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The gaming industry, particularly studios running massively multiplayer online (MMO) games, Battle Royales, and live-service platforms, faces an extreme infrastructure challenge: latency vs. cost.
To provide a seamless experience, game publishers deploy dedicated servers across multiple global regions.
Player populations fluctuate wildly based on time zones, weekends, content updates, and viral streaming events. A server in Europe might be at maximum capacity at 8 PM CET, while a server in Asia sits completely empty.
Studios prioritize player experience above all else, they intentionally over-provision global fleets to ensure no player ever waits in a queue.
The financial consequence is severe: studios end up paying millions of dollars annually for thousands of game servers that are sitting idle, waiting for players who aren't online.
Wiv.ai transforms multiplayer server management by providing intelligent, hyper-responsive infrastructure automation.
Wiv.ai integrates directly with cloud providers and can ingest custom metrics to monitor exact player counts and server loads in real-time across every global region.
Studio operations teams can build specific workflows using the no-code builder to aggressively target idle capacity. For instance, a rule can be set: “If a cluster of match-making servers in the US-East region maintains 0 active sessions for 15 minutes, terminate 80% of the instances.”
Wiv.ai dynamically shrinks the global footprint to its absolute minimum during off-peak hours and saving massive amounts of compute budget, all without impacting the experience of active players.
Continuously scan global server fleets and automatically shut down instances that have zero active player sessions.
Shift non-latency-sensitive workloads (like leaderboards or matchmaking backend processes) to geographical regions with cheaper compute pricing dynamically.
Set aggressive budget alerts and automated scaling caps during major game launches to prevent bugs or scaling errors from causing infinite provisioning loops.
Calculate the exact cloud cost per active player (CCU) or per match to determine the profitability of free-to-play monetization models.
Wiv.ai continuously monitors server fleets across every region and automatically shuts down or scales back instances with no active player sessions, reducing idle infrastructure costs while keeping capacity available where players are active.
Wiv.ai monitors player counts and server loads in real-time across every global region, dynamically scaling server fleets up during peak hours and terminating idle instances during off-peak hours, all without impacting the experience of active players.
Wiv.ai combines cloud infrastructure costs with real-time player and match data to calculate cost per active player or per match, helping publishers understand the unit economics and profitability of live-service games.
See how Wiv.ai helps gaming studios dynamically scale infrastructure and eliminate idle server costs.
