Abstract: A packaging backer card has features running along at least one edge thereof to create rigidity in the card. The features imparting rigidity may be integral with the backer card and may lie flat, in the same plane as the backer card, in a flattened configuration. The features imparting rigidity may be formed by folding at least a portion of the backer card along at least one side, where one or more tabs may be used to retain and lock the folds in the folded configuration. The folded configuration may create one or more longitudinal fold lines that contribute to reducing the likelihood of flexing, bending or drooping of the backer card. The backer card may be used to secure an item, such as a medical device, thereto.

Abstract: According to an aspect, a device includes an elongate member, a suture, and a needle. The elongate member has a first end portion and a second end portion. The elongate member defines a lumen and a slot. The lumen extends from the first end portion to the second end portion. The slot extends from the first end portion to the second end portion. A portion of the suture is wrapped around the elongate member. The needle is coupled to the suture.

Abstract: A method is provided to monitor network traffic, including reserving a portion of a system memory for short-term storage of copied network traffic, wherein the system memory is volatile, receiving copied packets of intercepted network traffic traversing a network, wherein the packets are associated with a plurality of respective traffic streams included in the network traffic, storing the copied packets in the portion of the system memory, maintaining an ordered list per traffic stream of copied packets that are stored, removing copied packets selected, based on their positions in their respective ordered lists, from the portion of the system memory based on a storage constraint, receiving an attack alert identifying a packet that is involved in a network attack, identifying the traffic stream that includes the packet identified, and transferring stored copied packets that are included in the identified traffic stream from the portion of the system memory to a long-term storage device.

Abstract: A method is provided to monitor network traffic, including reserving a portion of a system memory for short-term storage of copied network traffic, wherein the system memory is volatile, receiving copied packets of intercepted network traffic traversing a network, wherein the packets are associated with a plurality of respective traffic streams included in the network traffic, storing the copied packets in the portion of the system memory, maintaining an ordered list per traffic stream of copied packets that are stored, removing copied packets selected, based on their positions in their respective ordered lists, from the portion of the system memory based on a storage constraint, receiving an attack alert identifying a packet that is involved in a network attack, identifying the traffic stream that includes the packet identified, and transferring stored copied packets that are included in the identified traffic stream from the portion of the system memory to a long-term storage device.

Abstract: According to an aspect, a device includes an elongate member, a suture, and a needle. The elongate member has a first end portion and a second end portion. The elongate member defines a lumen and a slot. The lumen extends from the first end portion to the second end portion. The slot extends from the first end portion to the second end portion. A portion of the suture is wrapped around the elongate member. The needle is coupled to the suture.

Abstract: A method and system for managing data traffic and protecting computing assets. The method and system includes analyzing HTTP requests to determine if the HTTP requests are overly segmented, and, if the HTTP request is overly segmented, blocking and/or black-listing the malevolent communications and computing device. The analysis to determine if an HTTP request is overly segmented includes comparing the packet's size to a threshold, identifying the packet's content or lack thereof, identifying whether the packet is the last packet in a communication, and identifying whether the packet ends with the “\n” ASCII character.

Abstract: A system, method and computer readable storage medium that receives traffic/packets from external devices attempting to access protected devices in a protected network. A determination is made to whether a received packet belongs to one of a plurality of packet classifications. Each packet classification indicative of different classes of IP traffic. Countermeasures are applied to a received packet to prevent attack upon the protected devices. Applying a countermeasure to a received packet determined to belong to one of the plurality of packet classifications includes countermeasure modification/selection contingent upon the determined packet classification for the received packet.

Abstract: A method and system for managing data traffic and protecting computing assets. The method and system includes analyzing HTTP requests to determine if the HTTP requests are overly segmented, and, if the HTTP request is overly segmented, blocking and/or black-listing the malevolent communications and computing device. The analysis to determine if an HTTP request is overly segmented includes comparing the packet's size to a threshold, identifying the packet's content or lack thereof, identifying whether the packet is the last packet in a communication, and identifying whether the packet ends with the “\n” ASCII character.

Abstract: A system and method are provided to receive mirrored versions of transmissions sent by a node in response to initiating transmissions received by the node over a network. At least one mirrored response transmission sent from the node in response to at least one corresponding initiating transmission is analyzed to determine whether or not the corresponding at least one initiating transmission is malicious.

Abstract: A system, method and computer readable storage medium that receives traffic/packets from external devices attempting to access protected devices in a protected network. A determination is made to whether a received packet belongs to one of a plurality of packet classifications. Each packet classification indicative of different classes of IP traffic. Countermeasures are applied to a received packet to prevent attack upon the protected devices. Applying a countermeasure to a received packet determined to belong to one of the plurality of packet classifications includes countermeasure modification/selection contingent upon the determined packet classification for the received packet.

Abstract: A system and method to track external devices attempting to connect to a protected network using probabilistic filters. When a connection from a new external device attempts to access the protected network, the memory of a protection system, which is organized as a probabilistic filter, is searched to determine if the IP address already exists in the memory of protection system. If the search locates the IP address, the protection system terminates the connection to the external device. If the search is negative, then protection device begins the authentication process for the external device.

Abstract: A system and method are provided to receive mirrored versions of transmissions sent by a node in response to initiating transmissions received by the node over a network. At least one mirrored response transmission sent from the node in response to at least one corresponding initiating transmission is analyzed to determine whether or not the corresponding at least one initiating transmission is malicious.

Abstract: Systems and methods are disclosed that include a common application platform including a set of shared services that can be utilized by applications executing on top the application platform. One embodiment of the invention includes a user device including a processor configured by an operating system, where the processor is further configured by an application platform including a natively implemented virtual. machine configured to execute non-natively implemented applications; a services container, including at least one natively implemented service configured for utilization by an application executing within the virtual machine, wherein the at least one natively implemented service is a shared service that can be utilized by a plurality of different applications; and at least one handler configured to handle communication via at least one socket between an application executing within the virtual machine and the at least one natively implemented service in the services container.

Abstract: A system and method to track external devices attempting to connect to a protected network using probabilistic filters. When a connection from a new external device attempts to access the protected network, the memory of a protection system, which is organized as a probabilistic filter, is searched to determine if the IP address already exists in the memory of protection system. If the search locates the IP address, the protection system terminates the connection to the external device. If the search is negative, then protection device begins the authentication process for the external device.