Method and system for aggregating and ranking of security event-based data
The present invention provides a method of identifying aggregating and mathematically ranking security alert data having the steps of identifying a plurality of alerts, selecting a subset of the plurality alerts based on at least one preselected theme, applying a function to the subset of the plurality alerts to compute an aggregate risk score, the function based on at least one factor and prioritizing the aggregate risk score in a risk score list.
1. A method for aggregating and ranking security alert data, said method comprising:
(a) obtaining data set(s) comprising a plurality of alerts from one or more source(s) of data;
(b) processing one or more data set(s) for preselected feature(s) to derive data set(s) comprising a selection of alerts having the preselected feature(s);
(c) inputting the derived features data set(s) into one or more preselected risk model(s) relating to one or more themes to obtain an output for each preselected risk model, wherein said one or more risk model(s) is selected from anomaly models, probability models, rules and combinations thereof, wherein said output for each preselected risk model is a probability or score that correspond to indicators of the one or more themes;
(d) combining output(s) based on one or more common themes and a temporal component to form one or more stories and determining an aggregate risk score for each of said one or more stories, wherein said one or more themes are selected from a group consisting of common entities and common events/underlying behaviors; and
(e) ranking each of said one or more stories by said aggregate risk score.
2. The method of claim 1 , wherein said one or more risk model(s) are one or more anomaly model(s).
3. The method of claim 1 , wherein each of said one or more stories are represented using natural language.
4. The method of claim 1 , wherein each of said one or more stories are represented using visualizations.
5. The method of claim 1 , wherein each of said one or more stories are represented using natural language and visualizations.
6. A computer program product comprising a non-transitory computer readable memory storing computer executable instructions thereon that when executed by a computer perform a method for aggregating and ranking security alert data, said method comprising:
(a) obtaining data set(s) comprising a plurality of alerts from one or more source(s) of data;
(b) processing one or more data set(s) for preselected feature(s) to derive data set(s) comprising a selection of alerts having the preselected feature(s);
(c) inputting the derived features data set(s) into one or more preselected risk model(s) relating to one or more themes to obtain an output for each preselected risk model, wherein said one or more risk model(s) is selected from anomaly models, probability models, rules and combinations thereof, wherein said output for each preselected risk model is a probability or score that correspond to indicators of the one or more themes;
(d) combining output(s) based on one or more common themes and a temporal component to form one or more stories and determining an aggregate risk score for each of said one or more stories, wherein said one or more themes are selected from a group consisting of common entities and common events/underlying behaviors; and
(e) ranking each of said one or more stories by said aggregate risk score.
7. The computer program product of claim 6 , wherein said one or more risk model(s) are one or more anomaly model(s).
8. A system for aggregating and ranking security alert data, said system comprising: a processor and a non-transitory computer readable storage media comprising executable instructions thereon that when executed by said processor perform a method for aggregating and ranking security alert data, said method comprising:
(a) obtaining data set(s) comprising a plurality of alerts from one or more source(s) of data;
(b) processing one or more data set(s) for preselected feature(s) to derive data set(s) comprising a selection of alerts having the preselected feature(s);
(c) inputting the derived features data set(s) into one or more preselected risk model(s) relating to one or more themes to obtain an output for each preselected risk model, wherein said one or more risk model(s) is selected from anomaly models, probability models, rules and combinations thereof, wherein said output for each preselected risk model is a probability or score that correspond to indicators of the one or more themes;
(d) combining output(s) based on one or more common themes and a temporal component to form one or more stories and determining an aggregate risk score for each of said one or more stories, wherein said one or more themes are selected from a group consisting of common entities and common events/underlying behaviors; and
(e) ranking each of said one or more stories by said aggregate risk score.
9. The system of claim 8 , wherein said one or more risk model(s) are one or more anomaly model(s).