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Refactoring during Cloud migrations millions of lines of code created over decades requires deep understanding of the software architecture, its components and interdependencies.
The typical lack of documentation and absence of developers with legacy knowledge bogs down architects and development teams. They often resort to trial-and-error methods for refactoring, taking wrong turns and inadvertently introducing production defects affecting the business.
Easily explore Software Architectures to the tiniest detail.
IN REAL TIME.
Automatically understand the technology stack, as well as all interdependencies between code components, application layers, frameworks, technologies, databases. Identify obsolete technologies and frameworks that are good candidates for decommissioning and see inside the software system with MRI-like precision.
Automatically plot Data Access Graphs.
IN MINUTES.
Automatically identify all components involved in the display and/or the processing of the data stored into data repositories, such as tables and flat files, avoiding wrong turns in de-coupling and refactoring.
Quickly reverse engineer API Call Graphs.
IN MINUTES.
Automatically identify API routes with tight dependencies between them (hard to separate) and flows with low dependencies (to be considered for separation), a necessary consideration for ensuring scalability and deployment flexibility of the modernized application.
Auto discover potential candidates for De-coupling.
IN MINUTES.
Quickly identify the artefacts (horizontal layer) contributing to functional communities. Automatically identify communities tightly coupled and with low modularity (hard to separate) and communities with low coupling that could be isolated with minimal effort.
Auto discover potential candidates for Microservices.
IN MINUTES.
Find the most practical (low effort) Microservices candidates. Identify core components (vertical layer) supporting several functions, a good starting point for microservices.
Monitor architectural impact of code changes.
IN REAL TIME.
Understand and visualize in real time the impact of newly developed or changed code to the fundamental architecture, its adherence with the intended TO-BE design, and its effects on the structural quality of the entire software system.
Understand functional relevance of technical elements.
IN REAL TIME.
You can tag modules discovered by CAST Imaging according to their functional and/or technical relevance. For example, you can tag all modules that comprise a transaction and all modules slated for de-coupling and immediately see the intersection.
Easily identify dependencies between applications.
IN REAL TIME.
Minimize business interruptions by migrating a cluster of applications together, based on the dependencies between them. When required, investigate the impact of breaking off the application from its cluster.
Watch how LTI leveraged CAST Imaging to accelerate modernization
Watch this video to see how
CAST Imaging works
