To implement the 'backend for frontend' architecture I set up a Node JS server for it's speed and reliability.

Asynchronous, non-blocking architecture, making real-time features smoother.

Thanks to Node.js, we're able to share complex backend logic directly with the front end, improving not only dev velocity, but also reducing HTTP requests and improving UI feedback speed. We also benefit from the largest community and ecosystem of tools and libraries in the world.

Node.js excels in building fast, scalable backend systems. Its non-blocking, event-driven architecture is perfect for handling Quit Sugar's real-time data, like logging sugar intake and collaborating with friends. Unlike traditional backends like PHP or Ruby on Rails, Node.js integrates easily with frontend technologies, ensuring a smooth and efficient development. Its extensive ecosystem of libraries via npm made building APIs quick and hassle-free.

Built using a Node.js backend.

Scalability and efficient handling of concurrent tasks.

Built Trangram's back end using Node.js and Express.js

Node.js's asynchronous, event-driven architecture enabled Rabona Tunnel to be high-performance and scalable. Its vast package ecosystem significantly accelerated our development process.

Life Minute Photos needs blazingly amazing performance to work. For example, if you have 10,000 photos, set the timing to 1 minute, and have 4 pictures (grid) showing at the same time, each grid will display 2,500 photos for approximately 24ms per photo. If there are 20,000 photos, the timing goes down to 12ms. Node is able to return responses from our backend local server to our frontend in 1-2ms. This makes it possible for us to download new images and metadata very, very quickly as the experience keeps running.

Absolutely essential tool to customize our APIs exactly as we need them

Darkest-PR relies on Node.js for it's backend services.