By john 
The architecture behind online games has undergone dramatic transformation over the decades. One of the most pivotal developments in this journey is the shift mahjong288 from peer-to-peer (P2P) connectivity to dedicated server infrastructures. This transition fundamentally changed stability, fairness, and scale in online multiplayer experiences.
In the early days, many online games relied on P2P connections due to cost constraints and limited infrastructure. One player would act as the host, while others connected as clients. While simple and cost-effective, this system came with several drawbacks: host advantage, higher latency, and vulnerability to disconnections. Competitive integrity was often compromised, limiting the potential of fast-paced multiplayer titles.
As online gaming grew in popularity, developers began investing in dedicated server technology. Dedicated servers removed the reliance on player hardware and improved overall performance by providing stable, central nodes optimized for hosting sessions. This shift enabled more reliable gameplay, especially in genres where milliseconds mattered—such as FPS and battle royale games.
Dedicated servers also unlocked new possibilities for scalability. Massive virtual worlds, persistent economies, and complex matchmaking systems became feasible thanks to robust cloud-driven infrastructures. With the rise of services like AWS and Azure, studios could deploy global clusters that delivered low-latency experiences to players across continents.
This evolution paved the way for cross-platform multiplayer, region-based matchmaking, and advanced anti-cheat systems. Ultimately, the transition from P2P to dedicated servers was not merely a technical upgrade—it was a foundational leap that elevated online gaming to the global, competitive ecosystem we know today.