• Our Software Application Migration services help retain the know-how in your legacy applications and at the same time leverage on the performance potential of latest technologies. Whether the development toolset is at the desktop or on the Internet, AmbitSoft is capable of developing and implementing software application migration / application porting projects. We perform migration / reengineering of applications from existing platforms to newer ones and from older legacy technologies to newer open technologies.
  
  Migration methodology can include an approach that:
  • Integrates Legacy Systems and new Internet driven technologies.
  • Migrates systems and business logic to new architectures, languages and web-based environments.
  • Ensures systems quality and stability.
  • Replace a legacy system, moving the data from the legacy application to the new application while preserving data integrity.
  • Consolidate legacy systems eliminating duplication by moving data and functionality from various systems to a smaller number of systems.
  
  Balendin Software Solutions, has web-enabled a lot of the legacy OLTP (An OLTP system is an application that modifies data and has a large number of concurrent users. Many OLTP systems are written against a DBMS) applications like replacing the middleware by Windows compliant application server and redesign the user interface with OO (.Net Apps), making the application accessible for enterprise application integration and e-business. We work on every phase of migration process i.e. current technology study and evaluation, requirement analysis, code migration, testing phase as well and deployment phase.
  • Improving business process efficiency
  • Increased growth in terms of top line as well as bottom line
  • Use of legacy applications over the internet
  • Monitoring and Improving workforce productivity
  • Improving ROI
  • Better client relationship and lower client support
    
    
  Application Development Process
  
  Feasibility Analysis:
  Feasibility is one of the most important aspect of any project. An application or product that is feasible at one point in time may become infeasible later. Identifying the possible future scenario, technical and economical feasibility study is conducted to decide goal and development requirements.
  
  System Analysis and Prototyping (Iterative):
  System analysis and prototyping is done based on client requirements. Functionalities and user interface design is done at this stage.
  
  Implementation:
  Based on system analysis and prototypes, coding takes place
  
  Testing:
  Requirement testing and product testing is done after implementation.