Cognizant Technology Solutions India Pvt. Ltd.

Parasu Pillai Iyappan Velammal

Karthikeyan Mohan

Jeyashree Pandian Duraipandian

Kumaresan Ramachandran

Madhusudhan Venkatesan

Selvaraj Natarajan

Duraivel Kalyanasundaram

Rangarajan Ramadass

Janakiraman Ramani

Sriram Venkatakrishnan

Sivakumar Ellappan

Pramod Subrayappa

Manoj Chakri Shekaran

Vinitha Yogish Pai

The present invention provides for a system and a method for generation of domain driven microservices-based architecture from application source codes. A control flow structure is created based on extracted technical rules from an application source code and metadata is extracted by parsing the control flow structure in real-time. A first data associated with a plurality of source entities and corresponding attributes is identified and a second data associated with a plurality of target entities based on an operation type is identified. A third data associated with a plurality of technical data in the application source code is identified based on an action performed by a user via an application corresponding to application source code and data trace between the first data, the second data and the third data is generated. Correlations are established to generate microservices code-based architecture for deployment on a target platform.

System and method for optimized generation of microservices

The present invention provides for transforming .NET framework based legacy applications latest .NET framework versions. In operation, the present invention provides for retrieving source code of application to be transformed. Further, metadata object is extracted from retrieved source code. The metadata object comprises details, including, application type, .NET framework version of application, and features of application that are incompatible with selected modern-framework, such as .NET Core, .NET 5.0, .NET 6.0 or any other latest .NET framework version to which application is to be transformed. Further, a step list is generated based on the metadata object. The step list is representative of list of steps to be executed to transform the features of the application that are incompatible with the selected modern-framework to modern-framework compatible features. Yet further, present the invention provides for transforming .NET framework based application to selected modern-framework based application based on metadata object and generated step list.

System and method for transforming .NET framework based applications to modern frameworks

A system and a method for application transformation to cloud by conversion of an application source code to a cloud native code is provided. First and second transformation recommendation paths are received and remediation tem plates based on the same are applied. A pre-defined transformation process flow is applied on application source code based on first and second transformation recommendation paths including a pre-processing stage involving analysis of source code and target framework. A plugin unit is provided which provides an adaptable plugin framework for creating multiple plugin types. The adaptable plugin framework allows addition of semi-automated workflow that applies functionality to accelerate application development or application to cloud transformation or addition of semi-automated steps to accelerate greenfield application development and application source code transformation to cloud native code. The functionality may include assessment of application source code and generation of application source code.

System for providing an adaptable plugin framework for application transformation to cloud

A system and a method for application transformation to cloud by conversion of an application source code to a cloud native code is provided. A first and a second transformation recommendation path is received and a set of remediation templates are applied based on the first and the second transformation recommendation paths where the set of remediation steps comprises pre-defined parameterized actions. The system comprises a microservices unit configured to optimize assessment and implementation of microservices code for multiple target cloud platforms by determining count of microservices anti-patterns in microservices code, wherein the anti-patterns represent a pattern of the microservices code and ascertaining current state of the microservices code by determining a maturity score. A set of repeatable steps associated with microservices code development are provided in bundled form for accelerated implementation of changes in the microservices code for deployment on the multiple target cloud platforms.

System and method for optimizing assessment and implementation of microservices code for cloud platforms

The present invention provides for migration of application running on source cloud platform to target cloud platform. In operation, the present invention provides for retrieving analysis-data including source code of application to be migrated, hereinafter referred to as application M, a runtime data of application M, and target cloud platform data. The present invention further provides for identifying migration parameters based on analysis-data. Further, migration readiness of application M to target cloud platform is assessed based on migration parameters. Furthermore, a migration readiness report is generated based on the migration parameters, migration readiness assessment and the runtime data. Yet further, deployment configurations for the application M are generated as per the target cloud platform based on the migration readiness report. Yet further, the application is migrated to the target cloud platform based on the generated deployment configurations by creating Continuous Integration/Continuous Deployment (CI/CD) pipeline.

System and method for application migration between cloud platforms

A system and method for anti-pattern detection for computing application prior to deployment in cloud environment is provided. The present invention provides for applying a pre-defined set of rules on one or more applications source code. The pre-defined set of rules are applied in pre-defined order. Further, applying one or more anti-pattern detection models on one or more applications source code. The anti-pattern detection models are applied for determining correlation between one or more syntax patterns of the application source code and the anti-patterns detection models. Further, detecting anti-patterns associated with the syntax patterns of the application source code based on the pre-defined set of rules and the anti-patterns detection models. The detected anti-patterns represent unique anti-patterns. Lastly, generating a migration actionable event for the application source code based on the detected anti-patterns.

System and method for anti-pattern detection for computing applications

The present invention provides for a system and a method for application transformation to cloud for conversion of an application source code to a cloud native code. The present invention provides for receiving a first, second, third and fourth transformation recommendation paths. Further, the present invention provides for applying a set of remediation templates based on the first and the second transformation recommendation paths. The present invention provides for applying a pre-defined transformation process flow on the application source code based on the first and the second transformation recommendation paths to transform the application source code to the cloud native code. The present invention provides for applying a reusable service template on the application source code. The present invention provides for creating plurality of configuration artifacts specific to the cloud platform. The preset invention provides for building a CI/CD pipeline for integration and deployment of the cloud native code.

System and method for application transformation to cloud based on semi-automated workflow

A system and a method for automating application development and deployment is provided. An automation engine is configured to generating a computing application source code associated with a domain based on a source code template. Further, fetching a developed computing application. The computing application is developed based on the generated computing application source code. Further, deploying the developed computing application in one or more pre-defined deployment infrastructures based on a deployment template. Lastly, rectifying one or more errors associated with the development and deployment of the computing application based on pre-defined training models associated with multiple error detection and rectification conditions.

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Chennai, India

Parasu Pillai Iyappan Velammal