Learn how to take a clear, low-risk path to refactor complex .NET applications and move them to Linux, containers, and AWS managed services.
Many .NET modernization efforts stall on Windows
Applications running on AWS may still depend on Windows, IIS, SQL Server, and tightly coupled .NET Framework architectures. That leaves ongoing Microsoft licensing costs, while monolithic applications slow progress toward Linux, containers, and cloud-native services.
This guide shows how vFunction helps AWS teams modularize complex .NET applications and break the Windows dependency. With a modular foundation, teams can migrate to modern .NET on Linux and more effectively leverage EKS, ECS, and Lambda.
What’s inside
Learn how AWS teams can help customers modernize complex .NET applications and move off Windows with less risk and more structure.
- Why .NET workloads stay locked on Windows-based EC2
- What makes large .NET Framework monoliths hard to move to Linux
- Why modularization needs to happen before framework modernization in complex applications
- How vFunction, Kiro, and AWS Transform work together
- How AWS programs can help fund and accelerate modernization
- What a structured path from Windows to Linux looks like
Who this guide is for
This guide is for AWS solutions architects, sellers, and modernization teams working with customers whose .NET applications are still anchored to Windows-based EC2 and need a practical path to Linux, containers, and managed services. It is especially relevant for teams dealing with stalled migration phases, licensing pressure, and applications that are too architecturally complex for framework upgrades alone.
Ready to move .NET workloads off Windows?
Download the guide to see how AWS teams are using vFunction to modularize complex .NET monoliths, reduce Windows dependency, and create a repeatable path to Linux-based services on AWS.