multiplayer-game

Actor topologies for multiplayer games vary by genre, requiring specific patterns for battle royale, arena, IO, open world, and turn-based games. This skill provides pre-built actor topology patterns using RivetKit runtimes to match your target genre.

State synchronization in realtime games requires choosing between hybrid and server-authoritative netcode models. This skill guides implementing tick loops, interest management, and snapshot/diff broadcasting to efficiently sync game state across clients.

Matchmaking in distributed multiplayer backends uses queueing strategies and ELO-based pairing to group players. This skill provides patterns for implementing matchmaking algorithms alongside baseline anti-cheat checks and movement validation.

RivetKit actor runtimes support both competitive ranked and casual party game architectures. This skill provides distinct actor topology patterns and netcode models designed specifically for the matchmaking and state synchronization needs of each format.

Server-authoritative netcode models are necessary when strict anti-cheat and movement validation are required for competitive multiplayer games. This skill outlines when to apply server-authoritative versus hybrid models based on your game's security baselines.

Persistence strategies for multiplayer game state synchronization depend on the chosen actor topology and netcode model. This skill provides patterns for integrating persistence with snapshot/diff broadcasting and tick loops to maintain consistent game state.