Abstract: A method and system for integration of software products deployed on a container-based cluster is disclosed. In some embodiments, the method includes extracting configuration parameters associated with a plurality of software products available on the container-based cluster in a pre-defined format, based on Application Programming Interface (APIs) associated with the plurality of software products; generating integration nodes and events for the plurality of software products based on the configuration parameters; receiving an input to connect at least two nodes from the plurality of integration nodes for integrating corresponding software products; determining a similarity between the at least two nodes based on input parameters and output parameters of the two nodes; and providing a suggestion on possible connections for the corresponding software products based on the similarity between the at least two nodes.

Abstract: The present disclosure relates to system(s) and method(s) for providing access of an application to a user. The system receives a captcha request from a user device. Upon receiving the captcha request, the system identifies a set of IOT devices in a vicinity of the user device. The system further identifies one or more actions associated with one or more IOT devices, from the set of IOT devices. Further, the system generates a captcha message on the user device. The captcha message comprises the one or more actions to be performed by a user. The system further verifies one or more results received from the one or more IOT devices. Further, the system provides an access of the target application to the user on the user device based on the validation of the one or more results.

Abstract: The present disclosure relates to system(s) and method(s) for providing access of an application to a user. The system receives a captcha request from a user device. Upon receiving the captcha request, the system identifies a set of IOT devices in a vicinity of the user device. The system further identifies one or more actions associated with one or more IOT devices, from the set of IOT devices. Further, the system generates a captcha message on the user device. The captcha message comprises the one or more actions to be performed by a user. The system further verifies one or more results received from the one or more IOT devices. Further, the system provides an access of the target application to the user on the user device based on the validation of the one or more results.

Abstract: A technique for operating a user interface automation framework includes accessing a datastore that includes semantic annotations with a dataset generator. The dataset generator generates input values for a test dataset from the datastore based on the semantic annotations.

Abstract: A technique for mapping objects of a user scenario with objects of a user interface includes registering a user scenario with a user interface automation framework. The user scenario including a first object that is also included in a first user interface. The first object has an associated semantically annotated first field and the user scenario includes a list of actions for objects of the first user interface. The technique also includes generating a second user interface from the first user interface by modifying the first object to create a second object, which has an associated semantically annotated second field. Finally, the technique includes mapping the first object to the second object based on the first and second fields.

Abstract: A technique for mapping objects of a user scenario with objects of a user interface includes registering a user scenario with a user interface automation framework. The user scenario including a first object that is also included in a first user interface. The first object has an associated semantically annotated first field and the user scenario includes a list of actions for objects of the first user interface. The technique also includes generating a second user interface from the first user interface by modifying the first object to create a second object, which has an associated semantically annotated second field. Finally, the technique includes mapping the first object to the second object based on the first and second fields.