Kyndryl, Inc.

International Business Machines Corporation

Deepak Poola Chandrashekar

Sreekrishnan Venkateswaran

Jigar Navanitrai Kapasi

Manish Satyapal Gupta

Saiprasad Kolluri Venkata Sesha

Bijo Sebastian Kappen

Raghava Reddy Kapu Veera

Rajesh Garg

Madhusudan Kunigal Satyanarayana

Manojit Das

Poornima Sathyanaraya

Pranay Sanghvi

A method, computer system, and a computer program product for multi-cloud solution design and fulfillment via crowdsourcing is provided. Embodiments of the present invention may include receiving a request, wherein the request includes computing requirements. Embodiments of the present invention may include parsing the received request into partitions. Embodiments of the present invention may include advertising the partitions to a plurality of participating members on a trusted network environment. Embodiments of the present invention may include receiving conceptual solutions to the partitions. Embodiments of the present invention may include evaluating the received conceptual solutions.

Automonous multi-cloud solution design and fulfillment via crowdsourcing

Metering based on application code complexity is provided. Code of an application to be executed is received from a user. Values of parameters corresponding to the application are extracted based on analysis of the code. A set of computational vectors corresponding to extracted values of the parameters of the application is generated to calculate a complexity of the code. A metering metric to charge the user to execute the application is determined based on the complexity of the code. The application is executed at the metering metric based on the complexity of the code.

Metering based on application code complexity

A computer implemented method for migrating streaming applications from on-premise non-cloud infrastructure to target clouds. The method may include receiving at the message connector a source message from an on-premise application. The method may further include analyzing the source message to assess feasibility of migrating the on-premise application to the target cloud wherein analysis includes extracting communication data from the source message and meta data from the source message. The method may also include converting the source message to a format native to the target cloud application, wherein the conversion by the message connector includes a cognitive engine to match a selected target cloud to the on premise application.

Message connector as a service to migrate streaming applications into cloud nativity

An approach is provided for configuring a service management (SM) tool. During an application deployment, a service registry receives a query from a tier of the application for a list of SM tools that provide a SM function. The service registry sends the list of SM tools to the application. Using an application programming interface (API) in an integration layer, (i) a user-selected SM tool included in the list of SM tools, (ii) a business criticality of the tier of the application, and (iii) parameters specifying the SM function are received. Using the API and based on the business criticality of the tier of the application, the selected SM tool is configured with the parameters specifying the SM function.

Application driven configuration of service management tools

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Bengaluru, India

Deepak Poola Chandrashekar