Re-Engineering & Migration

To succeed in today's dynamic business environment, companies are recognizing the need to migrate from old legacy systems to latest technologies.

The migration not only reduces development cycle times and costs of maintenance but also increases access to critical data and improves software architecture, ensuring increased scalability, reliability and user interface.


Moving mission-critical applications from legacy systems to advanced technologies and integrating the applications, databases and systems with the web are some of the biggest challenges companies face today. Not only that, such a transition must be absolutely streamlined to ensure the applications fit smoothly into the existing business model.


Upstake Technologies application Migration and re-engineering services help our clients transition their mission critical application and productions from legacy platforms to newer, state-of-the art technologies. Using our proven methodology, best practices and tools, we successfully migrate and re-engineer customer legacy applications. We add value by providing contemporary, web- based graphical user interface for modernizing legacy with our in-depth knowledge of emerging technologies and third party tools. Our clients take advantage of our highly skilled offshore software development team at cost efficient rates.

Upstake Technologies Re-engineering methodology involves:

  • Assessment of current software assets
  • Identification of target technology
  • Gap analysis and strategy formulation
  • Development & Testing
  • Deployment
  • Support

Benefits of Migration

Upstake Technologies has a team of migration experts having extensive experience with legacy as well as latest software systems. Operating under a tested execution framework, Upstake Technologies offers customized migration and re-engineering to its customers. By transforming the legacy, mainframe and latest software systems we offer our clients numerous benefits including:

  • Removal of system bottlenecks to improve overall performance
  • Meet the higher scalability requirements of organization
  • Taking care of rising complexities to ensure full resource utilization
  • Improve the functionalities as well as the user interface to make applications more useful
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