Abstract: A system includes a processor device. The processor device is configured to detect a physical topology of a network comprising hosts and sensors in the network. The processor device is also configured to generate a sensor policy for assignment of the sensors to network blocks of the hosts, that balances a processing load and accuracy of the sensors in the network based on physical closeness of the sensors to different divisions of hosts within a same network block.

Abstract: A system includes a processor device. The processor device is configured to receive reports of operating system identities for a single host; determine which of the operating system identities are an intersection of the reported operating system identities; and assign the intersection of the reported operating system identities as a resolved operating system identity.

Abstract: A system includes a processor device. The processor device is configured to detect a physical topology of a network comprising hosts and sensors in the network. The processor device is also configured to generate a sensor policy for assignment of the sensors to network blocks of the hosts, that balances a processing load and accuracy of the sensors in the network based on physical closeness of the sensors to different divisions of hosts within a same network block.

Abstract: The disclosed systems and methods provide a user interface for modifying host configuration data that has been automatically and passively determined and for adding or modifying other parameters associated with a host. A host data table can store various parameters descriptive of a host including the applicability of specific vulnerabilities. If it is determined that one or more hosts should not be identified as associated with a specific vulnerability, a graphical user interface can be used to modify the vulnerability parameter.

Abstract: A system includes a processor device. The processor device is configured to receive reports of operating system identities for a single host; determine which of the operating system identities are an intersection of the reported operating system identities; and assign the intersection of the reported operating system identities as a resolved operating system identity.

Abstract: A system includes a processor device. The processor device is configured to detect a physical topology of a network comprising hosts and sensors in the network. The processor device is also configured to generate a sensor policy for assignment of the sensors to network blocks of the hosts, that balances a processing load and accuracy of the sensors in the network based on physical closeness of the sensors to different divisions of hosts within a same network block.

Abstract: The disclosed systems and methods provide a user interface for modifying host configuration data that has been automatically and passively determined and for adding or modifying other parameters associated with a host. A host data table can store various parameters descriptive of a host including the applicability of specific vulnerabilities. If it is determined that one or more hosts should not be identified as associated with a specific vulnerability, a graphical user interface can be used to modify the vulnerability parameter.

Abstract: A packet transmitted on a network is read and decoded. A network device and its operating system are identified by analyzing the decoded packet. If more than one operating system is identified from the decoded packet, the operating system is selecting by comparing confidence values assigned to the operating systems identified. A service running on the network device is identified from the decoded packet or subsequent packets that are read, decoded and analyzed. The network topology of a network is determined by reading, decoding, and analyzing a plurality of packets. A flow between two network devices is determined by reading, decoding, and analyzing a plurality of packets. Vulnerabilities are assigned to operating systems and services identified by reading, decoding, and analyzing packets. Network configuration policy is enforced on operating systems and services identified by reading, decoding, and analyzing packets.

Abstract: A packet transmitted on a network is read and decoded. A network device and its operating system are identified by analyzing the decoded packet. If more than one operating system is identified from the decoded packet, the operating system is selecting by comparing confidence values assigned to the operating systems identified. A service running on the network device is identified from the decoded packet or subsequent packets that are read, decoded and analyzed. The network topology of a network is determined by reading, decoding, and analyzing a plurality of packets. A flow between two network devices is determined by reading, decoding, and analyzing a plurality of packets. Vulnerabilities are assigned to operating systems and services identified by reading, decoding, and analyzing packets. Network configuration policy is enforced on operating systems and services identified by reading, decoding, and analyzing packets.