Abstract: An extraction cleaning machine includes a housing with a fluid delivery system that includes a fluid distributor for delivering a cleaning fluid to the surface to be cleaned. A fluid extraction system includes a suction nozzle for recovering soiled cleaning fluid from the surface. A steam delivery system is operably coupled to the housing and supplies steam or heated liquid to the surface. A controller is operably coupled to the steam delivery system and at least one ultraviolet light emitting element to selectively control the steam delivery system in accordance with a first timed duty cycle to generate at least one of the steam and the heated liquid that is supplied to the surface and the at least one ultraviolet light emitting element to emit ultraviolet light to the surface in accordance with a second timed duty cycle.

Abstract: A method for multi-source cloud-infrastructure vulnerability management includes receiving cloud-element information related to a cloud-based element in a cloud environment. The method also includes receiving first vulnerability information from a first vulnerability source and receiving second vulnerability information from a second vulnerability source. Cloud-element context information is also received about the cloud-based element from the cloud environment. A multiple-source vulnerability database is then generated from both the first vulnerability information and from the second vulnerability information. The cloud-element information and the cloud-element context information are then evaluated using the multiple-source vulnerability database to generate a vulnerability assessment.

Abstract: A method for multi-source cloud-infrastructure vulnerability management includes receiving cloud-element information related to a cloud-based element in a cloud environment. The method also includes receiving first vulnerability information from a first vulnerability source and receiving second vulnerability information from a second vulnerability source. Cloud-element context information is also received about the cloud-based element from the cloud environment. A multiple-source vulnerability database is then generated from both the first vulnerability information and from the second vulnerability information. The cloud-element information and the cloud-element context information are then evaluated using the multiple-source vulnerability database to generate a vulnerability assessment.

Abstract: A method for multi-source cloud-infrastructure vulnerability management includes receiving cloud-element information related to a cloud-based element in a cloud environment. The method also includes receiving first vulnerability information from a first vulnerability source and receiving second vulnerability information from a second vulnerability source. Cloud-element context information is also received about the cloud-based element from the cloud environment. A multiple-source vulnerability database is then generated from both the first vulnerability information and from the second vulnerability information. The cloud-element information and the cloud-element context information are then evaluated using the multiple-source vulnerability database to generate a vulnerability assessment.

Abstract: A method for multi-source cloud-infrastructure vulnerability management includes receiving cloud-element information related to a cloud-based element in a cloud environment. The method also includes receiving first vulnerability information from a first vulnerability source and receiving second vulnerability information from a second vulnerability source. Cloud-element context information is also received about the cloud-based element from the cloud environment. A multiple-source vulnerability database is then generated from both the first vulnerability information and from the second vulnerability information. The cloud-element information and the cloud-element context information are then evaluated using the multiple-source vulnerability database to generate a vulnerability assessment.