Abstract: An IS monitoring approach is described that is capable of monitoring the availability of various software components. A further capability is that the availability of the individual software components upon which a specific business logic process depends may each be individually and continuously checked, in a combined fashion that is referenced to the specific business logic process, so that the status of the business logic process itself (e.g., operable or non-operable) can be continuously determined on an on-going basis. Moreover, operability or non-operability can be established over a wide range of different business logic processes on a process by process basis.

Abstract: An interface for providing monitoring information from any monitored component to a central monitoring system in which an XML document is created according to a DTD conforming to a tree-structured monitoring architecture and then is made available to the central monitoring system either by posting it as an HTTP message or filing it in a designated directory, where it can be periodically polled by the central monitoring system. An initial long-form XML document can be used to completely specify the monitoring tree for the monitored component, and then subsequent short-form XML documents can be posted with current data corresponding to the monitoring tree elements themselves. An XML processor at the central monitoring system converts the XML document contents and applies them to a standard interface which has previously been available directly to fully conforming components.

Abstract: An Information Systems (IS) monitoring approach is described that is capable of monitoring and displaying the availability of various software components, including “foundational” operation features of the IS infrastructure. A further capability is that the availability of the individual software components upon which a specific business logic process depends may each be individually and continuously checked, in a combined fashion that is referenced to the specific business logic process, so that the status of the business logic process itself (e.g., operable or non-operable) can be continuously determined. Moreover, operability or non-operability can be established over a wide range of different business logic processes on a process by process basis. In this manner, an IS administrator can keep abreast of the status of the IS infrastructure and its ability to execute business logic processes dependent on lower level software.

Abstract: An IS monitoring approach is described that is capable of monitoring the availability of various software components. A further capability is that the availability of the individual software components upon which a specific business logic process depends may each be individually and continuously checked, in a combined fashion that is referenced to the specific business logic process, so that the status of the business logic process itself (e.g., operable or non-operable) can be continuously determined on an on-going basis. Moreover, operability or non-operability can be established over a wide range of different business logic processes on a process by process basis. In various embodiments, the results of the monitoring may be continuously updated and displayed in a display so that an IS administrator can visually ascertain the status of the enterprise's various business logic processes.

Abstract: An IS monitoring approach is described that is capable of monitoring the availability of various software components. A further capability is that the availability of the individual software components upon which a specific business logic process depends may each be individually and continuously checked, in a combined fashion that is referenced to the specific business logic process, so that the status of the business logic process itself (e.g., operable or non-operable) can be continuously determined on an on-going basis. Moreover, operability or non-operability can be established over a wide range of different business logic processes on a process by process basis. In various embodiments, the results of the monitoring may be continuously updated and displayed in a display so that an IS administrator can visually ascertain the status of the enterprise's various business logic processes.

Abstract: An Information Systems (IS) monitoring approach is described that is capable of monitoring and displaying the availability of various software components, including “foundational” operation features of the IS infrastructure. A further capability is that the availability of the individual software components upon which a specific business logic process depends may each be individually and continuously checked, in a combined fashion that is referenced to the specific business logic process, so that the status of the business logic process itself (e.g., operable or non-operable) can be continuously determined. Moreover, operability or non-operability can be established over a wide range of different business logic processes on a process by process basis. In this manner, an IS administrator can keep abreast of the status of the IS infrastructure and its ability to execute business logic processes dependent on lower level software.

Abstract: An interface for providing monitoring information from any monitored component to a central monitoring system in which an XML document is created according to a DTD conforming to a tree-structured monitoring architecture and then is made available to the central monitoring system either by posting it as an HTTP message or filing it in a designated directory, where it can be periodically polled by the central monitoring system. An initial long-form XML document can be used to completely specify the monitoring tree for the monitored component, and then subsequent short-form XML documents can be posted with current data corresponding to the monitoring tree elements themselves. An XML processor at the central monitoring system converts the XML document contents and applies them to a standard interface which has previously been available directly to fully conforming components.

Abstract: An interface for providing monitoring information from any monitored component to a central monitoring system in which an XML document is created according to a DTD conforming to a tree-structured monitoring architecture and then is made available to the central monitoring system either by posting it as an HTTP message or filing it in a designated directory, where it can be periodically polled by the central monitoring system. An initial long-form XML document can be used to completely specify the monitoring tree for the monitored component, and then subsequent short-form XML documents can be posted with current data corresponding to the monitoring tree elements themselves. An XML processor at the central monitoring system converts the XML document contents and applies them to a standard interface which has previously been available directly to fully conforming components.

Abstract: A system and method for monitoring availability of applications. According to an embodiment of the invention, a method includes providing a set of monitoring instructions to an agent, with the set of monitoring instructions including a time stamp and the set of monitoring instructions regarding monitoring of the availability of applications. The method includes receiving a status inquiry from the agent, the inquiry including the time stamp, comparing the time stamp received from the agent to a time stamp for up-to-date monitoring instructions, and sending the up-to-date monitoring instructions to the agent if the time stamp of the up-to-date monitoring instructions is later than the time stamp received from the agent.

Abstract: An interface for providing monitoring information from any monitored component to a central monitoring system in which an XML document is created according to a DTD conforming to a tree-structured monitoring architecture and then is made available to the central monitoring system either by posting it as an HTTP message or filing it in a designated directory, where it can be periodically polled by the central monitoring system. An initial long-form XML document can be used to completely specify the monitoring tree for the monitored component, and then subsequent short-form XML documents can be posted with current data corresponding to the monitoring tree elements themselves. An XML processor at the central monitoring system converts the XML document contents and applies them to a standard interface which has previously been available directly to fully conforming components.