Abstract: In certain embodiments, a method for monitoring, alerting and remediation of systems is provided. The method provides for receiving data from one or more data sources and logging the data. A first metadata fingerprint is created for a particular data source. The first metadata fingerprint is indicative of a first quantity of data output for the particular data source. A second metadata fingerprint is created for the same data source. The second metadata fingerprint is indicative of a second quantity of data output for the data source. The second metadata fingerprint is created from data received at a different point in time from the first metadata fingerprint. The first metadata fingerprint is compared with the second metadata fingerprint associated with the particular data source. An alert is generated when the comparison indicates that the first metadata fingerprint does not correspond within a specified tolerance to the second metadata fingerprint.

Abstract: In certain embodiments, a method for monitoring and securing a baseboard management processor is provided. The method includes coupling to a baseboard management controller of a computer system via a console port, maintaining a persistent connection to the baseboard management controller, monitoring data from the console port, determining from the data whether an unauthorized access has occurred, and sending an alert if the unauthorized access has occurred.

Abstract: In certain embodiments, a method for log file time sequence stamping is provided. The method includes connecting to a console port of one or more data sources and receiving data from the data sources. The data may be logged with both an independent time stamp and a sequence indicator. The independent time stamp provides a consistent time stamp of when the data was received at the system and the time sequence indicator represents an order in which the data was received at the system.

Abstract: In certain embodiments, a method for log file time sequence stamping is provided. The method includes connecting to a console port of one or more data sources and receiving data from the data sources. The data may be logged with both an independent time stamp and a sequence indicator. The independent time stamp provides a consistent time stamp of when the data was received at the system and the time sequence indicator represents an order in which the data was received at the system.

Abstract: In certain embodiments, a method for monitoring, alerting and remediation of systems is provided. The method provides for receiving data from one or more data sources and logging the data. A first metadata fingerprint is created for a particular data source. The first metadata fingerprint is indicative of a first quantity of data output for the particular data source. A second metadata fingerprint is created for the same data source. The second metadata fingerprint is indicative of a second quantity of data output for the data source. The second metadata fingerprint is created from data received at a different point in time from the first metadata fingerprint. The first metadata fingerprint is compared with the second metadata fingerprint associated with the particular data source. An alert is generated when the comparison indicates that the first metadata fingerprint does not correspond within a specified tolerance to the second metadata fingerprint.

Abstract: In certain embodiments, a method for monitoring and securing a baseboard management processor is provided. The method includes coupling to a baseboard management controller of a computer system via a console port, maintaining a persistent connection to the baseboard management controller, monitoring data from the console port, determining from the data whether an unauthorized access has occurred, and sending an alert if the unauthorized access has occurred.

Abstract: A system and method for registering and tracking network equipment at the circuit card level. A computer network server is coupled with an equipment database that contains location and identification data for telecommunication network assets. A hand-held client, comprising a display, keyboard, bar code scanner and printer is coupled, via a radio link, to the computer network server. The hand-held client is used to register network assets and to query the equipment database for information relating to network assets. Users visit remote sites and register network assets in real-time, while walking through the equipment bays. In one embodiment, bar codes are used to display part numbers and serial numbers on circuit cards. In addition, bar codes are used to identify circuit card locations in terms of predefined identification numbers for the site, equipment bay, rack, shelf and slot. In other embodiments, some or all of the preceding information is entered into the keyboard of the hand-held client.