Abstract: A system and method for detecting phishing cyberattacks. The method involves parsing a code segment retrieved using a suspect uniform resource locator (URL) to identify any links included in the code segment. From these links, additional code segments may be recovered in accordance with a code segment recovery scheme. Thereafter, analytics are performed on the retrieved and possibly recovered code segments. The analytics include determining whether any of the code segments is correlated with a code segment associated with a known prior phishing cyberattack. Upon completing the analytics, an alert message including meta-information associated with results from the analytics is generated to identify that the URL is associated with a known prior phishing cyberattack when one or perhaps a combination of code segments associated with the URL are correlated to any code segment associated with a known prior phishing cyberattack.

Abstract: A system and method for detecting phishing cyberattacks. The method involves parsing a code segment retrieved using a suspect uniform resource locator (URL) to identify any links included in the code segment. From these links, additional code segments may be recovered in accordance with a code segment recovery scheme. Thereafter, analytics are performed on the retrieved and possibly recovered code segments. The analytics include determining whether any of the code segments is correlated with a code segment associated with a known prior phishing cyberattack. Upon completing the analytics, an alert message including meta-information associated with results from the analytics is generated to identify that the URL is associated with a known prior phishing cyberattack when one or perhaps a combination of code segments associated with the URL are correlated to any code segment associated with a known prior phishing cyberattack.

Abstract: A bifurcated stent graft for animal or human implantation and method of delivery thereof. The device stent graft employs a first component having an axial passage communicating with the axial cavities of a second leg and longer first leg. A separate leg extension is engageable to the second leg. A first catheter engages the first component for translation to the implantation site and a second catheter engaged with the first is provided with a prepositioned guide wire inside the second leg which may be employed to easily position a guide wire for engagement of the second leg with the leg extension.

Abstract: A stent graft for animal or human implantation and method of delivery thereof. The device stent graft employs a first component having an axial passage communicating with the axial cavities of a cuff and longer first leg. A separate leg extension is engageable to an aperture in the distal end of the cuff. A first catheter engages the first component for translation to the implantation site along a first guide wire. A guide member communicating through the first component and extending from the distal end of a second catheter and adapted for slidable contact along the first guide wire when pushed by a translatable core shaft extending from the first catheter, or by the second catheter, is provided as a pre-positioned guide for subsequent engagement of the leg extension to the aperture in the distal end of the cuff.

Abstract: A stent graft for animal or human implantation and method of delivery thereof. The device stent graft employs a first component having an axial passage communicating with the axial cavities of a second leg and longer first leg. A separate leg extension is engageable to the second leg. A first catheter engages the first component for translation to the implantation site and a second catheter engaged with the first is provided with a pre-positioned guide wire inside the second leg which may be employed to easily position a guide wire for engagement of the second leg with the leg extension.

Abstract: A stent graft for animal or human implantation and method of delivery thereof. The device stent graft employs a first component having an axial passage communicating with the axial cavities of a cuff and longer first leg. A separate leg extension is engageable to an aperture in the distal end of the cuff. A first catheter engages the first component for translation to the implantation site along a first guide wire. A guide member extending from the distal end of a second catheter and adapted for sizeable contact along the first guide wire when pushed by a translatable core shaft extending from the first catheter or by the second catheter is provided as a pre-positioned guide for subsequent engagement of the leg extension to the aperture in the distal end of the cuff. Translation of the core shaft while in contact with the guide member pulls a third guide engaged with the second catheter into the cuff to provide a track for proper and speedy positioning and engagement of the leg extension with the cuff.

Abstract: A bifurcated stent graft for animal or human implantation and method of delivery thereof. The device stent graft employs a first component having an axial passage communicating with the axial cavities of a second leg and longer first leg. A separate leg extension is engageable to the second leg. A first catheter engages the first component for translation to the implantation site and a second catheter engaged with the first is provided with a prepositioned guide wire inside the second leg which may be employed to easily position a guide wire for engagement of the second leg with the leg extension.