Focus

Go

Go is a compact programming language for high-performance, concurrent, and distributed applications.

Develop software with Go

Go is a statically typed programming language designed around a small language core, straightforward tooling, and built-in support for concurrency. It is widely used for backend services, APIs, cloud infrastructure, and distributed systems. Many tools in the cloud and container ecosystem are also written in Go. Through Software Architecture and Development and Digital Platforms and Infrastructure, INNOQ evaluates languages and technologies in the context of the system they need to support.

On this page, you will find articles, podcasts, and talks on Go, distributed systems, and modern software development.

Our Services

We advise honestly, think innovatively and love to build. The result: successful software solutions, infrastructures and business models.

Frequently Asked Questions

Do you have questions about Software Architecture and Development? Here you will find answers to questions we are frequently asked.

When does a software project need architectural change rather than just new features?

If changes regularly cause unexpected side effects, releases become increasingly risky, or teams spend more time coordinating and maintaining systems than evolving them, the underlying issue is often architectural. That is when it makes sense to examine the system structure itself and identify which dependencies, boundaries, or technology decisions are slowing development down.

INNOQ supports teams both in assessing existing systems and in evolving them: Software Architecture and Development and Software Reviews

When is custom software a better choice than off-the-shelf software?

Custom software makes sense when core business processes or products are too specific to be supported effectively by standard software, or when extensive customization would be required over the long term. It is particularly relevant when software itself provides competitive differentiation or forms a key part of the business model.

INNOQ develops custom software from domain design and architecture through implementation and operation, while integrating it into existing system landscapes: Software Architecture and Development

How do you choose the right technology stack for a software project?

The right technology depends on the context. Programming languages, frameworks, databases, and infrastructure should not be chosen because they are new or popular, but because they fit the system’s requirements, the team’s capabilities, and the long-term dependencies they create. Operations, maintainability, and future evolution should also be considered from the start.

INNOQ is vendor-independent and evaluates both existing and new technologies against business requirements, team structures, and strategic goals: Software Architecture and Development

How should software architecture and development work together?

Architecture works best when it is not separated from implementation. Architectural decisions need to prove themselves in real development work and should be revisited as requirements evolve. At the same time, development teams need clear guidance on system boundaries, interfaces, technology choices, and quality goals.

At INNOQ, architecture and development therefore go hand in hand. Our architects are experienced developers themselves and have worked with software throughout different stages of its lifecycle: Software Architecture and Development

How does INNOQ support development teams without creating long-term dependency?

INNOQ can take on different roles depending on the situation: providing individual architects or developers, working alongside existing teams, or taking responsibility for complete teams and applications. Knowledge transfer is part of the engagement. Architectural decisions are documented transparently, and knowledge is shared throughout the project so that teams can continue developing and operating their systems independently.

The explicit goal is to strengthen internal capabilities rather than create long-term dependence on external support: Software Architecture and Development