Abstract: Various approaches for multi-node network cluster systems and methods. In some cases systems and methods for incident detection and/or recovery in multi-node processors are discussed.

Abstract: Various approaches for providing network maintenance and health monitoring. In some cases, some approaches include systems, methods, and/or devices that provide for receiving and cataloging network incidents and invoking automated remediation in relation to network incidents.

Abstract: Systems, devices, and methods are discussed for memory efficient network use modeling.

Abstract: Various approaches for providing network maintenance and health monitoring. In some cases, some approaches include systems, methods, and/or devices that provide for receiving and cataloging network incidents and invoking automated remediation in relation to network incidents.

Abstract: Various approaches for providing network maintenance and health monitoring. In some cases, some approaches include systems, methods, and/or devices for receiving and cataloging network incidents and in providing proposed solutions that may include embedded automated remediations and/or embedded dynamic instructions to mitigate the network incidents.

Abstract: Various approaches for providing network maintenance and health monitoring. In some cases, some approaches include systems, methods, and/or devices embodiments that provide for receiving and cataloging network incidents and in providing proposed solutions to mitigate the network incidents.

Abstract: A hosting platform includes a main server layer and an auxiliary server layer. The main server layer includes one or more servers and a server of the one or more servers is designated to process requests for one or more hosts. The auxiliary server layer may be removably coupled to and in communication with the main layer. The auxiliary layer may process the request redirected from the main layer when the designated server of the main layer is overloaded.

Abstract: A host migration system having an first server, a second server and a relay server is provided. The first server is currently hosting an internet service having a predetermined domain name. The first server has a first IP address. The second server has a second IP address and the relay server has a third IP address. The first data packet of a request from users is redirected to the first server from the third server and a second data packet of the request is redirected to the second server from the third server. The data packet redirection may occur as an IP address mapped to the domain name is changed from the first IP address to the second IP address via the third IP address. The host migration system may provide substantially minimized downtime and data loss and corruption may be prevented.

Abstract: A host migration system having an first server, a second server and a relay server is provided. The first server is currently hosting an internet service having a predetermined domain name. The first server or the second server and the relay server may reside in the same network. The first or the second server may be directly set up with the IP address of the relay server. Alternatively, the relay server may use the IP address of the first or the second server. Between the servers residing in the same network, the host migration may be performed without the data packet redirection.

Abstract: In a multi-level redirection method, a first level redirection of a first request is performed based on static information. At a manager, a second level redirection of a second request is performed to an agent server based on dynamic information. The manager is configured to monitor an individual status of the agent server. The static information is associated with selection of the manager and the dynamic information is associated with selection of the agent server. The second level redirection is application redirection performed based on application protocols and contents used in the first and second request.