Abstract: A system and method for providing automated service-based malware remediation. When a computing device is attacked by malware such as ransomware, multiple manual steps are usually needed to fully remediate the device. Users are typically required to follow several steps to remove the ransomware, and potentially must engage in the challenging task of reimaging the impacted device as well as choosing a restore point for point-in-time recovery. The disclosed systems provide a mechanism by which a cloud-based service manages a fully automated remediation and file recovery process for the user.

Abstract: A system and method for detection and management of atypical synchronization sessions of electronic content. The system is configured to determine whether a pending or ongoing synchronization session between a client device and cloud storage service is associated with a condition that will delay the synchronization process. The proposed system and method can significantly improve the ability of users to safeguard their documents as well as reduce the likelihood of data loss.

Abstract: A system and method for providing automated service-based malware remediation. When a computing device is attacked by malware such as ransomware, multiple manual steps are usually needed to fully remediate the device. Users are typically required to follow several steps to remove the ransomware, and potentially must engage in the challenging task of reimaging the impacted device as well as choosing a restore point for point-in-time recovery. The disclosed systems provide a mechanism by which a cloud-based service manages a fully automated remediation and file recovery process for the user.

Abstract: A system and method for detection and management of atypical synchronization sessions of electronic content. The system is configured to determine whether a pending or ongoing synchronization session between a client device and cloud storage service is associated with a condition that will delay the synchronization process. The proposed system and method can significantly improve the ability of users to safeguard their documents as well as reduce the likelihood of data loss.

Abstract: Non-limiting examples of the present disclosure describe evaluation of log data of an application/service for the migration of user data to a data center in a geographic region of a user. Log data for the application/service is evaluated over a given time period on a per user basis. Evaluation of the log data comprises determining, for a user, one or more active days within the given time period. An active day comprises one or more call operations made to the application by the user. A primary geographic region of the user may be determined for the given time period based on analysis of the one or more active days of the log data. One or more data centers may be assigned for storage of user data based on the primary geographic region.

Abstract: Non-limiting examples of the present disclosure describe evaluation of log data of an application/service for the migration of user data to a data center in a geographic region of a user. Log data for the application/service is evaluated over a given time period on a per user basis. Evaluation of the log data comprises determining, for a user, one or more active days within the given time period. An active day comprises one or more call operations made to the application by the user. A primary geographic region of the user may be determined for the given time period based on analysis of the one or more active days of the log data. One or more data centers may be assigned for storage of user data based on the primary geographic region.