#game server

Today's Talk is about creating a multiplayer web game using Phaser and Socket.io. The speaker demonstrates how to create a tic-tac-toe game, including creating the table, assigning players, making moves, and determining the next turn. The importance of choosing the right protocol for multiplayer games, such as WebSocket or UDP, is discussed. The Talk also highlights the advantages of using JavaScript for web and mobile games, as well as considerations for network code and code availability.

Welcome to making bite-sized games with GameSnacks, a platform that focuses on optimizing game sizes for easy accessibility on the web. Techniques such as lazy loading, script placement, and code and art optimization can greatly improve game performance. Choosing the right file formats, reducing game size, and using game engines or custom tools are important considerations. Prioritizing file size, testing internet connections, and using testing tools for accurate simulation can help attract more users and improve game retention and reach.

Today's Talk covers making multiplayer games with Coliseus, Node.js, and Typescript. It explores the state of networking on the web, alternative servers, and how Coliseus works. The Talk also discusses client-side prediction, lag compensation, server limitations, scaling, and showcases cool games made with Coliseus. Additionally, it mentions Nakama and Unity integration for client-side prediction in multiplayer games. Coliseus is available on mobile and can be found on colossus.io or the GitHub repository.

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Today's Talk focuses on avoiding performance and memory issues in Unity WebGL builds. The importance of managing memory and keeping the heap size small is highlighted. Techniques such as using asset bundles or an addressable system can help reduce memory usage. The limitations of garbage collection in WebGL builds are discussed, along with tips for optimizing Unity code. Tools like Backtrace can assist in debugging memory and performance issues.