Migration and Upgrade Services - Code Scanner IT Solutions

Migrating from ASP.NET Web Forms to ASP.NET Core: Many older systems are built on ASP.NET Web Forms, which is no longer the recommended approach for modern web applications. Migrating from Web Forms to ASP.NET Core allows businesses to leverage the latest features, improved performance, and cross-platform capabilities.
Migrating from ASP.NET MVC to ASP.NET Core MVC: Migrating from an older version of ASP.NET MVC (e.g., ASP.NET 4.x) to ASP.NET Core MVC. This upgrade offers improved performance, better scalability, and support for new platforms like Linux and macOS.
Code Refactoring: Refactoring old code to align with modern design patterns, best practices, and better separation of concerns (e.g., MVC, DI, etc.).

SQL Server to Azure SQL Database: Migrating on-premise SQL Server databases to Azure SQL Database, ensuring better scalability, availability, and performance.
Database Schema & Data Migration: Assisting in the migration of database schemas, data, and indexes to ensure compatibility with modern cloud-based or upgraded database systems.
NoSQL Migration: For applications that require it, migrating traditional relational databases (SQL Server) to NoSQL solutions like Azure Cosmos DB or MongoDB.

Upgrading from ASP.NET 4.x to ASP.NET Core: Migrating an application built with the old ASP.NET framework (e.g., ASP.NET 4.x or Web Forms) to the latest version of ASP.NET Core. This involves a thorough upgrade process, including handling breaking changes, dependencies, and UI adjustments.
Version Compatibility Checks: Ensuring that the application remains compatible with the latest versions of .NET, .NET Core, and any related libraries. The upgrade process may involve code changes to address deprecated methods or APIs.
Performance Enhancements: Along with upgrades, performance tuning is often included to improve the overall efficiency of the application (e.g., optimizing memory management, reducing load times).

Third-Party Libraries & Framework Updates: Upgrading third-party libraries and frameworks integrated with ASP.NET applications (e.g., Entity Framework, SignalR, jQuery, Bootstrap) to ensure compatibility with the new version of ASP.NET.
Security Updates: Ensuring that the upgraded application incorporates the latest security patches and best practices to protect against vulnerabilities.
Dependency Injection and Middleware Refactoring: Refactoring legacy applications to use modern dependency injection and middleware patterns to improve maintainability and scalability.

Windows to Linux Migration: For organizations looking to move their ASP.NET applications from Windows-based servers to Linux servers, ASP.NET Core enables cross-platform development, making this migration smoother and more cost-effective.
Dockerization: Containerizing ASP.NET applications with Docker to make them platform-agnostic and easier to deploy on any cloud or on-premise infrastructure.

Responsive Web Design: Migrating the user interface (UI) to responsive and modern frameworks (e.g., React, Angular, Blazor) to improve user experience across mobile and desktop devices.
UI Refactoring: Overhauling the user interface of legacy ASP.NET Web Forms applications, updating the look and feel while maintaining functionality.
JavaScript Frameworks Upgrade: Replacing outdated JavaScript libraries (e.g., jQuery) with modern JavaScript frameworks like React or Vue.js, improving interactivity and performance.

Codebase Optimization: Refactoring inefficient or outdated code to improve performance, reduce memory usage, and lower load times.
Caching Solutions: Implementing or upgrading caching mechanisms (e.g., Redis, MemoryCache) to improve response times and scalability.
Load Testing: Ensuring that the migrated or upgraded application can handle a high volume of traffic by performing stress and load testing before and after migration.

Bug Fixes and Patches: Addressing any issues that arise during migration and ensuring the application works as expected on the new platform or framework.
Monitoring & Logging: Setting up monitoring and logging tools (e.g., Application Insights, Loggly) to track application performance, user behavior, and errors post-migration.
Security Audits: Conducting post-migration security audits to ensure the application is secure and compliant with industry standards.

Automated Testing: Implementing automated testing (unit tests, integration tests) for the newly migrated or upgraded application to ensure it works as expected.
End-to-End Testing: Conducting thorough testing of the entire application flow to ensure that the migration process has not broken any functionality or introduced bugs.