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Legacy System Revitalization

Transforming Data into Actionable Insights for Strategic Decision Making.

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Our Legacy System Revitalization Services

Transform your trusted but aging systems into powerhouses of efficiency. Our team expertly refactors code, migrates to modern frameworks, and enhances security protocols. We can convert desktop applications to web-based platforms, introduce mobile accessibility, or implement microservices architecture to improve scalability and maintainability.

Key Aspects of Our Revitalization Process

  • Assessment of current system and business needs
  • Development of a phased modernization strategy
  • Code refactoring and optimization
  • Database migration and optimization
  • Integration of modern APIs and microservices
  • Implementation of DevOps practices
  • User interface modernization
  • Security enhancements
Rehosting (lift and shift)​

Rehosting, often called “lift and shift,” is the simplest form of legacy system modernization. This approach involves moving an application from its current hosting environment to a new one, typically a cloud platform, with minimal changes to its code or architecture.

Rehosting is ideal for organizations looking to quickly reduce infrastructure costs and take advantage of cloud scalability. While it doesn’t address underlying issues in the application’s design, it can be a stepping stone to more comprehensive modernization efforts.

Replatforming takes the “lift and shift” approach a step further. In this method, the core architecture of the application remains largely the same, but some modifications are made to take advantage of cloud-native features. This might include switching to a cloud-managed database service or implementing auto-scaling.

Replatforming allows organizations to gain more benefits from cloud migration without the risk and effort of a complete overhaul. It’s a balanced approach that can deliver significant improvements in performance and manageability.

Refactoring focuses on restructuring and optimizing the existing codebase without changing its external behavior. This approach aims to improve the application’s performance, readability, and maintainability.

Refactoring might involve breaking down monolithic code into more modular components, eliminating redundancies, or updating to more modern coding standards. While time-consuming, refactoring can significantly extend the lifespan of a legacy system and make it easier to enhance and maintain in the future.

Rearchitecting involves fundamentally changing how an application is structured and how its components interact. This might include transitioning from a monolithic to a microservices architecture, implementing new design patterns, or completely reorganizing the application’s data model. 

Rearchitecting is a more invasive and complex process than the previous approaches, but it allows for significant improvements in scalability, performance, and flexibility. This approach is ideal when the current architecture is a major limiting factor in the application’s ability to meet business needs.

Rebuilding involves rewriting the application from scratch using modern technologies and architectures. This approach is chosen when the existing system is so outdated or poorly structured that modifying it would be more costly and risky than starting over.

Rebuilding allows for a complete reimagining of the application, incorporating the latest best practices, technologies, and features. While it’s the most time-consuming and potentially risky approach, rebuilding can result in a highly optimized, future-proof solution that precisely meets current business needs.

Replacing involves discontinuing the legacy system entirely and adopting a new, often off-the-shelf or Software-as-a-Service (SaaS) solution. This approach is suitable when the functionality provided by the legacy system can be adequately covered by existing market solutions. Replacing can be the fastest and most cost-effective approach, especially for non-core business functions.

However, it may require significant changes to business processes to align with the new solution’s capabilities and may result in a loss of custom functionality that the legacy system provided.

Approaches to Legacy System Revitalization

Each of these approaches has its own set of advantages and challenges, and the choice depends on factors such as the current state of the legacy system, business requirements, available resources, and long-term strategic goals. 

Often, a combination of these approaches may be used for different components of a complex legacy system. At Superior Technologies, we will work with you to help assess your needs and empower you to make the decision best decision to revitalize your system.

Benefits of Legacy System Revitalization

  • Improved system performance and scalability
  • Enhanced security and compliance
  • Better integration with modern technologies
  • Reduced maintenance costs
  • Improved user experience and productivity
  • Ability to leverage cloud technologies