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Configurable modules for rapid solution development

by Vijay on Sat, Mar 11, 2017

IOT is an arena which requires fast idea to implementation cycle. Conventional methodologies will not be effective. System development through configuration based assembly of modules is the solution

IOT is an arena which requires fast idea to implementation cycle. Conventional methodologies will not be sufficient. Hence system development through configuration based assembly of modules is a must. Webyfy has developed a process to study functional processes and identify individual elements. These are assembled to form business solutions.

Internet of things is a rapidly expanding system of multiple systems with multiple applications forming an integrated eco system. The process of expansion requires the creation of a large number of systems.

With the advent of IOT, the business environment has become extremely dynamic. The demand for a short cycle time of a few days or even a few hours has become essential. This stringent requirement calls for alternate methods of development of system over the conventional methods.

Webyfy as an R&D institution, is engaged in the development of tools and technology components. The team at Webyfy understands the inefficiency of conventional methods and the need for very short cycle time to satisfy the interest of the end customer. They have evolved a new approach.

Components designed for integration, with its individual functionality are created after studying the processes in depth. These are modified into operationally independent components. Methods are evolved for interaction amongst these components and integrating them.

The process of the solution is used to decide on the configuration parameters. This helps in stitching the components together using a configuration system without any further software development. Webyfy has developed hundreds of such components.

This approach has helped Webyfy create several applications in a fraction of the time as compared to the conventional method. Further, the errors are almost eradicated with each component thoroughly tested for its intended role.