Abstract: The present subject matter relates to providing automated units for infrastructure support. In an example, an operation log having information pertaining to actions performed to resolve a ticket, may be filtered based on filtering attributes. The filtering attributes may aid in selection of content relevant for identifying an automatable unit from the operation log. The automatable unit may be one of a standard operator unit and a control flow unit. The content may be further analyzed to generate the automatable unit. The content may be analyzed using one of a sequence mining technique and a graph mining technique. Further, the automatable unit may be provided in a support service knowledgebase accessible by the users for dynamically resolving tickets similar to the ticket.

Abstract: fSystems and methods for infrastructure support optimization are described. The system includes an authorization module to verify a user, based on authorization rules, to provide access to the user to one or more infrastructure elements, and obtain ticket attribute data from a ticketing system, based on the verification, where the ticket attribute data comprises a plurality of attributes associated with a ticket to be resolved by the user. The authorization module also receives a support action, to be performed on the infrastructure element to resolve the ticket, where the support action includes at least one of an operation to resolve the ticket, and a standard support service. Further, the system includes a log generation module to append the support action to an operation log with corresponding ticket attribute data.

Abstract: The present subject matter relates to providing automated units for infrastructure support. In an example, an operation log having information pertaining to actions performed to resolve a ticket, may be filtered based on filtering attributes. The filtering attributes may aid in selection of content relevant for identifying an automatable unit from the operation log. The automatable unit may be one of a standard operator unit and a control flow unit. The content may be further analyzed to generate the automatable unit. The content may be analyzed using one of a sequence mining technique and a graph mining technique. Further, the automatable unit may be provided in a support service knowledgebase accessible by the users for dynamically resolving tickets similar to the ticket.

Abstract: Systems and methods for infrastructure support optimization are described. The system includes an authorization module to verify a user, based on authorization rules, to provide access to the user to one or more infrastructure elements, and obtain ticket attribute data from a ticketing system, based on the verification, where the ticket attribute data comprises a plurality of attributes associated with a ticket to be resolved by the user. The authorization module also receives a support action, to be performed on the infrastructure element to resolve the ticket, where the support action includes at least one of an operation to resolve the ticket, and a standard support service. Further, the system includes a log generation module to append the support action to an operation log with corresponding ticket attribute data.