The Route Behind Google’s €890M Fine

The European Commission’s €890 million fine covers two Google systems usually analyzed separately: Search and Play. Both can open a route while retaining power over the journey. Search can point outward while arranging activity inward, and Play can permit an external install while attaching a fee to the trip. Account recovery can protect a user while making one identity more durable; Gemini can look like a new market while arriving through the devices, accounts and infrastructure of the old one. The contradiction disappears when the gate extends across the whole sequence.

Search stopped describing the web and began arranging it

The directory model of search answered a narrow question: where on the web should a user go? Publishers created the destinations, the results page ordered the choices, and the click sent the user elsewhere. Ranking was already powerful, but the boundary was legible. Search organized the road signs; other businesses occupied the buildings.

In 2015, Google began surfacing content from apps in Search results through Chrome and the Google app on iOS. The move came 11 years before the 2026 DMA fine over Search and Play practices. By extracting useful content from a destination and presenting it inside its own route, Google made the results page an operating layer for activity spread across sites and apps.

In 2017, Google placed job-search results directly on its search pages, drawing listings from LinkedIn, Monster, Facebook and company websites. The results page was deciding how listings from several suppliers would be collected, compared and shown before any supplier received the user.

Google shifted the governing question from “where is the information?” to “how can this task begin here?” Schemas, result formats, eligibility and placement then became distribution decisions. A rival could remain available on the web and still encounter Google’s commercial terms before the user encountered the rival.

This is why the European Commission’s €890 million DMA fine covering Search and Google Play conduct belongs in one frame. The Commission says Google promoted its own services in Search and restricted access to alternatives through Play rules. One surface ranks destinations; the other distributes software. The Commission alleges different conduct on each, but in both cases Google sets terms on the approach to the customer.

An alternative route is not open if the incumbent designs every turn

Arguments over app-store commissions and outside payment systems begin at the end of the journey. Before a developer can transact with a user, the developer must be discovered, the external route must be activated, the user must trust it, and the installation must survive every intermediate screen. Formal permission at the end of that chain does not neutralize control over its beginning.

Google’s planned response to a US injunction made the route measurable. The company planned to charge developers $2.85 per app and $3.65 per game when a US user followed an external link and installed outside Play within 24 hours. The link and time window let Google attribute the journey after the user left Play.

At the same time, Google Play had expanded beyond a download catalog. Collections brought installed-app content into categorized store surfaces, while Play Pass and curated media gave Google more ways to merchandise and re-engage users. By merchandising installed apps, Play kept deciding which products returned to view.

Apple’s European experience shows the same structure. AltStore reported more than 100,000 EU downloads, yet one documented installation of an alternative iOS marketplace took roughly 12 screen interactions. Apple also required alternative-marketplace operators to provide a €1 million letter of credit. The alternative existed, but access depended on how many users completed the path and how many operators could afford to begin it.

A developer encounters four observable gates:

Each stage reinforces the next. Prominent placement produces more users; more users produce more engagement and transaction data; that activity supports more prominent placement. The resulting platform gatekeeper leverage does not require Google to block a rival outright. Google can make its own route slightly easier, more trusted or more economical at each step.

Identity makes switching a portfolio decision

A platform account once looked like a credential attached to a product. As more data, subscriptions and services accumulated behind it, the relationship reversed: products became attachments to the credential. Switching away from one application no longer meant leaving only that application if the same identity still restored files, purchases, video subscriptions and connected services elsewhere.

Google’s global rollout of selfie-video account recovery with liveness detection shows how much the account now carries. Deepfakes make a static likeness less reliable, so recovery requires stronger evidence that a live person is present. The immediate purpose is security, but the response also strengthens the account’s continuity.

Stronger recovery can raise switching costs. A dependable account is a safer place to attach valuable services, and that value makes abandoning it more consequential. Google’s experimental Gmail-address-change feature illustrates the same structure from another direction. Users can change an @gmail.com address while retaining existing data and linked services, including YouTube and YouTube TV. The address becomes replaceable because the underlying account perimeter has become durable.

Commission debates miss this part of platform power. Identity determines who can return after a lost password, compromised device or changed address. Recovery determines whether subscriptions and data remain reachable. These functions are operating infrastructure for the customer relationship.

Google strengthened continuity beneath the visible identifier. That continuity protects users from accidental loss while making departure a portfolio decision rather than a product decision.

The assistant moves the first decision inside the answer

A conversational AI answer shifts the interface without removing the access question. An assistant decides which information appears, which tool is invoked, which service completes a task and whether the user ever sees a list of alternatives.

Google reports that Gemini’s monthly audience rose in both May and July. Audience size alone does not establish depth of use, and Google’s own research found that much AI use remained shallow for certain tasks. The scale is already large enough for the assistant’s selection rules to matter.

The assistant changes the sequence. Search traditionally presents ranked candidates and lets the user choose among them. An assistant operating layer can choose a source or tool while constructing the answer, moving part of the selection process behind the response. A separate model-routing layer may decide which model handles the request; the assistant and its surrounding platform then decide which products, information and transactions reach the user.

Google’s spending gives that ambition a physical address. The company expects $195 billion to $205 billion in 2026 capital expenditure after Q2 capex reached $44.92 billion, up 100% from a year earlier. Gemini runs through data centers, models, cloud contracts, operating systems and devices, each of which determines where the service can be placed and how reliably it can respond.

Samsung’s forthcoming smart glasses extend the same structure into wearables. Developed with Google and built around Android XR and Gemini, the glasses add cameras, microphones, open-ear speakers, a stated nine-hour battery and privacy features to the access surface. By combining the operating system and assistant in a wearable, Google moves closer to the moment when a user asks, sees and acts.

Control remains costly, incomplete and legally porous

Every layer leaks, limiting Google’s control. Users can choose other services. Developers can distribute elsewhere. Courts can limit claims over outputs. Partners can slow deployment. Capital spending can outrun the cash generated during the buildout. Platform power confers an advantage bounded by the networks and infrastructure that produced it.

A US judge’s dismissal of Google’s lawsuit against SerpApi is one clear boundary. The court found that plain and aggregated search results were not protected by copyright law. The ruling closed one attempted route for controlling access to Search outputs.

Google’s effort to replace Assistant with Gemini on most Android devices slipped beyond its end-of-2025 target into 2026. Android distribution gave Google an installed base but could not complete the migration. A default can reserve a place for a service; Google still had to move devices, functions and user expectations into the new system.

Google reported negative Q2 free cash flow of $5.9 billion amid increased AI investment, its first cash burn since going public more than two decades earlier. Its research also found broad but shallow AI usage for some tasks. The company can finance an enormous access layer and place it before hundreds of millions of users without knowing that every use case will deepen at the same speed.

Google’s advantage survives these leaks because a rival must still assemble discovery, distribution, identity, compute and trust while Google joins systems it already operates.

Regulation must inspect journeys, not permissions

The DMA’s consequential move is to treat Search presentation and Play rules as related controls over market access. The Commission’s case alleges that Google favored its own services and restricted customers’ ability to reach alternatives. Whether a remedy changes competition depends on what happens along the route, not whether an alternative appears in a policy document.

A formal choice can coexist with low visibility, a long activation flow, weak continuity and a fee triggered after the user leaves. Measuring only permission rewards compliance at the least important point. A usable-route test instead asks how often an alternative is shown, how many users complete the switch or install, what total toll follows them, whether their account and data remain functional, and whether a rival can obtain the inputs required to compete.

The 2025 US Search remedy approached one part of that problem differently. The judge left Chrome and Android intact and required Google to share Search data with rivals. That remedy focused on contestability of an input rather than separation of a distribution surface. It acknowledged that a rival may need access to the feedback accumulated by the incumbent network, even when the network itself remains intact.

For AI regulation, model access is only one layer of the market. A competing model can exist and still depend on another company’s assistant placement, mobile operating system, cloud capacity, account identity or transaction path. Requiring model choice without examining those routes would reproduce the app-store problem: an alternative in name, reached through an incumbent-designed journey.

Google’s advertising engine gives the reinforcing loop unusual endurance. Q2 Google ad revenue reached $81.63 billion, up from $71.34 billion a year earlier. That revenue can fund the data centers, models and device integrations that create additional assistant surfaces; those surfaces can preserve more opportunities to organize commercial discovery. The €890 million fine and the $81.63 billion quarter occupy different parts of the same structure: one prices past conduct, while the other finances the next layer of access.

Platform power now lies in the share of valuable journeys on which one company can set a technical requirement, insert a screen, preserve an identity, select a tool or attach a toll before a rival reaches the customer.

The €890 million fine sits inside a wider gate built from a result card, a 24-hour fee clock, roughly twelve installation screens, a recovered Gmail address and the answer that arrives before the list.