Technology Stack Upgrade Services

We migrate applications from .NET Framework to .NET 8 by first assessing framework dependencies, System. Web usage, Windows-specific components, third-party libraries, and integration constraints. Depending on the application, we can use an incremental migration path or re-platform selected services first.

Typical work includes replacing unsupported APIs, moving to ASP.NET Core, updating authentication and configuration patterns, modernizing dependency injection, introducing newer logging and observability tooling, and preparing the application for containers or cloud deployment. We also validate functional parity and performance before cutover to reduce migration risk.

We upgrade Java applications from older LTS versions to Java 17 or 21, including JVM changes, deprecated APIs, framework compatibility, build tooling, and third-party dependencies. The upgrade can also include Spring, Hibernate, Maven, Gradle, and application server updates where required.

Our engineers run compatibility checks, update libraries, resolve breaking changes, tune JVM settings, and test critical workloads under the target runtime. For large enterprise systems, we can phase the migration by module or service to avoid a high-risk all-at-once release.

We migrate Python 2 codebases to Python 3 while preserving critical business logic and removing dependencies that no longer receive security or compatibility updates. The process includes syntax changes, package replacement, Unicode and string handling, exception behavior, and updates to frameworks and libraries.

We also review test coverage before migration, introduce automated regression checks where gaps exist, and validate integrations, scheduled jobs, and data-processing workflows after the upgrade. This helps prevent subtle runtime issues that simple syntax conversion tools may miss.

We upgrade PHP applications from PHP 7 to supported PHP 8.x releases by addressing deprecated functions, stricter type behavior, removed features, framework compatibility, and outdated extensions. We also review Composer dependencies and server configuration to identify upgrade blockers early.

Where needed, we modernize Laravel, Symfony, or custom PHP code alongside the runtime upgrade. We benchmark application behavior before and after the migration, resolve compatibility issues, and validate production workloads so the upgrade improves supportability without creating unexpected regressions.

We migrate AngularJS applications to modern Angular using either a staged hybrid approach or a full migration, depending on the size and coupling of the existing application. The work typically includes component restructuring, routing, TypeScript adoption, state management, dependency updates, and replacement of unsupported libraries.

For larger systems, we can migrate feature areas incrementally so old and new modules run in parallel during the transition. This reduces disruption and allows teams to validate functionality continuously rather than waiting for a complete rewrite.

We modernize React applications by replacing class-based components with functional components and hooks where doing so improves maintainability and consistency. This can include migrating lifecycle logic to useEffect, local state to useState or reducers, and shared logic to reusable custom hooks.

We also review state management, routing, testing libraries, build tooling, and outdated dependencies that often accumulate in older React applications. The goal is not to rewrite stable functionality unnecessarily, but to remove legacy patterns that make the codebase harder to extend and maintain.

We upgrade Node.js applications from outdated or unsupported versions to the current LTS release path. This includes reviewing runtime-breaking changes, package compatibility, deprecated APIs, native modules, build tooling, and deployment configuration.

We update dependencies in controlled stages, test background jobs and API workloads, and validate memory usage, startup behavior, and throughput under the new runtime. For production systems, we can use canary or parallel deployment strategies to reduce risk during cutover.

We modernize workloads running on end-of-support Windows Server, RHEL, CentOS, or other aging operating systems by moving them to supported server versions or modern Linux environments. The assessment covers application compatibility, services, drivers, scheduled tasks, security policies, middleware, and infrastructure dependencies.

Migration work can include OS upgrades, workload rehosting, containerization, configuration automation, and replacement of unsupported packages. We also validate application behavior, infrastructure performance, and security configuration after migration so the new environment is stable and supportable in production.