A clean software architecture is essential for building scalable and resilient systems and maintaining engineering velocity. Follow these principles and best practices.
Credit: Daniel Fung / Shutterstock
Modern software must function smoothly within a diverse ecosystem, from on-premises monoliths to ever-evolving cloud-based microservices. Architectural choices made during software development, be they explicit or implicit, add complexity and create interdependencies, often leading to an increased risk of outages, incidents, and security issues as well as the accumulation of technical debt that impact the overall performance of the application.
How can you assess whether your software architecture holds up to scrutiny? Modern tools and practices allow organizations to go beyond code quality checks and implement principles that promote the health, stability, and scalability of their software architecture. This article explores why clean architecture is essential for supporting the growth, flexibility, and reliability of your software and provides practical steps for maintaining a healthy system architecture.