Abstract: The present disclosure discloses method and application migration server for migration of monolithic enterprise applications to microservice architecture. The application migration server receives metadata information associated with monolithic application from users related with monolithic application and obtains artefacts associated with monolithic application, from repository of monolithic application. Based on metadata information and artefacts, application migration server generates master data for monolithic application, where master data lists plurality of modules associated with monolithic application. The application migration server classifies plurality of modules into one of first level degree modules, second level degree modules, and third level degree modules, based on modularity of source code and bundling of monolithic application, obtained from master data and performs migration of one or more modules, classified as first level degree modules to microservice architecture.

Abstract: The present disclosure discloses method and application migration server for migration of monolithic enterprise applications to microservice architecture. The application migration server receives metadata information associated with monolithic application from users related with monolithic application and obtains artefacts associated with monolithic application, from repository of monolithic application. Based on metadata information and artefacts, application migration server generates master data for monolithic application, where master data lists plurality of modules associated with monolithic application. The application migration server classifies plurality of modules into one of first level degree modules, second level degree modules, and third level degree modules, based on modularity of source code and bundling of monolithic application, obtained from master data and performs migration of one or more modules, classified as first level degree modules to microservice architecture.

Abstract: Method and device for determining digital maturity of organizations is disclosed. The method includes extracting, by a computing device, a plurality of digital maturity parameters. The method further includes creating, by the computing device, a plurality of digital fitness metrics along a plurality of digital dimensions using the plurality of digital maturity parameters. The method includes assigning, by the computing device, a weight to each the plurality of digital maturity parameters across at least one of the plurality of digital dimensions. The method further includes computing, by the computing device, a plurality of dimension scores for the plurality of digital dimensions based on the weight assigned to each of the plurality of digital maturity parameters. The method includes computing, by the computing device, a digital fitness score for the organization based on the plurality of dimension scores.