Abstract: Disclosed is a change convergence risk mapping system. The change convergence risk mapping system typically includes a processor, a memory, and a risk aggregation module stored in the memory. The change convergence risk mapping system is typically configured for: determining an event risk score for each of a plurality of events; aggregating the event risk scores of the plurality of events and determining a first aggregated risk score associated with a first time period; determining if the first aggregated risk score exceeds a first predefined aggregated risk score threshold or if a first predefined number of events associated with the first time period have an event risk score exceeding a first predefined event risk score threshold; determining a risk level for the first time period; and graphically presenting a first indicator to a user computing system of the risk level associated with the first time period.

Abstract: Disclosed is a change convergence risk mitigation system. The change convergence risk mitigation system typically includes a processor, a memory, and a risk mitigation module stored in the memory. The change convergence risk mitigation system is typically configured for: receiving information associated with a plurality of events; determining an event risk score for each of the plurality of events; aggregating the event risk scores of the plurality of events and, based on the event risk scores, determining a risk level for each of the plurality of time periods; identifying a risk mitigation event; determining a risk mitigation time period from the plurality of time periods such that the risk mitigation time period would not have a predefined level if the risk mitigation event occurred during the risk mitigation time period; and providing a recommendation that the risk mitigation event occur during the risk mitigation time period.

Abstract: Disclosed is a system for implementing change condition levels. The system for implementing change condition levels typically includes a processor, a memory, and a change event management module stored in the memory. The system for implementing change condition levels is typically configured for: receiving an indication of a change event to be implemented; determining that a change condition level is applicable to the change event; based on determining that the change condition level is applicable to the change event, initiating a change event approval process for a change event, the change event approval process being defined by the change condition level; and, once the approval process has been successfully completed, permitting implementation of the change event, implementation of the change event being prohibited until receiving the indication of the successful completion of the change event approval process for the change event.

Abstract: Disclosed is a change convergence risk mapping system. The change convergence risk mapping system typically includes a processor, a memory, and a risk aggregation module stored in the memory. The change convergence risk mapping system is typically configured for: determining an event risk score for each of a plurality of events; aggregating the event risk scores of the plurality of events and determining a first aggregated risk score associated with a first time period; determining if the first aggregated risk score exceeds a first predefined aggregated risk score threshold or if a first predefined number of events associated with the first time period have an event risk score exceeding a first predefined event risk score threshold; determining a risk level for the first time period; and graphically presenting a first indicator to a user computing system of the risk level associated with the first time period.

Abstract: Disclosed is a change convergence risk mitigation system. The change convergence risk mitigation system typically includes a processor, a memory, and a risk mitigation module stored in the memory. The change convergence risk mitigation system is typically configured for: receiving information associated with a plurality of events; determining an event risk score for each of the plurality of events; aggregating the event risk scores of the plurality of events and, based on the event risk scores, determining a risk level for each of the plurality of time periods; identifying a risk mitigation event; determining a risk mitigation time period from the plurality of time periods such that the risk mitigation time period would not have a predefined level if the risk mitigation event occurred during the risk mitigation time period; and providing a recommendation that the risk mitigation event occur during the risk mitigation time period.