An HTML5 multiplayer game engine supporting up to 64 concurrent players with Box2D physics on low-cost VMs.
Taro is an HTML5 multiplayer game engine that enables developers to create real-time multiplayer games running directly in web browsers. It solves the challenge of building performant multiplayer experiences with physics and networking that can scale to 64 concurrent players on inexpensive virtual machines. The engine provides a comprehensive set of built-in systems like inventory, combat, and AI to accelerate game development.
Game developers and indie studios looking to build browser-based multiplayer games without extensive backend infrastructure expertise. It's particularly suited for those creating top-down or platformer-style multiplayer experiences.
Developers choose Taro for its ability to run complex multiplayer games with physics on very low-cost hosting, its integrated suite of game systems, and its focus on performance optimization for real-time browser gaming.
HTML5 multiplayer game engine (Now archived, new version available at https://github.com/moddio/moddio2)
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Incorporates Box2D physics for realistic collisions and object interactions, crucial for dynamic gameplay as highlighted in the features list.
Uses UWS and LZ-string compression to optimize networking, enabling smooth real-time play on affordable hosting, supporting up to 64 players on a $5/month VM.
Includes built-in inventory, attributes, weapons, dialogues, and shops, accelerating development for common multiplayer mechanics without reinventing the wheel.
Optional prediction for movement and projectiles helps mitigate latency effects, improving player experience in real-time games as noted in the README.
The repository is archived with no active development, meaning no bug fixes, updates, or community support, posing significant risks for production use.
Running games requires modd.io game IDs, which limits flexibility and may lock projects into a specific ecosystem, as indicated in the setup instructions.
Requires Node 14+ and may lack compatibility with newer Node versions or modern JavaScript features, potentially leading to security and performance issues.