Multi-provider
A multi-provider architecture distributes game servers across multiple independent infrastructure providers within each geographic region. If one provider experiences an outage, sessions continue on the remaining providers. No single provider failure can take down the game.
Why single-provider is risky
Most game server platforms run on a single cloud provider — typically AWS. If that provider has a regional outage (which happens multiple times per year), every game running on that platform in that region goes down. The studio can’t do anything except wait for the provider to recover.
High-profile examples include AWS us-east-1 outages affecting GameLift-hosted titles, and Google Cloud disruptions affecting Agones-based deployments.
How multi-provider works
A multi-provider platform maintains contracts with multiple bare metal and cloud providers in each region. In Europe, for example, sessions might run across Gcore, OVHCloud, Servers.com, and AWS. The orchestration layer decides which provider to place each session on based on available capacity, performance, and cost.
If Gcore goes down, new sessions route to OVHCloud or AWS automatically. Existing sessions on healthy Gcore nodes continue until they end naturally. The failover is invisible to the matchmaker and to players.
Trade-offs
Multi-provider architectures are more complex to build and operate. The platform must maintain integrations, contracts, and monitoring across every provider. This complexity is why most platforms default to single-provider. The benefit is genuine infrastructure resilience — the kind that enables a 99.99% SLA instead of inheriting one provider’s uptime guarantee.