Rapid Application Development (RAD) is a technique that fastens the information system development and produces a functioning information system. The main purpose of RAD is to shun wide-range of pre-planning, and makes it easy to alter the requirements and assist the software writing faster. RAD uses a group approach with four phases of life cycle.
We have adopted this methodology as it relies on prototyping and calls for user involvement as well as helps in speedy building of  working programs. RAD process assists the users to scrutinize a working model to determine if the working model meets the exact specifications. Prototype can be modified according to the user input.
Rapid Application Development is a non-agile process and replaces the time consumption methodology (Waterfall Model). Rapid Application Development (RAD) is a combination of various structured techniques, especially data-driven information engineering, with prototyping techniques that aims at accelerating the overall process of the software development.
We have a profound know-how of each methodology and produces the most apposite methodology for the perspective client. This is so because we understand your requirements and suggests that methodology and prototype that synchronizes with your need.
We are equipped with a team of experienced software programmers who have a vast experience working on the projects based on Rapid Application Development Model.
Merits Associated with RAD
- Increased speed by using a set of methods prototyping, virtualization of system routines, CASE tools and techniques.
- Enhanced quality by getting user input related to prototype, design and the interactive process that continues until the system is completely developed.
- Cost saving methodology in terms of project budget as well as project time.
- Reusability of the components.
- It promotes better documentation through written test cases.
- Decreased end-user functionality (arising from narrower design focus), hence reduced complexity.
- Larger emphasis on the simplicity and usability of GUI design.
