Software application for continually assessing, processing, and remediating cyber-risk in real time

A system for processing cyber-risk in real time, the system comprising:

• a profiling component configured to determine at least one baseline of a user, the at least one baseline of the user comprising an expected operations for a network's security compliance at least one control level;
• an analytic component configured to generate at least one threat framework;
• an evaluation component configured to:
• utilize the threat framework to organize at least one theoretical threat against an organization's determined baseline network security, wherein utilizing the threat framework includes utilizing golden images representative of the expected operations for the network's security compliance in a sandbox environment to determine at least one identified threat from the at least one threat framework applied to the at least one baseline of the user;
• determine at least one theoretical control according to the at least one theoretical threat;
• and
• determine at least one implementation priority according to the at least one theoretical control;
• and
• an implementation component configured to implement at least one remedial control according to the at least one theoretical control and the at least one implementation priority.

A system for processing cyber-risk in real time, the system comprising:

• a profiling component configured to determine at least one baseline of a user, the at least one baseline of the user comprising at least one control level;
• an analytic component configured to generate at least one threat framework;
• an evaluation component configured to:
• utilize the threat framework to organize at least one theoretical threat against an organization's determined baseline network security, wherein utilizing the threat framework includes accessing a subset of approved nodes derived from the at least one baseline of the user, and run the at least one threat framework within the subset of the approved nodes to determine the at least one theoretical threat;
• determine at least one theoretical control according to the at least one theoretical threat;
• and
• determine at least one implementation priority according to the at least one theoretical control;
• and
• an implementation component configured to implement at least one remedial control according to the at least one theoretical control and the at least one implementation priority.