Golang tackles large-scale challenges with speed and reliability. Our developers use Beego and Revel to build secure, high-performance apps quickly.
Golang development services we offer
Golang Web Development
Cloud-Native Golang
Golang handles concurrency and lightweight memory with ease. Using Docker and Kubernetes, we create modern apps prepared for effortless scaling.
API & Microservices Architecture
Using Gin and Echo, we build scalable, secure APIs. Strong authentication and routing deliver smooth integration with enterprise platforms.
Golang Migration Support
Golang upgrades outdated systems into faster, efficient platforms. Our team ensures smooth migration, better security, and continuous support for seamless performance.
Golang CLI Tools
Go helps you build powerful command-line tools for faster work. Our CLIs handle automation, data tasks, and server operations with ease.
Why Choose Mediusware for Go Development
Elite Go Developers
We bring you top-tier talent. Every senior Go engineer goes through a thorough vetting process that measures both technical expertise and soft skills. The result? Highly skilled, bilingual developers who consistently deliver above expectations.
Flexible Collaboration Models
Whether you need a single Go expert to strengthen your in-house team or a fully dedicated squad to own your project, we adapt to fit your needs. Our flexible engagement models ensure your business stays agile, scalable, and future-ready.
Seamless Timezone Alignment
With most of our Go developers based in Emglish-speaking, collaboration with North American teams happens in real-time. Shared time zones and cultural alignment make communication smoother, decisions faster, and teamwork more natural.
The go ecosystem we work with
Web Development Frameworks
Go frameworks help us build high-performing, scalable web applications with faster development cycles, native concurrency support, and smooth integration with databases and third-party tools.
- Gin
- Echo
- Revel
- Beego
- Fiber
- Buffalo
- Gorilla Toolkit
Databases & ORM Tools
These solutions simplify database operations and Object-Relational Mapping, making it easier to handle queries, optimize performance, and keep data workflows seamless.
- GORM
- SQLx
- Dgraph
- XORM
- Gorp
Networking & Microservices
We rely on proven Go tools to enable distributed systems, real-time communication, and scalable microservices architectures.
- gRPC
- NSQ
- Consul
- KrakenD
- Micro
Testing, QA & DevOps
From automated testing to deployment pipelines, these tools ensure quality, reliability, and smooth delivery of Go applications.
- GoConvey
- Ginkgo
- Testify
- Docker
- Kubernetes
- Helm
Libraries & Toolkits
To improve productivity and maintain clean, maintainable code, we use Go toolkits that power CLI apps, logging, and configuration management.
- Cobra
- Viper
- Zap
- Kingpin
- Logrus
Key things to know about go
1. Speed & Efficiency
Go makes the development process faster and more efficient.
Its built-in concurrency features, like Goroutines and channels, allow developers to handle parallel tasks seamlessly. That means large-scale data processing, asynchronous workflows, and high-throughput systems can all run smoothly.
2. Simplicity & Reliability
One of Go’s biggest strengths is its simplicity. The language is clean, easy to read, and reduces unnecessary complexity, making projects easier to maintain in the long run.
Frameworks such as GORM and SQLx simplify database interactions, while Go’s static typing helps catch errors early, ensuring stable and reliable code.
3. Performance & Scalability
Companies like Uber, Dropbox, and Twitch use Go for a reason, it’s designed for speed and scale.
With frameworks like Gin and Echo, developers can build web applications that handle thousands of concurrent requests efficiently, all while keeping resource usage low.
The history of golang (go)
Created out of Google’s need to overcome slow builds and overly complex systems, Go was designed to combine speed, efficiency, and simplicity in one powerful language. What started as an internal solution quickly grew into one of the most trusted programming languages for building modern, scalable software.
2007
Google engineers Robert Griesemer, Rob Pike, and Ken Thompson set out to solve the challenges of long compile times and complicated languages. Their goal: a language that balances speed, simplicity, and powerful concurrency.
2009
After two years of development, Google publicly introduces Go as an open-source project. The language was designed to streamline modern infrastructure, offering both performance and developer-friendly syntax.
2012
Go 1.0 is officially released, marking its first stable version and signaling that the language is ready for production use.
2014
Google migrates large portions of its backend from Python to Go to improve performance for growing infrastructure. This demonstrates Go’s ability to handle large-scale, high-performance workloads.
2016
The Go team introduces Go on Google’s Cloud Platform (GCP) and expands support for microservices and modern distributed systems. Developers begin adopting Go widely for cloud-native applications.
2018
Community demand for better error handling leads to early proposals for a new system. Go also gains traction in creating microservices and DevOps tools, becoming a backbone for scalable cloud infrastructure.
2020
Work intensifies on adding support for generics, one of the most requested features in Go’s history. Developers eagerly anticipate its arrival as a major step forward for the language.
2022
The release of Go 1.18 introduces generics, transforming the language by allowing reusable, type-safe code. This fulfills one of the longest-standing community requests and expands Go’s flexibility.
2023
Google unveils Service Weaver, an open-source framework for building distributed applications in Go. Meanwhile, Go continues to dominate in cloud, DevOps, and backend development.
2024
Go further solidifies its place as a top language with the release of Go version 1.23. By February 2025, Go ranks in the top 10 of the TIOBE Index with a 2.26% rating—showing its strong global adoption.
Digital. Outcomes. Delivered.
Initial consultation
We take the time to understand your objectives, team structure, timelines, budget, and resource needs. From there, we match you with the right talent.
Team setup & roadmap
We form your development team and assign a dedicated project manager. Together, we create a detailed project roadmap, set milestones, and ensure all stakeholders are on the same page.
Development & ongoing tracking
Once the team is onboarded, we kick off development. Your project manager oversees progress, ensures timely delivery, and keeps you updated with transparent reporting. You’ll have the flexibility to adjust scope or scale resources whenever needed.
Frequently Asked Questions
Outsourcing to a Golang development company means entrusting your project needs to an external partner, with the flexibility to select from different engagement models.
For instance, you can bring Go specialists into your in-house team through staff augmentation, or choose full project outsourcing, where the partner manages the entire development process. Throughout the collaboration, the company leverages communication, collaboration, and project management tools to keep you informed and actively involved.
