reengineering

The project required complete software reengineering, including creating new system architecture, data restructuring, using contemporary technologies. As a result, the new platform was successfully built, some business processes were enhanced. We succeeded in boosting performance, improving scalability and fault tolerance.

As a result of reengineering, the system’s scalability was improved and its performance increased more than 10 times. Moreover, data processing was simplified, this eliminated many problems specific to the legacy system. Development time was also reduced.

If your software product was created several years ago and has not been upgraded since then, it may need reengineering. Analyze the current solution, whether it is maintainable, meets your requirements, copes with the workload and has adequate functionality. Here, we discuss trends in reengineering your software.

System reengineering is the process of improving existing software (refactoring) or creating new software with the same functionality, changing the system architecture and/or the data structure, adding functionality and updating stack of deprecated technologies. We discuss strategies that can be used when reengineering a software system.

As technologies develop, more and more companies raise the question of updating their systems for better performance and easier maintenance. When making a decision, it may be interesting for you to learn some examples of successful reengineering. Examples of both partial and entire reengineering.

If the software system used by your business can’t cope with constantly increasing loads, slows down, doesn’t perform all the required operations or even stops serving, it may require reengineering. Before changing anything, you should define the problem by identifying the critical issues of your system. This step determines the required updates, avoiding needless efforts and expenses.