#golang development

[pritivora26]

Golang is an open-source programming language that makes it easy to build simple, reliable, and efficient software. Google developed it, and other technology giants like Amazon, DropBox, etc. are using Go in production. This article will introduce some of the renowned Golang development companies which offer high-level, reliable, and flexible software services to all the entrepreneurs and businesses worldwide.In this article, we uncover the Top 10 GoLang Development Companies that have set the gold standard in Go application development.

[timseigfield]

A Complete Guide to Golang Development Services 

Golang, which is also popular as Go, is a known language created by Google. This is an open-source programming language known for efficiency, simplicity, and great concurrency support. Go has become a popular choice when it comes to developing a wide range of software applications. Golang Development services have been in demand due to the wide range of opportunities and benefits they offer to the companies. 

Top Companies and their Software/tools using Go While the market is constantly expanding with increasing customer demands, there are several leading names in the world that have already chosen Golang development services for their businesses. The leading tech companies including Google, Uber, Dropbox, Twitch, et cetera, have embraced the facilities and benefits offered. The state companies clearly recognize the scalability and performance of Go and have migrated to Golang for improved performance and maintenance. 

What can be developed with Go? 

Go was created back in 2009 at Google and has now become a popular choice across businesses. The primary reason for its huge demand is its efficiency, simplicity, and low learning curve. With Golang development services, businesses will be able to create a wide range of systems and applications with the standout feature of being highly efficient and offering great performance. 

Cloud-native application 

Golang development service can be a great choice when it comes to developing cloud-native applications. These applications clearly demand efficient memory, lightweight nature, and the need for supporting concurrently. Hence, it becomes an ideal choice for micro-service architecture. Cloud-native applications generally involve scalability, API, and distributed systems. The inbuilt concurrent features of Go, with Go routines help developers to handle several tasks simultaneously thereby improving responsiveness and performance. 

Big data systems: 

The amazing performance characteristics of Go make it an ideal choice when it comes to developing Big Data systems. It is able to handle low latency and high throughput requirements for creating Big Data applications. Some of the leading giants in the world, namely Uber, make use of Go to provide real-time analytical engines. It leverages the ability of the Golang development service to seamlessly process and analyze the huge volume of data properly. 

Blockchain software 

Golang development services are extensively used when it comes to blockchain development. The increased concurrently and performance capability of Go make it an ideal choice for blockchain software development. It is known to be the most chosen language for different blockchain platforms and tools which includes Hyperledger fabric. This is the open-source blockchain framework that makes use of go. 

Mobile backend 

Go is definitely a great choice when it is about developing a mobile backend. It provides reliability and high-performance. The robust standard and simplicity in its development make it an ideal choice for creating APIs and handling the backend services. It can provide the power required by mobile applications. Additionally, the concurrency model of Go makes sure that the backend will be able to handle smooth connections. 

AI and Machine learning software 

Golang development service is becoming more popular among machine learning and AI tools because of its ability and speed to handle concurrent processing tasks. It clearly supports the machine, learning libraries, and framework, along with being capable of compiling standalone binaries. Therefore, it becomes easy to deploy machine learning models within the production environment. 

Industries That Can Leverage the Potential of Go Development  

With the increased demand for Golang development services, more and more industries have started embracing it. This will not only be the case with high-tech companies, but also with the major industries that have begun leveraging the performance and features of Go. 

Manufacturing 

The manufacturing industry has started leveraging the features of Golang. It has become a valuable asset when it is about developing efficient and scalable systems. It has the ability to seamlessly handle simultaneous tasks without any lag, which makes it an ideal choice for inventory management systems, automated production lines, and data processing in real-time. Golang can also be leveraged by manufacturers to create high-performance software solutions to streamline operation operations and improve productivity. 

Healthcare 

There is no denying the fact that the healthcare industry is one of the top industries in the world. The strength of Golang development services in reliability and concurrency makes it the perfect choice to manage large data and ensure system up-time. Healthcare applications like telemedicine platforms, electronic health record systems, and patient management systems can largely benefit from the speed and efficiency of go. It supports secure communication, protocols, and encryption to ensure data compliance and privacy. 

Financial Services 

The financial sector is constantly evolving, and there is an increased demand for reliability and performance. Golang development services in financial institutions have become an ideal choice as they offer the reliability and performance that the industry looks for. It can be used for risk management systems, developing trading platforms, and creating real-time analytical tools. In addition to this, the concurrent model of Go can be beneficial to handle large dataset processing and high-frequency trading. Companies like Capital One and Monzo have successfully integrated systems into their backend to significantly improve performance and scalability. 

Professional services 

The professional services industry, including companies like consultation and legal firms, has started making use of Golang. This particular model is especially advantageous when it comes to creating customized software solutions. It can help to improve project tracking, client management, and data analysis. It has the ability to produce reliable, fast, and maintainable code for developing applications. Hence, it provides the performance and availability. The efficiency and simplicity of the system enabled the rapid development cycle required by the Fast-paced environment in professional servicing firms. 

Education 

When it is about the education sector, Golang development services are greatly in demand because of the ability to create student management systems, e-learning platforms, and other educational tools with the ability to handle concurrent interactions and huge volumes of data. Educational institutes can also benefit from improved performance and scalability of the system, which ensures a smooth user experience even in the peak timing. 

Transport & Logistics 

Golang is again useful in logistics and transportation to develop applications that need real-time data processing. This generally includes supply chain solutions, fleet management systems, and logistic platforms. Go's performance optimization and concur feature allow applications to handle route optimization, real-time tracking, and inventory management. It ensures efficient operations and timely delivery. 

Types of Go services available 

→ Go web App development Services: 

Golang is one of the most commonly chosen development services when it is about scalability and efficiency. Hence, it becomes an excellent choice when it comes to web application development. Companies have started leveraging the potential of this platform to create high-performance and robust web applications. The framework has a concurrent model, which enables scalability and responsive web solution to handle high traffic loads. 

→ Golang Mobile App Development Services 

Golang is also a popular choice when it comes to mobile application development. Golang development services are mainly chosen because of their simplicity and performance. It has the Gomobile toolchain that helps developers seamlessly write quotes so that the application runs efficiently on Android and iOS platforms. Such cross-platform capability has a significant advantage in today's World as it ensures consistent user experience across different devices. The concurrent model of Go includes channels and Goroutines to enhance performance concurrency. 

→ Golang Game Development Services 

Golang is also frequently used for game development. It is especially for the backend services, which need high concurrency and performance. This framework has the ability to handle multiple processes and connections at the same time, which makes it ideal for a game that requires multiplayer and other associated to back-end infrastructure. 

→ Golang Blockchain development 

The security and efficiency features of Golang development services make it an ideal choice for blockchain development. It has the ability to build high-performance blockchain applications which are equally secure. This includes decentralized applications, smart contracts, wallets, and crypto exchanges. It is also compatible with popular platforms like EOS and Ethereum. 

→ Golang API development services 

Golang Development Service is known to be a top choice when it comes to API development services or microservices. The reason is because of its ability and speed to seamlessly handle several concurrent connections. Companies have started leveraging the potential of Go to create high-performance and scalable APIs, which is the backbone of today's mobile applications and web solutions. 

→ Golang Product Engineering Services 

When it is about product engineering, Go is a potential choice as it helps to develop reliable and scalable software solutions. The speciality of Go is performance and simplicity which makes it an ideal choice for developing back and front-end components. It helps to meet both commercial and technical requirements. 

→ Golang MVP development services 

For businesses and start-ups that are constantly looking forward to validating those ideas, Go can be a potential choice. It helps to develop MVP models for companies. The approach can greatly reduce development costs along with the time to launch the product in the market. Therefore, companies will be able to seamlessly test the product concept and get valuable feedback prior to launching the full-scale product. 

→ Go Maintenance & Support Services 

Once the deployment is done, applications and solutions require ongoing support and maintenance. These are known to be the crucial steps to maintain software and ensure smooth operation. Golang Development service allows providers to offer comprehensive support that includes performance optimization, bug fixing, regular updates, and scalability improvement to ensure an updated and reliable application. 

The wide range of services offered by Golang in different aspects of software development makes it an ideal choice for businesses from different industries. Several leading companies have started harnessing this framework's potential to improve performance and scalability. 

FAQ'S 

What are Golang modules? 

Golang modules can be advantageous to developers when managing dependency within the Go projects. Modules can be referred to as a collection of Go packages stored in the route. The go.mod file is the definition of the path and the requirement for dependency. Such modules can be beneficial when it comes to solving problems and challenges associated with the Gopath. It provides a better version, dependency management, and reproducibility of the projects within Go. 

Can Golang be a suitable choice for web development? 

Yes. It can be a perfect choice for web development. It has been included with inbuilt support for web programming along with a range of packages to facilitate web development. The standard library of Golang development services includes packages to handle templating, HTTP, and a lot more. This is something that makes it a straightforward process to create high-performance and robust applications. 

Is there a chance of replacing Java? 

There is no single programming language that can completely replace another, as it has its own weaknesses and strengths. Undoubtedly Golang development services are known for being extremely faster than Java because of the concurrency model and simpler syntax. Java has been for a long time, and it has a huge community with extensive libraries. Java will always remain valuable for enterprise-level applications, while Go excels in specific areas that need concurrency and high-performance solutions. 

Can Golang be usable for front-end development? 

In recent times, Golang might not be suitable for front-end development as it primarily involves JavaScript, CSS, and HTML. It is generally used for back-end development. However, with the progress in time and the development of front-end technologies, it might be possible in the future. 

Is Golang suitable for machine learning? 

Yes, Golang can be used for artificial intelligence and machine learning. It has efficiency and speed, which makes it a suitable choice for handling a wide range of complicated computations required in AI and ML applications. Even though Golang might not be as popular as Python in this space, it is getting increasingly popular in developing performance-extensive applications. The concurrency capabilities and growing ecosystem can be beneficial for Golang development services. 

What is the future of Golang?  

Golang definitely has a great future. Today, we are slowly moving towards a time when we need higher performance and concurrency. Golang has been primarily designed with concurrently in mind, simplicity, and ease of use. It is a compiled and statistically typed language that enables excellent application performance. It is typically faster than any other language, like Ruby and Python. Golang development services are continuously growing, and access to assistance and resources is also increasing. 

[cerebraix]

The Role of Concurrency and Goroutines in Golang Development: A Primer for Recruiters

In this comprehensive guide, we'll explore the role of concurrency and Goroutines in Golang development, providing recruiters with valuable insights to identify qualified candidates and build high-performing development teams.

[amelia84]

Why use Golang for DevOps to streamline the continuous integration and deployment?

Google created the open-source programming language Golang. It is made to be straightforward, effective, and simple to use. Go's robust concurrency primitives and succinct syntax make it the perfect option for automating infrastructure and chores in a DevOps.

The integration of Golang for devops operations and software development has completely changed how businesses produce software and maintain their infrastructure. DevOps approaches facilitate faster deployment, increased scalability, and improved communication between development and operations through the automation of processes and infrastructure. 

In this blog, We will discuss how Golang for devops can be leveraged to streamline continuous integration and deployment so, lets start with its advantage 

The Golang Advantage For DevOps

Golang's design principles places on a premium on simplicity, concurrency, and performance are the core of its attractiveness for DevOps. Golang is a great option for accelerating CI/CD pipelines because of its simple syntax and effective handling of multiple processes at once. Golang's advantages become clear in the area of continuous integration, where speed is critical.

Building Reliable and Scalable Systems

Reliability and scalability are just as important to Golang for DevOps as speed. Static typing and effective garbage collection are two features of Golang that help build scalable and reliable systems. Because Golang can manage heavy traffic loads and provide dependable performance, many large enterprises have adopted it as a foundational technology for developing robust infrastructure. 

Golang In CI Pipelines: Accelerating Build Processes

Golang functions as a catalyst for quicker build and test processes by integrating smoothly into continuous integration pipelines. Because of its static linking feature, there are fewer dependencies and consistency between environments is guaranteed. Faster feedback loops let developers iterate more quickly and identify any problems early in the development cycle..

Efficient Testing 

CI/CD requires testing, and Golang has an integrated testing framework that makes the process easier. It is possible you can hire Golang developer to write tests in addition to their code, which encourages thorough testing. Applications are made more reliable by Golang's testing features, which make sure that modifications made to the codebase won't affect its stability.

Containerization and Orchestration 

Golang has proven essential in the field of orchestration and containers. It is essential to the creation of container orchestration platforms like Kubernetes and containerization tools like Docker. Golang's performance advantages boost containerized apps' effectiveness and give enterprises confidence to adopt microservices architectures.

Go and it’s Infrastructure as Code (IaC)

Infrastructure as Code, or IaC, is a notion that has gained popularity as DevOps approaches expand. Golang is a useful tool for expressing infrastructure as code as it's an expressive and productive language. Infrastructure as a Service (IaC) techniques are supported by tools and frameworks in the Golang ecosystem, which make infrastructure provisioning and management more automated.

Successful case studies of Golang for Devops

Success stories from the real world demonstrate to Golang's effectiveness in DevOps processes. Businesses from a range of sectors have used Golang to expedite their CI/CD procedures. For example, after using Golang, [Company X] saw a 30% reduction in deployment times, indicating the real impact of the language on operational effectiveness.

Community Contributions To Open Source Tools for DevOps

The Golang community's collaborative spirit has produced a multitude of open-source tools to improve DevOps procedures. Contributions that assist the larger DevOps community are what keep the Golang ecosystem thriving, from CI/CD pipelines to monitoring and logging systems. This attitude of cooperation guarantees that DevOps professionals will have access to state-of-the-art tools that complement Golang's effectiveness.

Challenges and Best Practices To Navigating The Golang DevOps Landscape

Although there are many advantages to utilizing Golang for DevOps, adoption may present certain difficulties. It's critical to identify potential obstacles and provide best practices for getting beyond them. Understanding the intricacies is essential for optimizing the efficiency advantages, from ensuring a seamless transition for existing codebases to making the most of Golang's concurrency features.

Conclusion:

The collaboration of Golang with continuous integration and deployment is an efficient symphony in the fast-paced world of DevOps. Golang's impact can be seen throughout the whole software development lifecycle, from infrastructure as code and container orchestration to optimized continuous integration pipelines. Golang is a conductor, bringing simplicity, speed, and scalability together in a harmonious way to achieve DevOps excellence as companies strive for faster, more dependable deployments.

[reachblog1]

Golang Development

Golang Development Services

Be along with the biggest giants across multiple sectors with golang development services; Work with Brainfuel, the best golang development company in India.

[heart-ghost-studyblr]

Definitely this counts as productive night of studies.

I arrived early, grabbed my seat, and dive into another incredible Golang SP event at Microsoft Reactor.

During the event, we discussed the simplicity of error handling in Go, which was practically reinforced by creating a CSV file parser, ensuring that any issues encountered are well identified and handled.

[guzscode]

Do You Want Some Cookies?

Doing the project-extrovert is being an interesting challenge. Since the scope of this project shrunk down a lot since the first idea, one of the main things I dropped is the use of a database, mostly to reduce any cost I would have with hosting one. So things like authentication needs to be fully client-side and/or client-stored. However, this is an application that doesn't rely on JavaScript, so how I can store in the client without it? Well, do you want some cookies?

Why Cookies

I never actually used cookies in one of my projects before, mostly because all of them used JavaScript (and a JS framework), so I could just store everything using the Web Storage API (mainly localstorage). But now, everything is server-driven, and any JavaScript that I will add to this project, is to enhance the experience, and shouldn't be necessary to use the application. So the only way to store something in the client, using the server, are Cookies.

TL;DR Of How Cookies Work

A cookie, in some sense or another, is just an HTTP Header that is sent every time the browser/client makes a request to the server. The server sends a Set-Cookie header on the first response, containing the value and optional "rules" for the cookie(s), which then the browser stores locally. After the cookie(s) is stored in the browser, on every subsequent request to the server, a Cookie header will be sent together, which then the server can read the values from.

Pretty much all websites use cookies some way or another, they're one of the first implementations of state/storage on the web, and every browser supports them pretty much. Also, fun note, because it was one of the first ways to know what user is accessing the website, it was also heavy abused by companies to track you on any website, the term "third-party cookie" comes from the fact that a cookie, without the proper rules or browser protection, can be [in summary] read from any server that the current websites calls. So things like advertising networks can set cookies on your browser to know and track your profile on the internet, without you even knowing or acknowledging. Nowadays, there are some regulations, primarily in Europe with the General Data Privacy Regulation (GDPR), that's why nowadays you always see the "We use Cookies" pop-up in websites you visit, which I beg you to actually click "Decline" or "More options" and remove any cookie labeled "Non-essential".

Small Challenges and Workarounds

But returning to the topic, using this simple standard wasn't so easy as I thought. The code itself isn't that difficult, and thankfully Go has an incredible standard library for handling HTTP requests and responses. The most difficult part was working around limitations and some security concerns.

Cookie Limitations

The main limitation that I stumbled was trying to have structured data in a cookie. JSON is pretty much the standard for storing and transferring structured data on the web, so that was my first go-to. However, as you may know, cookies can't use any of these characters: ( ) < > @ , ; : \ " / [ ] ? = { }. And well, when a JSON file looks {"like":"this"}, you can think that using JSON is pretty much impossible. Go's http.SetCookie function automatically strips " from the cookie's value, and the other characters can go in the Set-Cookie header, but can cause problems.

On my first try, I just noticed about the stripping of the " character (and not the other characters), so I needed to find a workaround. And after some thinking, I started to try implementing my own data structure format, I'm learning Go, and this could be an opportunity to also understand how Go's JSON parsing and how mostly struct tags works and try to implement something similar.

My idea was to make something similar to JSON in one way or another, and I ended up with:

Which, for reference, in JSON would be:

This format is something very easy to implement, just using strings.Split does most of the job of extracting the values and strings.Join to "encode" the values back. Yes, this isn't a "production ready" format or anything like that, but it is hacky and just a small fix for small amounts of structured data.

Go's Struct Tags

Go has an interesting and, to be honest, very clever feature called Struct Tags, which are a simple way to add metadata to Structs. They are simple strings that are added to each field and can contain key-value data:

Said metadata can be used by things such the encoding/json package to transform said struct into a JSON object with the correct field names:

Without said tags, the output JSON would be:

This works both for encoding and decoding the data, so the package can correctly map the JSON field "access_token" to the struct field "Token".

And well, these tokens aren't limited or some sort of special syntax, any key-value pair can be added and accessed by the reflect package, something like this:

Learning this feature and the reflect package itself, empowered me to do a very simple encoding and decoding of the format where:

Can be transformed into:

And that's what I did, and the [basic] implementation source code just has 150 lines of code, not counting the test file to be sure it worked. It works, and now I can store structured data in cookies.

Legacy in Less Than 3 Weeks

And today, I found that I can just use url.PathEscape, and it escapes all ( ) < > @ , ; : \ " / [ ] ? = { } characters, so it can be used both in URLs and, surprise, cookie values. Not only that, but something like base64.URLEncoding would also work just fine. You live, and you learn y'know, that's what I love about engineering.

Security Concerns and Refactoring Everything

Another thing that was a limitation and mostly worry about me, is storing access tokens on cookies. A cookie by default isn't that secure, and can be easily accessed by JavaScript and browser extensions, there are ways to block and secure cookies, but even then, you can just open the developer tools of the browser and see them easily. Even though the only way to something malicious end up happening with these tokens are if the actual client end up being compromised, which means the user has bigger problems than just a social media token being leaked, it's better to try preventing these issues nonetheless (and learn something new as always).

The encryption and decryption part isn't so difficult, Go already provides packages for encryption under the crypto module. So I just implemented an encryption that cyphers a string based on a key environment variable, which I will change every month or so to improve security even more.

Doing this encryption on every endpoint would be repetitive, so adding a middleware would be a solution. I already made a small abstraction over the default Go's router (the DefaultMuxServer struct), which I'm going to be honest, wasn't the best abstraction, since it deviated a lot from Go's default HTTP package conventions. This deviation also would difficult the implementation of a generic middleware that I could use in any route or even any function that handles HTTP requests, a refactor was needed. Refactoring made me end up rewriting a lot of code and simplifying a lot of the code from the project. All routes now are structs that implement the http.Handler interface, so I can use them outside the application router and test them if needed; The router ends up being just a helper for having all routes in a struct, instead of multiple mux.HandleFunc calls in a function, and also handles adding middlewares to all routes; Middlewares end up being just a struct that can return a wrapped HandlerFunc function, which the router calls using a custom/wrapped implementation of the http.ResponseWriter interface, so middlewares can actually modify the content and headers of the response. The refactor had 1148 lines added, and 524 removed, and simplified a lot of the code.

For the encryption middleware, it encrypts all cookie values that are set in the Set-Cookie header, and decrypts any incoming cookie. Also, the encrypted result is encoded to base64, so it can safely be set in the Set-Cookie header after being cyphered.

---

And that's what I worked in around these last three days, today being the one where I actually used all this functionality and actually implemented the OAuth2 process, using an interface and a default implementation that I can easily reimplement for some special cases like Mastodon's OAuth process (since the token and OAuth application needs to be created on each instance separately). It's being interesting learning Go and trying to be more effective and implement things the way the language wants. Everything is being very simple nonetheless, just needing to align my mind with the language mostly.

It has been a while since I wrote one of these long posts, and I remembered why, it takes hours to do, but it's worth the work I would say. Unfortunately I can't write these every day, but hopefully they will become more common, so I can log better the process of working on the projects. Also, for the 2 persons that read this blog, give me some feedback! I really would like to know if there's anything I could improve in the writing, anything that ended up being confusing, or even how I could write the image description for the code snippets, I'm not sure how to make them more accessible for screen reader users.

Nevertheless, completing this project will also help to make these post, since the conversion for Markdown to Tumblr's NPF in the web editor sucks ass, and I know I can do it better.

[gophers-lab]

Hire Golang Developers: Elevate Your Software Development

Looking to build robust and high-performance applications? Hire Golang developers who excel in creating efficient, scalable, and reliable solutions. Discover the benefits of using Go, a language designed for concurrency and simplicity, and find the right talent to bring your project to life.

[frog707]

Unlike 99% of human languages, computer languages are designed. Many of them never catch on for real applications. So what makes a computer language successful? Here's one case study...

[hexaredecimal]

Making a compiler

Every programmer out there, new or experienced longs for a chance to create their own programming language and compiler. I am no exception. Months ago I decided to fork an old project on github and develop it in my image. The project was a golang-like unfinished compiler, so I dug in and made changes. I changed the language to resemble a subset of rust, go and ocaml. I plan to add a LLVM backend inspired by the tre golang compiler. I will continue working on it until it kinda works. I still have a lot to do. check out the project on the link below. If you want to contribute submit a pull request.

[hiringjournal]

Hiring a Golang Developer vs. a Python Developer: Which Is Better for Your Startup?

Every choice you make when starting a business is crucial, but hiring the right staff and using the right technology are particularly important. Since backend development is the foundation of your product, choosing the appropriate language and developer is not just a technical but also a strategic decision. 

Both Golang and Python have advantages over one another. However, one might be better suited for your needs based on speed, concurrency, simplicity, or scalability. This guide will assist you in making a decision based on the requirements of your startup if you are unsure whether to hire Python or Golang developers.

Speed vs. Flexibility: Choosing the Right Backend Language for Your Startup’s Success

Golang for Performance and Scalability

Google created Golang, commonly referred to as Go, to efficiently manage high-concurrency systems. Golang might be the best option for your firm if you're concentrating on creating performance-critical systems, such as streaming services, real-time APIs, or microservices.

Hiring Golang developers is an investment in speed. Because Go is statically typed and built, it executes more quickly and produces fewer runtime errors. Go is rapidly becoming the backend standard for tech businesses managing large-scale infrastructure or striving for cloud-native architecture.

Python for Flexibility and Rapid Development

In contrast, Python is the preferred language for automation, data science, artificial intelligence, and fast prototyping. It is easy for beginners to understand, legible, and backed by a vast library environment. Hiring Python developers makes sense if your firm has limited development resources or is focused on analytics or machine learning.

Python is a great choice for MVPs. You can quickly test features, iterate, and change course in response to user input. Although Python may not be as fast as Golang, many software companies find the flexibility it provides to be worth the trade-off.

Backend Talent: What to Prioritize

Evaluating their backend skills is crucial, regardless of whether you choose to work with Python specialists or Golang engineers. It is crucial to comprehend security protocols, database architecture, and API design. The way developers design and scale systems is just as important as syntax.

This is where when you hire backend developers they can address problems in any language. Before reducing their stack, some firms even hire multilingual developers to meet initial product demands.

Hiring Considerations for Startups

Hiring expenses are important for startups that are bootstrapped. Due to their greater availability, Python coders may be easier to locate and more reasonably priced. Though they are less common, Golang engineers frequently contribute high-performance knowledge that is perfect for long-term scalability.

Remember that while Golang's skill pool is still developing, both communities are expanding. Expect to work a little more if you decide to hire Golang developers, but the performance benefits can make the effort worthwhile.

Summary

There isn't a single, universal solution. Employ Python developers if you require quick development and adaptability. It's time to hire Golang developers if you are creating scalable backend systems with a focus on performance. Whichever option you use, make sure the developer's experience matches the objectives of your product.

An increasing number of software businesses are combining the two languages, utilizing Python where agility is important and Golang for applications that require speed. It all comes down to carefully and strategically laying the proper foundation.

[xiffu85]

[reachblog1]

Golang Development Services

Be along with the biggest giants across multiple sectors with golang development services; Work with Brainfuel, the best golang development company in India.

[oliverrgradyy]

Jellyfish Technologies builds digital products and software. They offer many services like making software looking at data, working with clouds, updating old apps creating AI, and helping with DevOps. They've been around for more than 13 years and have 150+ experts on their team. So far, they've finished over 4000 projects. They work with different types of businesses such as healthcare, fintech, and retail, among others. People know Jellyfish Technologies for doing good work finishing projects on time, and keeping their clients happy. They come up with special solutions using the latest tech to help companies reach their digital goals.

Jellyfish Technologies, a top Golang development company, delivers high-performance, scalable solutions tailored to your business needs. Our expert developers build robust applications with seamless integrations, ensuring efficiency and reliability. Partner with us for cutting-edge Golang development that accelerates innovation and drives long-term success in a competitive digital landscape.

[reliasoftware-blog]

🚀 Supercharge Your Golang + PostgreSQL Performance with PGX!

If you are struggling with slow queries and inefficient connections, PGX is the game-changer you need! ⚡