First-order effects

• Microsoft, Amazon, and Google are each converting existing infrastructure into a gaming front-end — Microsoft from its console base, Amazon through AWS, Google through Stadia — turning their data centers into the new distribution bottleneck for games.
• Game publishers gain a second route to players that bypasses physical hardware, but must now negotiate placement and economics with three hyperscalers instead of one console gatekeeper.

Second-order effects

• Netflix's calculus shifts: with Fortnite already pulling attention and the hyperscalers building streaming platforms, media companies face pressure to treat interactive content as core — the dynamic later examined in Netflix's gaming expansion analysis.
• Whoever controls the streaming layer also controls latency, pricing, and discovery, so competition moves from exclusive titles to whose network can deliver instant play at scale — the advantage Google bet on with Stadia.

Third-order effects

• If cloud-native designs take hold — the possibility explored in the Andreessen Horowitz analysis of Stadia-era gameplay — games stop being software sold per copy and become services running on rented compute, concentrating power in whichever company owns both the data centers and the storefront.
• The console-to-service transition would make gaming another arena where hyperscaler capital concentration decides winners, echoing the pattern seen across other compute-dependent markets.