Go-A programming language that makes it easy to build simple, reliable, and efficient software. It is also known as Golang. It is a compiled and statically typed language. It is not just a programming language but a language which include features such as garbage collection, limited structural typing, memory safety and CSP-style concurrent programming. Niles Partners is launching a product which will configure and publish Go Language, to produce free implementations of distributed or otherwise scalable and high availability which is embedded pre-configured tool with Ubuntu and ready-to-launch Image on Azure Cloud Platformn that contains Go Compiler and Text Editor. Before going into deep, one must have the knowledge and understand and learn the concept of concurrency associated with it. Concurrency, by its design, enables you to efficiently use your CPU horsepower. Even if your processor just has 1 core, concurrency’s design enables you to use that one core efficiently. That is why you can typically have hundreds of thousands of concurrent goroutines (lightweight threads) running on a single machine. Channels and goroutines are central to distributed systems since they abstract the producer-consumer messaging paradigm. Another thing a person must know is it’s another amazing feature of Interfaces. Interfaces enable loosely coupled or decoupled components for your systems. Meaning that a part of your code can just rely on an interface type and doesn’t really care about who implements the interface or how the interface is actually implemented. Let us now have a brief look at what all other features are associated with Go. These features are listed as below: Features of Go Programming Support for environment adopting patterns similar to dynamic languages. For example, type inference (x := 0 is valid declaration of a variable x of type int) Compilation time is fast. Go programs are simple, concise, and safe. Production of statically linked native binaries without external dependencies. Till here, we have studied about what actually a Go language is and what types of features it provides to its users for their ease and flexible to use. But, one question arise that why one should learn this language or use it? And to answer this question, we can say that: We use this language to improve the working environment for its designers and their coworkers. It is more about software engineering than programming language research. Or to rephrase, it is about language design in the service of software engineering.” In addition to, we have something more for Go and it can be looked at as follows: Remote package management and online package documentation. Distinctive approaches to particular problems An interface system in place of virtual inheritance, and type embedding instead of non-virtual inheritance. A toolchain that, by default, produces statically linked native binaries without external dependencies.