multiplayer

Multiplayer synchronization uses a hybrid sync model with client prediction, reconciliation, and interpolation to keep gameplay responsive and maintain consistent state across unreliable network links. Remote players are interpolated while local actions are predicted and reconciled with server authority.

Dedicated server architecture is best for real-time competitive multiplayer because it enforces server-side authority to validate client claims, preventing cheating and ensuring fair combat timing. Host-based or client-server turn-based models suit cooperative or less latency-sensitive gameplay.

Server authority prevents cheating by validating all client claims, ensuring positions, health, inventory, and combat timing are authoritative server-side. Clients predict locally for responsiveness, but the server reconciles and corrects any divergent or invalid state updates.

Bandwidth optimization for state replication uses delta compression, quantization, prioritization, and area-of-interest filtering. These techniques reduce the data transmitted over the network by only sending changed values and relevant updates to clients.

Yes, the networking model supports turn-based gameplay systems using a client-server architecture. It synchronizes game state and validates actions with server authority, ensuring consistent outcomes for positions, health, and inventory across players.

Multiplayer jitter occurs when remote player state updates arrive over unreliable links. Implementing interpolation for remote players smooths movement between received state updates, while reconciliation corrects local prediction errors to maintain synchronization.