Product Re-engineering

Effective modification of an existing applications

Product Re-engineering

Product Re-engineering focuses on modification of an existing product, sometimes through reverse engineering. The objective of re-engineering a product is to optimize its performance by adding new functionalities and taking advantage of emerging technologies. The re-engineering effort can be for a new business need or for keeping pace with competitors. With the help of our re-engineering services we help the customers to fix the issues with previous software development.

We closely monitors the market and product performance to identify requirements of product redefinition and offers product re-engineering services to redesign the product with advanced features and latest technologies. We have vast experience in executing reengineering services. Our proven processes and methodologies, technical knowhow, state-of-the-art infrastructure allows us to carry out the reengineering services in a seamless manner with minimum market and technology risks.


Our product re-engineering flow
  • Analysis :

    We first analyze the project fully and make a feasibility study, which is mainly to find the reengineering possibilities and to conclude whether it is really needed, to find the needed resources and allocate them.

  • Code Walk Through:

    Once the project is finalized a code walk-through is done on the existing source code. This is done to find out the existing architecture, the coding styles and also a clear study on any modification needed which will increase the speed and reliability of operation. A detailed report will be submitted to the customer along with the report of needed modification in the architecture and the code.

  • Documentation / Spec Generation:

    All the needed process is well documented analyzed and a working model based on the new needs is generated. The documentation freezes the analyses and all the studies. From the working plan the final specification is generated. This document will contain all the needed modifications and the specification for any additional modules.

  • Implementation / Verification:

    According to the specification and the conclusion on the coding style and the expected architecture the modules are implemented and all the modifications are done. An exhaustive verification is done from the smallest level of the code right through the higher levels of architecture

  • Final Testing:

    The final finished product is exhaustively tested/verified to check all the functions and all the unexpected conditions.