Abstract: Methods for obtaining and analyzing a reduced data set are disclosed. In an embodiment, runtime dependencies between components are identified. Based on runtime dependencies, it is determined that a first component is configured to access a second component during runtime but is not configured to access a third component during the runtime. A subset of monitoring data associated with the second component is reported. A subset of the monitoring data associated with the third component is not reported. In an embodiment, a first data set associated with a component is obtained. The first data set is aggregated by monitoring of the component. A second data set, associated with the component, is simulated. The second data set is simulated based on the first data set and/or data modeling associated with the component. A characteristic and/or performance of the component is analyzed based on the first data set and the second data set.

Abstract: Methods for obtaining and analyzing a reduced data set are disclosed. In an embodiment, runtime dependencies between components are identified. Based on runtime dependencies, it is determined that a first component is configured to access a second component during runtime but is not configured to access a third component during the runtime. A subset of monitoring data associated with the second component is reported. A subset of the monitoring data associated with the third component is not reported. In an embodiment, a first data set associated with a component is obtained. The first data set is aggregated by monitoring of the component. A second data set, associated with the component, is simulated. The second data set is simulated based on the first data set and/or data modeling associated with the component. A characteristic and/or performance of the component is analyzed based on the first data set and the second data set.

Abstract: An aspect of the present invention provides for monitoring components of an enterprise application distributed across stacks. In an embodiment, a digital processing system receives a monitoring data indicating a first component and a second component of an enterprise application, with the monitoring data further indicating that the first component executes in a first stack and the second component executes in a second stack. The digital processing system collects execution characteristics of the two components and displays the collected execution characteristics of both the components. According to another aspect, the execution characteristics for both the components are displayed on a common user interface for a same time window, such that a user (e.g., an administrator of the enterprise application) is facilitated to correlate the execution characteristics of different components executing across multiple stacks.