Vertical Architectures for Scalable Angular Applications | Manfred Steyer

Discover how vertical architectures can improve scalability and maintainability of Angular applications by decoupling systems, with expert insights on themes, domain-driven design, and more.

Key takeaways

Quality needs to address all stages of software engineering and development.
Vertical architectures allow for more scalability by decoupling systems.
Domain-driven design helps to identify business domains and model them separately.
Themes are a way to structure a system and define interaction between different parts.
Stream-aligned themes work well for systems that need to be updated frequently.
The goal of vertical architectures is to make sure each team can focus on its own domain without interference.
Each team has its own vertical, which is a self-contained system.
Verticals should be loosely coupled to allow for changes without affecting other parts of the system.
Each vertical is a library or folder that implements a specific domain.
Implemented themes should be easy to understand and maintain.
Domain experts and developers should work together to identify and implement verticals.
The ideal size of a vertical is small, allowing for easy maintenance and updating.
Event storming is a technique to identify and implement events that drive business processes.
The Angular community is involved in the development of vertical architectures.
Quality needs to be integrated into the development process, not just tested at the end.

Vertical Architectures for Scalable Angular Applications | Manfred Steyer

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