Abstract: A client system maintains a source list comprising an ordered sequence of a plurality of content delivery servers. The ordered sequence indicates a sequence of the plurality of content delivery servers for the client system to send a request to obtain a mirror list. Each of the plurality of content delivery servers maintains a cluster membership list identifying the content delivery servers in a cluster, wherein the source list is configured in view of a cluster membership list. The client system determines that a first content delivery server in the ordered sequence of the source list is unavailable. A mirror list request is sent to a next content delivery server listed on the source list.

Abstract: A client system maintains a source list comprising an ordered sequence of a plurality of content delivery servers. The ordered sequence indicates a sequence of the plurality of content delivery servers for the client system to send a request to obtain a mirror list. Each of the plurality of content delivery servers maintains a cluster membership list identifying the content delivery servers in a cluster, wherein the source list is configured in view of a cluster membership list. The client system determines that a first content delivery server in the ordered sequence of the source list is unavailable. A mirror list request is sent to a next content delivery server listed on the source list.

Abstract: A high availability and load balanced content delivery system and method. A cloud computing content delivery system is provided including multiple content delivery servers (CDSs) configured to deliver content to multiple client devices. The client devices are configured to maintain a source list identifying the multiple CDSs and a primary CDS. The client devices send requests (e.g., yum requests) to the CDS for the mirror list. The client device then uses the mirror list and sends content requests to a first entry on the mirror list. Each CDS is configured to update the mirror list by applying a load balancing algorithm and provide the mirror list to a client device in the event that one or more CDSs are unavailable.

Abstract: A high availability and load balanced content delivery system and method. A cloud computing content delivery system is provided including multiple content delivery servers (CDSs) configured to deliver content to multiple client devices. The client devices are configured to maintain a source list identifying the multiple CDSs and a primary CDS. The client devices send requests (e.g., yum requests) to the CDS for the mirror list. The client device then uses the mirror list and sends content requests to a first entry on the mirror list. Each CDS is configured to update the mirror list by applying a load balancing algorithm and provide the mirror list to a client device in the event that one or more CDSs are unavailable.