9 mins
Oct 20, 2021
Let’s start this blog with two famous quotes about Go.
For many companies, Golang is more than just a programming language; it’s a powerful tool that can drive product success and make a positive impact on the world.
As a leading product engineering company, we constantly seek out such innovative technologies to gain insights into how they have been leveraged to create exceptional products.
Hence, in our pursuit of excellence, we analyzed the 5 best digital products built with Golang.
Each of these products represents Golang’s capabilities and highlights its potential to transform software product development.
So, without further ado, let’s explore its cutting-edge wonders.
🤔 What’s the Go team currently working on, and what’s coming in the future?
Watch the State of Go Keynote with @cameronbalahan to find out 👉 https://t.co/gOo2FjOxcs#GopherConEU
— Go (@golang) September 14, 2023
Golang is one of the youngest programming languages.
It was created by Google to meet the unique needs of large-scale digital product development.
So, let’s find out which companies use Go and why.
Uber used Golang in their geofence to enhance their ridesharing services.
A geofence refers to a human-defined area and Uber heavily relies on it to implement geo-based configuration.
Most of the time, it applies to areas with higher and specific requirements such as airports.
Although Node.js was the primary programming language of choice for Uber.
However, the company needed a faster system as they’re dealing with hundreds of thousands of geofence lookup requests every second.
Golang turned out to be an ideal solution as it met their needs for the following reasons.
The Uber team is happy using Golang as it proved to be largely successful.
Here is what they experienced.
Twitch has used Go in many of its busiest systems.
Its safety, performance, and readability make it a powerful tool for the problems they encounter while serving live chat and video to their millions of users.
Apart from just speed and efficiency, Go also brings simplicity, making the life of Twitch’s developers easier.
Because the language’s simple syntax enables developers to focus on key areas – developing reliable and robust features that enhance the Twitch experience.
Dropbox, a well-known cloud storage platform, was initially built with Python.
However, in 2015, they started exploring ways to scale their system efficiently to meet the growing demands.
They decided to migrate their performance-critical backends from Python to Go in order to leverage better concurrency support and faster execution speed.
This was a massive effort, as a small team of engineers worked on over 200,000 lines of Go code.
Zviad Metreveli, Senior Principal Engineer at Dropbox presented details of those efforts in Go at Dropbox – Gopherfest.
Switching to Go allowed Dropbox in several ways such as,
PayPal’s payment platform facilitates transactions between millions of merchants and consumers worldwide.
As the platform grew larger and more complicated, PayPal decided to modernize its systems and reduce the time to market for new applications.
They were looking for a programming language that offers parallelism, high performance, scalability, concurrency, and portability.
Golang effectively fulfilled all these requirements and, in addition, played a vital role in modernizing the system.
In fact, security and supportability were one of the key factors at PayPal.
But Golang’s simplicity, clean code, and modularity helped PayPal to achieve it hassle-free.
With Go, PayPal empowered its developers to spend more time examining code and engaging in strategic thinking.
Because it liberates them from the complexities and distractions of C++ and Java development.
Here is what Bala Natarajan, Sr. Director of Engineering at PayPal said about Golang –
Trivago wants to enhance the user experience across multiple sessions, so they launched a project called “Recent Searches.”
The aim was to develop a gRPC service handling requests from the front end, storing, retrieving, and aggregating recent searches of logged-in users.
The simplicity and sophisticated tooling of Go helped Trivago scale not only its microservice but also the overall software engineering process.
Its features enabled them to maintain a scalable, stable, and productive development environment for their hotel meta-search platform.
Additionally, the reduced friction in onboarding and training new developers increased the company’s overall productivity.
Since its creation in 2009, Golang has gained popularity due to its simplicity and adherence to the “one problem – one solution” principle, making it an exceptional solution for large and complex projects.
With the growing usage of cloud-based solutions, IoT devices, and emerging technology like 5G, Golang is set to attract more and more companies.
Because it enables companies to reduce time to market, enhance security, and scale their products, all while meeting the diverse needs of users.
Besides, Golang plays a key supporting role by providing API bridging to facilitate the migration of “legacy” workloads to cloud services.
However, the more significant phase involves the industry shifting towards embracing unique cloud offerings and adopting cloud-native application development practices.
In such scenarios, Golang emerges as a clear and optimal choice.
This becomes evident that Golang holds the key to a promising future in the ever-evolving landscape of software product engineering.
Migrating a project to Golang can be a significant decision, and the timing should be carefully considered.
Here are some key factors to help you determine when to migrate your project to Golang:
Remember that every project is unique, and there is no one-size-fits-all answer for when to migrate to Golang.
By carefully evaluating your project’s requirements and a thorough understanding of the potential benefits and challenges of using Golang, you will be able to make more informed decisions.