#software-architecture

#software-architecture

AI is no longer a research experiment or a novelty in the IDE: it is part of the software delivery pipeline. Teams are learning that integrating AI into production is less about model performance and more about architecture, process, and accountability. In this article series, we examine what happens after the proof of concept and how AI changes the way we build, test, and operate systems.

Software development is more than writing code. It's about constructing robust ecosystems. Similar to how a city comprises more than its buildings, software is more than its codebase. It's a complex integration of functionalities, user experiences, and adaptability. This perspective ensures that developers aren't merely coding but are architecting the environments that support diverse user needs, fostering growth and adaptation.

When you think about it, the moment you start describing what you want the AI to build - the behavior, the constraints, the flows, the edge cases - you're already writing specs. And if those specs are clear enough, the AI can turn them into code, and even into tests. Call it ai-Driven Development ( aiDD). Or vibe coding. But the pattern is the same: The better the spec you write, the better the code you get.

The technology landscape has shifted beneath our feet. For the past decade, "API-first" was the mantra that guided architectural decisions across the industry. Build robust APIs, enable integrations, create ecosystems, this was the playbook. But in 2025, as AI capabilities become increasingly sophisticated and accessible, CTOs and technology leaders face a new question: should we be AI-first instead? This isn't just a technical question. It's a strategic one that will define competitive positioning, development velocity, and product differentiation for years to come

Many of the things that we've learned during this process became a series of articles, that then got to presentations, and various different things.

Being an architect is not just about design; it's about the entire lifecycle of software, collaboration, and making impactful decisions in various systems.

Monolithic applications have proven difficult to manage over time, prompting a shift towards Microservices, which introduced their own complexities, leading to the embrace of Modulith architecture.

Software architecture is critical across sectors, from finance to healthcare, in crafting systems that genuinely solve problems rather than just creating technology for its own sake.

SOLID principles are like architectural blueprints for code, ensuring robust and maintainable software by promoting structured design through key principles.

Software architecture must evolve to keep up with changing requirements, or we risk an architecture that no longer meets current and future operational needs.