Abstract: Systems and methods for planning and optimizing the mitigation of projected effects of possible disruptive events, whether natural or human-initiated, on critical infrastructure or key resources, which critical infrastructure or key resources may be damaged, the functionality of which may be otherwise altered or which may become unavailable as a result of the occurrence of such events, are disclosed.

Abstract: Methods and system for planning and optimizing the recovery of critical infrastructure resources, where the method includes determining, from execution of a computer readable code, impact of at least one predetermined environmental condition on a number of critical infrastructure resources subjected to said predetermined environmental conditions and on other critical infrastructure resources dependent on said number of critical infrastructure resources, each of the number of critical infrastructure resources having rules for impact of predetermined environmental conditions and for recovery time, obtaining, from execution of the computer readable code, deployment information for predetermined Recovery Assets, each one of the predetermined Recovery Assets being staged, before deployment, at a predetermined staging location, and obtaining, from execution of the computer readable code, resulting consequences from deployment of the predetermined Recovery Assets.

Abstract: A system and method for organizing and representing in a single display, using temporal and locational relationships, multiple selected pieces of information that may exist in different embodiments and that may be related to one or more past, present or future events.

Abstract: A system and method for organizing and representing in a single display, using temporal and locational relationships, multiple selected pieces of information that may exist in different embodiments and that may be related to one or more past, present or future events.