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How to Manage Architecture Technical Debt in 2024
Download NowCombat architectural drift after each release with a real-time view of how each application changes over time. vFunction identifies architectural drift using the baseline you set, sending configurable auto-alerts for new architectural events.
Get a map of your application’s architecture and an initial technical debt report, establishing a baseline to measure drift against.
Observe dependencies between domains in your monolithic and distributed applications. vFunction provides detailed insights into how to reduce new dependencies and get back on track with your refactoring and modularization efforts.
Customize your vFunction experience based on your organization’s goals and team requirements. Configure auto-alerts for new architectural events and decide how to prioritize your to-do lists based on your goals for engineering velocity, resiliency, cloud readiness, and scalability.
To prevent architectural drift, you need a clear baseline for your architectural health. vFunction helps you visualize your architecture, reduce complexity, and optimize applications and services for modern, cloud-native infrastructure. AI-driven insights provide clear next steps toward more resilient, scalable applications and faster time-to-delivery.
Analyze your architecture with AI-powered observability, visualizing relationships, dependencies, and the overall health of each of your applications.
Continuously modernize and build more resilient applications, reducing unnecessary dependencies and creating clearer boundaries between each domain.
Pay down architectural technical debt by automatically pinpointing issues with business logic modularity, resource exclusivity, domain dependencies, architectural complexity, using vFunction’s prioritized to-do lists to improve your architecture.
Modularize domains in your monolithic applications, converting them to microservices with code extraction, including REST API generation for new services, and automatic framework upgrades.
Learn firsthand how to leverage vFunction to prevent architectural drift.
