Genre: FPS / Egg-themed shooter Unique egg-based multiplayer shooting. Fast-paced and hilarious.
Top web game developers utilize CloudFront for several critical reasons: 1. Eliminating Latency and Lag
From a gamer's perspective, the difference between a standard web host and a CloudFront-enabled game is noticeable: cloudfront net games top
Uses CloudFront to push massive updates to millions of players simultaneously without crashing the servers.
Live service games are often targets for DDoS attacks. CloudFront integrates natively with AWS Shield for DDoS protection and AWS WAF to filter malicious traffic, all before it reaches your game servers. This keeps your backend hidden from direct attack, reducing risk. Genre: FPS / Egg-themed shooter Unique egg-based multiplayer
The frustrating physics genre is huge on these networks. Because the game logic is calculated on your CPU and only the assets are pulled from the CDN, the "rage-inducing" precision is preserved.
: The Finnish powerhouse uses Amazon CloudFront to distribute assets to players across all its games. With over 250 million monthly active users, Supercell relies on CloudFront and AWS Local Zones to deliver single-digit millisecond latency experiences, critical for real-time mobile gaming. Eliminating Latency and Lag From a gamer's perspective,
A CDN is a globally distributed network of proxy servers and data centers. Instead of forcing every single player to download game files from one central server (which might be located thousands of miles away), CloudFront caches (stores) copies of the game’s files—such as graphics, audio, and code—on "Edge locations" closest to the user.
Speed up the delivery of massive game updates, textures, and audio files by storing them at global edge locations Lambda@Edge Customization: Run custom code at the edge to handle tasks like user authentication
As evidenced in the table, the ability of CloudFront to scale automatically is a game-changer. During major events like the launch of a new season in Fortnite or the release of a global patch, traditional servers might crash under the load of millions of simultaneous requests. However, CloudFront's architecture is built to handle such massive scale, exemplified by its record-breaking peak of 268 terabits per second in November 2025, driven primarily by major game delivery workloads. This level of throughput allows games to launch smoothly and patches to download quickly, regardless of the player's location.