Abstract: Technologies for migrating content items from a storage network to an online content management system are provided. In some examples, a method can include receiving a request to migrate a share on a server at a source environment to a content management system that is separate from the source environment, the share having a structure representing a hierarchy of each content item within the share; identifying accounts at the source environment having access permissions configured at the source environment for the share on the server; mapping the accounts at the source environment to corresponding accounts at the content management system; creating a copy of the share at the content management system, the copy of the share being created in association with the corresponding accounts on the content management system; and migrating, to the content management system, the access permissions configured at the source environment for the share on the server.

Abstract: Technologies for migrating content items from a storage network to an online content management system are provided. In some examples, a method can include receiving a request to migrate a share on a server at a source environment to a content management system that is separate from the source environment, the share having a structure representing a hierarchy of each content item within the share; identifying accounts at the source environment having access permissions configured at the source environment for the share on the server; mapping the accounts at the source environment to corresponding accounts at the content management system; creating a copy of the share at the content management system, the copy of the share being created in association with the corresponding accounts on the content management system; and migrating, to the content management system, the access permissions configured at the source environment for the share on the server.

Abstract: In one embodiment, flows are monitored that are open for a length of time until ending by either a distinct ending or by being silent longer than a configured aging timer (wherein a silent flow is a “zombie flow”). In response to each first flow ending, a total flow time value may be increased by a length of time that first flow was open, and in response to each second flow ending by aging, a zombie flow time value may be increased by the aging timer. A ratio of zombie flows at a particular time in the computer network that will be ended by aging may be estimated as the zombie flow time value divided by the total flow time value. Also, in other embodiments, a capacity improvement, performance hit, and accuracy hit may be predicted based on a new aging timer value.