Abstract: Systems and methods are disclosed for monitoring, evaluating protection against, improving protection against, and simulating phishing threats. Network usage information for users of an organization can be leveraged to determine user-specific network behavior information. This user-specific network behavior information can then be leveraged to better identify incoming threats as well as generate and deploy user-specific phishing lures. Phishing simulation campaigns can be conducted, including by implementing variations in how the phishing lures are presented. Such campaigns can be scored to determine how different presentation variations perform. User-specific phishing lures can be generated using user environment information collected by an agent running on the user's device. Alerts informing users of potential threats can be dynamically updated with different presentation parameters to improve performance.

Abstract: A position monitoring system is provided that includes a tracheal tube having a distal portion with a radiopaque indicator. The tracheal tube is configured to be positioned within an airway of a patient. The position monitoring system also includes an external sensor configured to be positioned on an external surface of the patient. The external sensor includes an emitter configured to transmit energy into the patient and toward the distal portion and a detector configured to receive a reflected portion of the energy to permit identification of a position of the distal portion. The position monitoring system, in certain embodiments, further includes a video laryngoscope communicatively coupled to the external sensor. The video laryngoscope includes a display and a processor, and the processor is configured to instruct the display to present an indication of the position of the distal portion based on feedback from the detector.

Abstract: Systems and methods are disclosed for monitoring, evaluating protection against, improving protection against, and simulating phishing threats. Network usage information for users of an organization can be leveraged to determine user-specific network behavior information. This user-specific network behavior information can then be leveraged to better identify incoming threats as well as generate and deploy user-specific phishing lures. Phishing simulation campaigns can be conducted, including by implementing variations in how the phishing lures are presented. Such campaigns can be scored to determine how different presentation variations perform. User-specific phishing lures can be generated using user environment information collected by an agent running on the user's device. Alerts informing users of potential threats can be dynamically updated with different presentation parameters to improve performance.

Abstract: Systems and methods are disclosed for monitoring, evaluating protection against, improving protection against, and simulating phishing threats. Network usage information for users of an organization can be leveraged to determine user-specific network behavior information. This user-specific network behavior information can then be leveraged to better identify incoming threats as well as generate and deploy user-specific phishing lures. Phishing simulation campaigns can be conducted, including by implementing variations in how the phishing lures are presented. Such campaigns can be scored to determine how different presentation variations perform. User-specific phishing lures can be generated using user environment information collected by an agent running on the user's device. Alerts informing users of potential threats can be dynamically updated with different presentation parameters to improve performance.

Abstract: Systems and methods are disclosed for monitoring, evaluating protection against, improving protection against, and simulating phishing threats. Network usage information for users of an organization can be leveraged to determine user-specific network behavior information. This user-specific network behavior information can then be leveraged to better identify incoming threats as well as generate and deploy user-specific phishing lures. Phishing simulation campaigns can be conducted, including by implementing variations in how the phishing lures are presented. Such campaigns can be scored to determine how different presentation variations perform. User-specific phishing lures can be generated using user environment information collected by an agent running on the user's device. Alerts informing users of potential threats can be dynamically updated with different presentation parameters to improve performance.

Abstract: Systems and methods are disclosed for monitoring, evaluating protection against, improving protection against, and simulating phishing threats. Network usage information for users of an organization can be leveraged to determine user-specific network behavior information. This user-specific network behavior information can then be leveraged to better identify incoming threats as well as generate and deploy user-specific phishing lures. Phishing simulation campaigns can be conducted, including by implementing variations in how the phishing lures are presented. Such campaigns can be scored to determine how different presentation variations perform. User-specific phishing lures can be generated using user environment information collected by an agent running on the user's device. Alerts informing users of potential threats can be dynamically updated with different presentation parameters to improve performance.

Abstract: A position monitoring system is provided that includes a tracheal tube having a distal portion with a radiopaque indicator. The tracheal tube is configured to be positioned within an airway of a patient. The position monitoring system also includes an external sensor configured to be positioned on an external surface of the patient. The external sensor includes an emitter configured to transmit energy into the patient and toward the distal portion and a detector configured to receive a reflected portion of the energy to permit identification of a position of the distal portion. The position monitoring system, in certain embodiments, further includes a video laryngoscope communicatively coupled to the external sensor. The video laryngoscope includes a display and a processor, and the processor is configured to instruct the display to present an indication of the position of the distal portion based on feedback from the detector.

Abstract: A connector for an airway tube for delivery of airway gases to a patient includes a male connector having an interior passage. In an embodiment, the connector includes a spigot having a tapered section at a distal end. The connector may include a locking nut encircling the tapered section and having a plurality of interior threads facing an exterior surface of the tapered section.

Abstract: A surgical stapler including a hollow shaft and a tube slidable axially within the shaft between a forward position wherein one end of the tube projects beyond a free end of the shaft to enter a puncture site in a blood vessel and a rearward position wherein the end of the locator tube is retracted within the shaft. A surgical staple straddles the tube and is slidable thereon forwardly towards an anvil against which the staple may be deformed to staple together the opposite edges of the puncture site. A cam mechanism drives the staple forwardly along the tube into deforming engagement with the anvil and at the same time retracts the tube into the shaft in time to allow the legs of the staple to close onto the puncture site.

Abstract: A surgical stapler including a hollow shaft and a tube slidable axially within the shaft between a forward position, where one end of the tube projects beyond a free end of the shaft to enter a puncture site in a blood vessel and a rearward position, where the end of the locator tube is retracted within the shaft. A surgical staple straddles the tube and is slidable thereon forwardly towards an anvil against which the staple may be deformed to staple together the opposite edges of the puncture site. A cam mechanism drives the staple forwardly along the tube into deforming engagement with the anvil and at the same time retracts the tube into the shaft in time to allow the legs of the staple to close onto the puncture site.

Abstract: Various embodiments of tracheal tube assemblies disclosed herein may include a tubular body having an open distal end for ventilating a patient and a cuff disposed around the tubular body above the open distal end. The cuff may be adapted to be inflated to seal the cuff against a wall of a trachea of the patient. The cuff may include a first portion that spaces the tubular body a first distance from the tracheal wall when inflated and a second portion that spaces the tubular body a second distance from the tracheal wall when inflated. The second distance may be greater than the first distance.

Abstract: Various embodiments of tracheal tube assemblies disclosed herein may include a tubular body having an open distal end for ventilating a patient and a cuff disposed around the tubular body above the open distal end. The cuff may be adapted to be inflated to seal the cuff against a wall of a trachea of the patient. The cuff may include a first portion that spaces the tubular body a first distance from the tracheal wall when inflated and a second portion that spaces the tubular body a second distance from the tracheal wall when inflated. The second distance may be greater than the first distance.

Abstract: A surgical stapler comprises a hollow shaft 10 and a tube 92 slidable axially within the shaft between a forward position wherein one end 96 of the tube projects beyond a free end of the shaft to enter a puncture site in a blood vessel and a rearward position wherein the end of the locator tube is retracted within the shaft. A surgical staple 40 straddles the tube 92 and is slidable thereon forwardly towards an anvil 24 against which the staple may be deformed to staple together the opposite edges of the puncture site. A cam mechanism drives the staple forwardly along the tube 92 into deforming engagement with the anvil and at the same time retracts the tube into the shaft in time to allow the legs of the staple to close onto the puncture site.

Abstract: A surgical stapler having a hollow shaft 10 and a tube 92 slidable axially within the shaft between a forward position wherein one end 96 of the tube projects beyond a free end of the shaft to enter a puncture site in a blood vessel and a rearward position wherein the end of the locator tube is retracted within the shaft. A surgical staple 40 straddles the tube 92 and is slidable thereon forwardly towards an anvil 24 against which the staple may be deformed to staple together the opposite edges of the puncture site. A cam mechanism drives the staple forwardly along the tube 92 into deforming engagement with the anvil and at the same time retracts the tube into the shaft in time to allow the legs of the staple to close onto the puncture site.

Abstract: A tracheal dilator system and method of manufacture are provided, suitable for dilating a passageway into a patient airway. In one embodiment, a medical system having a tracheal dilator is provided. The tracheal dilator includes a first plurality of openings and a guide lumen configured to provide a pathway for the insertion of a guide wire during use of the tracheal dilator. The tracheal dilator further includes a first flow lumen configured to fluidly couple the first plurality of openings to a medical device, wherein the medical device is configured to provide a suctioning force through the first plurality of openings during use of the tracheal dilator.

Abstract: A tracheal tube assembly includes an outer cannula having a distal end and a proximal end, the distal end being adapted to be inserted into an airway of a patient. The assembly also includes an inner cannula adapted to be inserted into the outer cannula, a flange member disposed about the proximal end of the outer cannula, and a connector coupled to the proximal end of the outer cannula. The inner cannula and the connector form a contiguous passageway for exchanging fluid with the airway of the patient in operation. The assembly further includes an inner cannula status indication system that receives information regarding whether or not the inner cannula is an operable position with respect to the outer cannula, and, via the status indicator, provides a visual indication of whether or not the inner cannula is an operable position with respect to the outer cannula.

Abstract: A computer-implemented method is provided for optimizing scheduling and resource allocation for a workflow. The method includes receiving i) resource information representing resources available for allocation to the workflow and ii) one or more workflow constraints. The method determines one or more probable sequences for executing the workflow. Each probable sequence includes tasks usable to execute at least a portion of the workflow. Each task is assigned a probability of task execution. The method assigns a probability of sequence execution to each of the probable sequences based on the probability of task execution of the tasks forming the probable sequence. The method further determines an optimized scenario for scheduling the workflow based on the probable sequences. The optimized scenario can have an optimized probability of completion.

Abstract: A method of delivering therapy to a vein. In one embodiment, the method includes the following steps: inserting a structural sheath into the vein, the structural sheath being configured to prevent collapse of the vein due to spasm or via the administration of tumescent anesthesia; advancing a vapor delivery shaft into the catheter sheath; positioning a vapor delivery tip of the vapor delivery shaft distally of the catheter sheath; and delivering vapor to the vein through the vapor delivery tip to, e.g., shrink the vein with the vapor. The invention also includes a vapor delivery catheter system adapted to perform the method.

Abstract: A tracheal tube assembly includes a cannula configured to be positioned in a patient airway and a customizable flange configured to be secured about the cannula. The customizable flange further includes a first flange portion and a second flange portion. The second flange portion is configured to be selectively removed from the customizable flange to customize the length of the customizable flange.

Abstract: A computer-implemented method is provided for optimizing allocation of resources across stories for a release within an Agile development environment. The method includes receiving (i) resource information representing a plurality of resources available for allocation to the stories, (ii) one or more story definitions, each story definition comprising a unique identifier and one or more story-level constraints corresponding to a story, (iii) release information, (iv) iteration information, and (iv) one or more optimization criteria. The method also includes generating a plurality of story-level allocation scenarios and determining one or more optimized story-level allocation scenarios from the plurality of story-level allocation scenarios. Each story-level allocation scenario satisfies the one or more story-level constraints associated with each story definition.