Abstract: Disclosed are techniques for automating records related to devices coupled to a network, such as servers, clients and memory banks. The fingerprint-based configuration typing and classification described herein may identify a fingerprint for a first device located on a network, the first device having a plurality of hardware components and the fingerprint generated based on a combination of at least two hardware components of the first device. The fingerprint is assigned to the first device. If the device does not have a first identifier assigned to it that identifies the plurality of hardware components, the fingerprint is compared to a plurality of stored fingerprints, with at least some of the stored fingerprints having a respective identifier. If the fingerprint matches one of the plurality of stored fingerprints and that stored fingerprint has an identifier associated therewith, the identifier associated with the stored fingerprint is assigned to the first device as the first identifier.

Abstract: Disclosed are techniques for automating records related to devices coupled to a network, such as servers, clients and memory banks. The fingerprint-based configuration typing and classification described herein may identify a fingerprint for a first device located on a network, the first device having a plurality of hardware components and the fingerprint generated based on a combination of at least two hardware components of the first device. The fingerprint is assigned to the first device. If the device does not have a first identifier assigned to it that identifies the plurality of hardware components, the fingerprint is compared to a plurality of stored fingerprints, with at least some of the stored fingerprints having a respective identifier. If the fingerprint matches one of the plurality of stored fingerprints and that stored fingerprint has an identifier associated therewith, the identifier associated with the stored fingerprint is assigned to the first device as the first identifier.

Abstract: Disclosed are techniques for automating records related to devices coupled to a network, such as servers, clients and memory banks. The fingerprint-based configuration typing and classification described herein may identify a fingerprint for a first device located on a network, the first device having a plurality of hardware components and the fingerprint generated based on a combination of at least two hardware components of the first device. The fingerprint is assigned to the first device. If the device does not have a first identifier assigned to it that identifies the plurality of hardware components, the fingerprint is compared to a plurality of stored fingerprints, with at least some of the stored fingerprints having a respective identifier. If the fingerprint matches one of the plurality of stored fingerprints and that stored fingerprint has an identifier associated therewith, the identifier associated with the stored fingerprint is assigned to the first device as the first identifier.

Abstract: Disclosed are techniques for automating records related to devices coupled to a network, such as servers, clients and memory banks The fingerprint-based configuration typing and classification described herein may identify a fingerprint for a first device located on a network, the first device having a plurality of hardware components and the fingerprint generated based on a combination of at least two hardware components of the first device. The fingerprint is assigned to the first device. If the device does not have a first identifier assigned to it that identifies the plurality of hardware components, the fingerprint is compared to a plurality of stored fingerprints, with at least some of the stored fingerprints having a respective identifier. If the fingerprint matches one of the plurality of stored fingerprints and that stored fingerprint has an identifier associated therewith, the identifier associated with the stored fingerprint is assigned to the first device as the first identifier.