Abstract: Aspects and features of this disclosure provide a high-availability storage platform employing multiple redundant sites. Replication to multiple sites can begin upon receiving content and can be completed quickly, in part through the use of a small and efficient file that can be sent to storage sites. The file enables each storage site to efficiently build appropriate entries in a reference registry for storing and indexing the content. In some examples, a registration request including the content is received and the content is stored in an instance of the centralized storage system at an initial storage site. The aforementioned file is transmitted to additional storage sites to cause the content to be stored in additional instances of the centralized storage system. The file can also be accessed at the additional storage sites to update instances of the reference registry.

Abstract: Aspects and features of this disclosure provide a high-availability storage platform employing multiple redundant sites. Replication to multiple sites can begin upon receiving content and can be completed quickly, in part through the use of a small and efficient file that can be sent to storage sites. The file enables each storage site to efficiently build appropriate entries in a reference registry for storing and indexing the content. In some examples, a registration request including the content is received and the content is stored in an instance of the centralized storage system at an initial storage site. The aforementioned file is transmitted to additional storage sites to cause the content to be stored in additional instances of the centralized storage system. The file can also be accessed at the additional storage sites to update instances of the reference registry.