Computerized systems and methods are provided for managing changes being made on a geographically diverse mobile telecommunications network. An intelligent application for network change management collects change requests to be implemented in a geographically disperse mobile telecommunications network. The intelligent application determines whether the changes to be implemented are for devices that high risk from a network impacting event, such as a major event or weather. The application initiates actions to suspend the changes from being implemented to the network until the devices are no longer at high risk from a network impacting event.