![]() ![]() It gives architects detailed visibility and context into an existing application’s architecture to profile and baseline how an application is architected, identifying domains and cross-domain contamination, collecting observable dynamic operational and static data to proactively fix issues, set baselines, detect drift, identify significant architectural events, and resolve architectural inconsistencies. Architectural Observability is like having a very detailed map of a software application. Fortunately, the concept of Architectural Observability steps in to help. ![]() Consequently, architects are in a tough spot across the org chart, from enterprise architects to chief architects to lead software architects, making it more difficult to keep track of the ever-changing systems, let alone problems like architectural drift and growing technical debt. But with this shift, understanding our software architecture on a deeper level while keeping up with the quick pace of release cycles is becoming more challenging. One of those beautiful complications was the introduction of Agile methodologies, which have become a standard in software development by shifting how we develop software into a more responsive and collaborative process. Shiny new features and new approaches have been introduced over time to support those changes and requirements. The application has matured, mirroring the business's rapid growth, but the resulting complexity introduces significant complications. As their story unfolds, and with the relentless additions of new features and modifications to existing ones, this once sleek application has grown into a complex, intertwined system. It's a story as old as (UNIX) time - in scene one, we meet an international online retailer whose software infrastructure is based on a sprawling monolithic application. ![]()
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