Cognizant Technology Solutions India Pvt. Ltd.

Hemant Raskar

Amit Dhongde

Ashutosh Kavathekar

A system and a method for providing service virtualization in a distributed computing architecture without a central server is disclosed. The present invention provides one or more service pods implementable on one or more workstations. Each of the one or more service pods is configured to host one or more virtual services. Each of the one or more service pods interface with one or more live services to generate virtual service data to emulate said live services. The one or more service pods interface with each other via a network fabric technique and interact with one or more client applications to be tested. Each of the one or more service pods are configured to receive and process requests from one or more client applications using various modes of service pods. The present invention provides complete abstraction of the one or more workstations from the one or more service pods.

System and a method for optimized server-less service virtualization

A system, computer-implemented method and computer program product for agent based transaction recordings for service virtualization is provided. The system comprises a proxy manager configured to receive a request from one or more proxy agents for registration. The system further comprises one or more smartstub clients configured to provide one or more options for selecting one or more proxy agents from a list of registered proxy agents and receiving service information. Furthermore, the one or more selected proxy agents configured to record simultaneously, each of the one or more service transactions between the one or more service endpoints and the corresponding one or more consumer applications and forward the one or more recorded service transactions to the proxy manager, wherein the proxy manager provides the one or more recorded service transactions to the one or more smartstub clients for service virtualization.

System and method for agent based centralized and efficient transaction recordings for service virtualization

A system and method for managing and controlling charging of electric vehicles via charging stations over an advanced metering infrastructure is provided. Smart meters are deployed in the charging stations. Electric vehicle clusters which are logical representations of at least the charging stations are created. Policies for controlling electric vehicle charging based on data obtained using the electric vehicle clusters are generated. Further, it is analyzed if meter data obtained from the smart meters using the electric vehicle clusters comply with the generated policies. The meter data is obtained using the electric vehicle clusters identified with electric vehicle charging events. Policy violation action data is generated by applying predetermined rules if it is determined that the policies are violated. The policy violation action data is then sent to the identified electric vehicle clusters for controlling electric vehicle charging.

Method and system for managing and controlling electrical vehicle charging events

A method and system for integrating and implementing virtual service packages across different service virtualization tools is provided. Data is generated for performing a search on multiple virtual service package interfaces based on request received from a service virtualization tool. Virtual service package interfaces are fetched based on the search using the generated data. Each of the fetched virtual service package interfaces is assigned a selection priority value and a weight value. Further, an execution criticality value is computed for the fetched virtual service package interfaces based on the selection priority value and the weight value. Furthermore, a virtual service package interface with highest execution criticality value is selected. The selected virtual service package interface is invoked for execution. Finally, a response generated based on the execution is sent to the service virtualization tool. The selected virtual service package interface is integratable and implementable across different service virtualization tools.

Method and system for integrating and implementing virtual service packages across different service virtualization tools

A method for optimized monitoring and identification of AMI device communication failures in an AMI network is provided. A graphical representation of AMI devices is generated comprising nodes corresponding to AMI devices and links representing connectivity between AMI devices. The graphical representation is generated based on data associated with AMI devices retrieved via AMI network in real time. Further, properties of the AMI devices are computed using the graphical representation based on values associated with the nodes corresponding to the AMI devices. The graphical representation is modified based on the computed properties and predefined rules. Nodes in the modified graphical representation are selected and processed in an order based on AMI device hierarchy, priority and criticality. Further, the graphical representation is modified based on processing of selected nodes. AMI device with communication failures are identified from at least one of the generated and modified graphical representation of AMI devices.

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Pune, India

Hemant Raskar