Graphical user interface and analysis system for determining platform stability and resiliency

A computer-implemented method for determining platform stability and resiliency, the method comprising:

• for each of a plurality of applications deployed or scheduled to be deployed on a platform, wherein the platform that is configured to perform a plurality of functions:
• gathering data relating to the application and operation of the application on the platform;
• evaluating one or more factors each indicating a level of stability of the application;
• evaluating one or more factors each indicating a level of resiliency of the application;
• determining an overall stability score for the application from the one or more stability factors and an overall resiliency score for the application from the one or more resiliency factors;
• and
• determining a data quality score and a criticality score for the application from the one or more stability factors and the one or more resiliency factors, wherein the data quality score measures a quality of the gathered data and the criticality score measures an importance of the application to the plurality of functions of the platform;
• generating a first graphical user interface including a plurality of selectable filters;
• receiving a selection of at least one filter;
• identifying a subset of the plurality of applications using the selected at least one filter;
• determining an aggregated stability score, an aggregated resiliency score, an aggregated data quality score, and an aggregated criticality score for the identified subset from the overall stability scores, overall resiliency scores, data quality scores, and criticality scores for the identified subset of applications;
• and
• generating a second graphical user interface including the aggregated stability score, aggregated resiliency score, aggregated data quality score, and aggregated criticality score.

A computer program product for determining platform stability and resiliency with at least one non-transitory computer-readable medium having computer-readable program code portions embodied therein, the computer-readable program code portions comprising:

• an executable portion configured for, for each of a plurality of applications deployed or scheduled to be deployed on a platform that is configured to perform a plurality of functions:
• gathering data relating to the application and operation of the application on the platform;
• evaluating one or more factors each indicating a level of stability of the application;
• evaluating one or more factors each indicating a level of resiliency of the application;
• determining an overall stability score for the application from the one or more stability factors and an overall resiliency score for the application from the one or more resiliency factors;
• and
• determining a data quality score and a criticality score for the application from the one or more stability factors and the one or more resiliency factors, wherein the data quality score measures a quality of the gathered data and the criticality score measures an importance of the application to the plurality of functions of the network;
• an executable portion configured for generating a first graphical user interface including a plurality of selectable filters;
• an executable portion configured for receiving a selection of at least one filter;
• an executable portion configured for identifying a subset of the plurality of applications using the selected at least one filter;
• an executable portion configured for determining an aggregated stability score, an aggregated resiliency score, an aggregated data quality score, and an aggregated criticality score for the identifies subset from the overall stability scores, overall resiliency scores, data quality scores, and criticality scores for the identified subset of applications;
• and
• an executable portion configured for generating a second graphical user interface including the aggregated stability score, aggregated resiliency score, aggregated data quality score, and aggregated criticality score.