Determine whether competitors can realistically compete.

Step 6 — Assess efficiencies

Consider security, innovation, privacy and technical integration.

Step 7 — Determine remedies

Focus on restoring effective competitive constraints while preserving legitimate technical benefits.

46. Key Lessons from the Case Law

The case law collectively demonstrates that:

Control over infrastructure can create competition concerns.

Interoperability can be an important competitive parameter.

Tying can extend market power into adjacent markets.

Platform self-preferencing can affect downstream competition.

App-store control can create significant intermediary power.

Exclusive distribution may foreclose rivals depending on market conditions.

Refusal-to-deal claims require careful analysis of indispensability and alternatives.

Digital distribution restrictions are not automatically unlawful.

Data and network effects can strengthen ecosystem power.

Market concentration by itself does not establish an infringement.

47. Conclusion

Immersive infrastructure competition frameworks require competition law to move beyond analysing individual products and examine the interconnected architecture of hardware, operating systems, APIs, app stores, content, payments, cloud infrastructure and data.

The most important competition risks arise where an undertaking controls a critical immersive layer and uses that position to:

foreclose competing platforms;

restrict interoperability;

favour its own services;

tie complementary products;

impose exclusionary contractual conditions;

control developer access;

exploit data advantages;

prevent effective multi-homing.

The case law concerning Microsoft interoperability, Microsoft Internet Explorer, Google Android, Google Shopping, Apple v. Pepper, Epic Games v. Apple, Epic Games v. Google, Coty, Bronner and IMS Health provides useful legal principles for analysing these emerging markets.

For India, Sections 3 and 4 of the Competition Act, 2002 provide the core statutory framework. The ultimate assessment should distinguish legitimate technological integration, security and innovation from conduct that artificially restricts market access or entrenches ecosystem dominance.

The central principle is therefore:

Immersive infrastructure should remain interoperable and contestable wherever possible, while competition law should intervene when control over a critical immersive layer is used to materially restrict competitive opportunities in connected markets.