Abstract: A system and method provide access by a web application running on a host computing device in communication with a remote server to a native binary DLL. A browser extension to the web application and a native messaging application communicate with the browser extension via standard input/output. A long-running computational process on the host computing device configured as a wrapper for the binary DLL is executable by the host computing device. The native messaging application and the long-running computational process communicate with one another via a named pipe, and the long-running computational process duration is independent of the native messaging application duration.

Abstract: A system and method provide access by a web application running on a host computing device in communication with a remote server to a native binary DLL. A browser extension to the web application and a native messaging application communicate with the browser extension via standard input/output. A long-running computational process on the host computing device configured as a wrapper for the binary DLL is executable by the host computing device. The native messaging application and the long-running computational process communicate with one another via a named pipe, and the long-running computational process duration is independent of the native messaging application duration.

Abstract: A computing device can install and execute a kernel-level security agent that interacts with a remote security system as part of a detection loop aimed at defeating malware attacks. The kernel-level security agent can be installed with a firewall policy that can be remotely enabled by the remote security system in order to “contain” the computing device. Accordingly, when the computing device is being used, and a malware attack is detected on the computing device, the remote security system can send an instruction to contain the computing device, which causes the implementation, by an operating system (e.g., a Mac™ operating system) of the computing device, of the firewall policy accessible to the kernel-level security agent. Upon implementation and enforcement of the firewall policy, outgoing data packets from, and incoming data packets to, the computing device that would have been allowed prior to the implementation of the firewall policy are denied.

Abstract: A computing device can install and execute a kernel-level security agent that interacts with a remote security system as part of a detection loop aimed at defeating malware attacks. The kernel-level security agent can be installed with a firewall policy that can be remotely enabled by the remote security system in order to “contain” the computing device. Accordingly, when the computing device is being used, and a malware attack is detected on the computing device, the remote security system can send an instruction to contain the computing device, which causes the implementation, by an operating system (e.g., a Mac™ operating system) of the computing device, of the firewall policy accessible to the kernel-level security agent. Upon implementation and enforcement of the firewall policy, outgoing data packets from, and incoming data packets to, the computing device that would have been allowed prior to the implementation of the firewall policy are denied.

Abstract: A computing device can install and execute a kernel-level security agent that interacts with a remote security system as part of a detection loop aimed at defeating malware attacks. The kernel-level security agent can be installed with a firewall policy that can be remotely enabled by the remote security system in order to “contain” the computing device. Accordingly, when the computing device is being used, and a malware attack is detected on the computing device, the remote security system can send an instruction to contain the computing device, which causes the implementation, by an operating system (e.g., a Mac™ operating system) of the computing device, of the firewall policy accessible to the kernel-level security agent. Upon implementation and enforcement of the firewall policy, outgoing data packets from, and incoming data packets to, the computing device that would have been allowed prior to the implementation of the firewall policy are denied.

Abstract: A computing device can install and execute a kernel-level security agent that interacts with a remote security system as part of a detection loop aimed at defeating malware attacks. The kernel-level security agent can be installed with a firewall policy that can be remotely enabled by the remote security system in order to “contain” the computing device. Accordingly, when the computing device is being used, and a malware attack is detected on the computing device, the remote security system can send an instruction to contain the computing device, which causes the implementation, by an operating system (e.g., a Mac™ operating system) of the computing device, of the firewall policy accessible to the kernel-level security agent. Upon implementation and enforcement of the firewall policy, outgoing data packets from, and incoming data packets to, the computing device that would have been allowed prior to the implementation of the firewall policy are denied.

Abstract: A firewall cluster system comprises a first node operable to receive a connection in a firewall cluster having three or more nodes, monitor packets of the received connection and determining application state data associated with the connection from the monitored packets in the first node, and share application state data with at least another node in the firewall cluster.

Abstract: The invention relates to a measuring frame (106) for optically ascertaining a perforation position of a projectile (134) through a target surface (102) in a contactless manner. In addition, the invention relates to a corresponding measurement and analysis method. The invention further relates to a display system which uses at least one such measuring frame (106). The measuring frame comprises at least one first (120) radiation source for emitting a first diverging radiation field, at least one second radiation source for emitting a second diverging radiation field, said first and second radiation fields intersecting at an angle on a plane transverse to a perforation direction, and at least one first (126) and at least one second (126?) optical receiving device, which are paired with the at least one first and second radiation source, respectively.

Abstract: System and methods for connection processing with limited data leakage. The system records state associated with a connection request in a connection state engine, records state associated with a connection acknowledgement in the connection state engine, stores data sent after the connection acknowledgement in a buffer and determines, without a proxy, whether to allow or deny a connection as a function of the data stored in the buffer.

Abstract: Various implementations described herein may refer to and may be directed to error detection circuitry for use with memory. In one implementation, an integrated circuit may include a memory array having a plurality of rows of memory cells, where a respective row is configured to store a data word and one or more check bits corresponding to the data word. The integrated circuit may also include inline error detection circuitry coupled to the respective row and configured to generate one or more flag bit values based on a detection of one or more bit errors in the data word stored in the respective row. The integrated circuit may further include error correction circuitry configured to correct the one or more bit errors in the data word stored in the respective row in response to the one or more generated flag bit values.

Abstract: The invention relates to a measuring frame (106) for optically ascertaining a perforation position of a projectile (134) through a target surface (102) in a contactless manner. In addition, the invention relates to a corresponding measurement and analysis method. The invention further relates to a display system which uses at least one such measuring frame (106). The measuring frame comprises at least one first (120) radiation source for emitting a first diverging radiation field, at least one second radiation source for emitting a second diverging radiation field, said first and second radiation fields intersecting at an angle on a plane transverse to a perforation direction, and at least one first (126) and at least one second (126?) optical receiving device, which are paired with the at least one first and second radiation source, respectively.

Abstract: System and methods for connection processing with limited data leakage. The system records state associated with a connection request in a connection state engine, records state associated with a connection acknowledgement in the connection state engine, stores data sent after the connection acknowledgement in a buffer and determines, without a proxy, whether to allow or deny a connection as a function of the data stored in the buffer.

Abstract: System and methods for connection processing with limited data leakage. The system records state associated with a connection request in a connection state engine, records state associated with a connection acknowledgement in the connection state engine, stores data sent after the connection acknowledgement in a buffer and determines, without a proxy, whether to allow or deny a connection as a function of the data stored in the buffer.

Abstract: A firewall cluster system comprises a first node operable to receive a connection in a firewall cluster having three or more nodes, monitor packets of the received connection and determining application state data associated with the connection from the monitored packets in the first node, and share application state data with at least another node in the firewall cluster.

Abstract: A firewall cluster system comprises a first node operable to receive a connection in a firewall cluster having three or more nodes, monitor packets of the received connection and determining application state data associated with the connection from the monitored packets in the first node, and share application state data with at least another node in the firewall cluster.

Abstract: A firewall cluster system comprises a first node operable to receive a connection in a firewall cluster having three or more nodes, monitor packets of the received connection and determining application state data associated with the connection from the monitored packets in the first node, and share application state data with at least another node in the firewall cluster.

Abstract: System and methods for connection processing with limited data leakage. The system records state associated with a connection request in a connection state engine, records state associated with a connection acknowledgement in the connection state engine, stores data sent after the connection acknowledgement in a buffer and determines, without a proxy, whether to allow or deny a connection as a function of the data stored in the buffer.

Abstract: An apparatus and system for measuring material thickness of a test object. In one embodiment, the apparatus can include a measurement probe that can have a plurality of transducer elements that can include transmitter elements and receiver elements arranged, respectively, in on a first side and a second side of a gap. The first side and the second side can form a scan area with at least one active group that can have at least one transmitter element and at least one receiver element, which can be separated from the transmitter element in a spaced relationship.

Abstract: An apparatus and system for measuring material thickness of a test object. In one embodiment, the apparatus can include a measurement probe that can have a plurality of transducer elements that can include transmitter elements and receiver elements arranged, respectively, in on a first side and a second side of a gap. The first side and the second side can form a scan area with at least one active group that can have at least one transmitter element and at least one receiver element, which can be separated from the transmitter element in a spaced relationship.

Abstract: A child play table and kit accompanying the same is disclosed. In one embodiment, the child play table may have contoured terrain, such as a mountain, valley, or other types of terrain that may include a waterfall, a river, lake and/or an ocean featuring water flow produced by a pump. A controller may be included that activates the pump in coordination with a story line, which may be incorporated into a book, and/or user activity. The kit may include accessories corresponding to the story line such as human, dinosaur, fish and animal figurines, buildings, homes, forts, castles, roads, bridges and other structures as well as miniaturized toy vehicles. The controller may also generate audio signals corresponding to the story line.