Abstract: In one set of embodiments, a computer system can receive an event pertaining to an activity performed by or associated with a software process. The computer system can compute an event hash value representing a type of the activity, a type of the software process, and a topology of the software process, where the topology indicates one or more parent software processes of the software process. The computer system can then perform a lookup into an event cache using the event hash value. If the event hash value is not found in the event cache, the computer system can cause the event to be transmitted to an event-receiving entity; otherwise, the computer system can drop/ignore/discard the event, thereby preventing it from being transmitted to the event-receiving entity.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: A mounting apparatus is provided. This mounting apparatus, or sometimes referred to as an apparatus or hinged mounting clamp system, may include a member, or referenced for convenience herein as a pivoting clamp arm, configured so as to grasp a mounting rail or similar structure. The pivoting clamp arm may also be spring loaded. A threaded locking bolt or similar component may also be used to assist one or more springs to apply force to the pivoting clamp arm to assist in the grasping of a mounting rail or similar structure. A related method is also provided.

Abstract: Implementations of the present disclosure involve a system and/or method of performing security asset management. The system and/or method may schedule vulnerability scanners to scan the various portions of one or more networks and obtain the results of the vulnerability scans. IP addresses may be assigned to each of vulnerability scanners to scan. The system obtains the results of the vulnerability scans and may adjust the results of the scans according to configuration of the one or more networks that an IP address is associated with. The system and/or method may also assign and reassign IP addresses amongst the scanners to optimize scanning speed.

Abstract: The present invention is directed to a contact center, comprising: (a) a plurality of media servers 112a-n, each of the media servers being associated with a plurality of corresponding agent communication devices 120a-i positioned in a respective agent domain 100a-n; (b) a plurality of gateways 128a-n, each of which is currently controlled by a corresponding one of the plurality of media servers 112a-n and positioned in a contactor domain 104; and (c) a packet-switched Wide Area Network (WAN) 108 connecting the plurality of media servers 128a-n and the plurality of gateways 112a-n.

Abstract: A system related to improved protective coverings for ear-bud-type speaker devices. The system includes a shaped elastic cover that is structured and arranged to envelope substantially the entire earbud speaker housing. A consumer kit and methods of use and fabrication are also disclosed.

Abstract: An energy beam driven rapid fabrication system, in which an energy beam strikes a growth surface to form a molten puddle thereon. Feed powder is then injected into the molten puddle from a converging flow of feed powder. A portion of the feed powder becomes incorporated into the molten puddle, forcing some of the puddle contents to freeze on the growth surface, thereby adding an additional layer of material. By scanning the energy beam and the converging flow of feed powder across the growth surface, complex three-dimensional shapes can be formed, ready or nearly ready for use. Nearly any class of material can be fabricated using this system.

Abstract: An energy beam driven rapid fabrication system, in which an energy beam strikes a growth surface to form a molten puddle thereon. Feed powder is then injected into the molten puddle from a converging flow of feed powder. A portion of the feed powder becomes incorporated into the molten puddle, forcing some of the puddle contents to freeze on the growth surface, thereby adding an additional layer of material. By scanning the energy beam and the converging flow of feed powder across the growth surface, complex three-dimensional shapes can be formed, ready or nearly ready for use. Nearly any class of material can be fabricated using this invention.

Abstract: A method and system are provided for producing complex, three-dimensional, net shape objects from a variety of powdered materials. The system includes unique components to ensure a uniform and continuous flow of powdered materials as well as to focus and locate the flow of powdered materials with respect to a laser beam which results in the melting of the powdered material. The system also includes a controller so that the flow of molten powdered materials can map out and form complex, three-dimensional, net-shape objects by layering the molten powdered material. Advantageously, such complex, three-dimensional net-shape objects can be produced having material densities varying from 90% of theoretical to fully dense, as well as a variety of controlled physical properties. Additionally, such complex, three-dimensional objects can be produced from two or more different materials so that the composition of the object can be transitioned from one material to another.