Any app can suddenly experience a surge in users. Unless your application is scalable, it might not handle that load. By powering your app with Go, we prepare it for high load. Go also allows for creating maintainable code that lets new developers quickly get up to speed and drive your project forward.

Unlike PHP, Ruby, Python, and Java, Go doesn’t rely on a virtual machine to compile its code. Its code gets compiled directly into a binary file. Skipping the virtual machine makes Go faster than other languages. With this technology, we build responsive apps that perform just like Dropbox, SendGrid, or Uber.

Music streaming services, chats, email systems, flight booking apps all deal with tasks that must communicate with each other but need to be executed independently and simultaneously (just like our brain). Concurrent programming is a tough nut to crack. Fortunately, Go is designed for concurrency.

When a tech company decides to go with Go as their core technology, very often they do it because Google's Golang is a perfect language for creating microservice architectures. We used Go to build Evergen, a software system that makes it possible to optimize energy resources and reduce carbon emissions.