Kitsu Tools

screenshot of Kitsu Tools

:hammer: The tools we use to build Kitsu, the coolest platform for anime and manga

Overview

Kitsu is a dynamic platform designed specifically for anime and manga enthusiasts, providing an avenue for fans to track, share, and discover content that resonates with them. The platform emphasizes a cohesive user experience, integrating various tools for easy access whether on the web, mobile, or through an API. With a focus on community input and relevant feedback, Kitsu is not only a repository for content but also a collaborative space for fans to engage with their interests.

The development of Kitsu leverages robust technologies including Rails, Postgres, and Redis for its backend, while the frontend utilizes Ember. This combination results in a modern and responsive application that appeals to both casual users and those wishing to dive deeper into development. Setting up a local environment is straightforward, making it accessible for contributors looking to enhance the platform.

Features

  • Content Tracking: Easily track your anime and manga collections, ensuring you never lose sight of what you've watched or read.
  • Community Sharing: Share your favorite series and recommendations with friends or the wider Kitsu community.
  • Cross-Platform Support: Enjoy Kitsu on various devices with a seamless experience across web and mobile applications.
  • Robust API: The backend API allows for custom integrations, enhancing the application's versatility for developers.
  • User-Friendly Setup: Simple instructions make it easy for new developers to set up a local environment for contributions.
  • Collaborative Development: Users can contribute to ongoing development efforts and suggest improvements directly through GitHub.
  • Real-Time Updates: Stay up to date with the latest content and features, ensuring your experience always reflects the current anime and manga landscape.
docker
Docker

A website that uses Docker for containerization to streamline development, testing, and deployment workflows. This includes features such as containerization of dependencies, automated builds and deployments, and container orchestration to ensure scalability and availability.