Abstract: The field of the invention relates to systems and methods for advanced dynamic analysis scanning for vulnerabilities using a universal translator. In an embodiment, the system includes a dynamic analysis scanner subsystem communicatively coupled to a networked computing system; the scanner subsystem is configured to crawl one or more dynamic web pages of the networked computing system, generate test data for the networked computing system, transmit the generated test data to the networked computing system, and record the networked computing system's response to the generated test data. The scanner may further comprise a universal translator configured to detect vulnerabilities and generate test data for the dynamic web pages of the networked computing system. The scanner subsystem may further comprise a smart scheduler.

Abstract: The field of the invention relates to systems and methods for advanced dynamic analysis scanning for vulnerabilities using a universal translator. In an embodiment, the system includes a dynamic analysis scanner subsystem communicatively coupled to a networked computing system; the scanner subsystem is configured to crawl one or more dynamic web pages of the networked computing system, generate test data for the networked computing system, transmit the generated test data to the networked computing system, and record the networked computing system's response to the generated test data. The scanner may further comprise a universal translator configured to detect vulnerabilities and generate test data for the dynamic web pages of the networked computing system. The scanner subsystem may further comprise a smart scheduler.

Abstract: The field of the invention relates to systems and methods for advanced dynamic analysis scanning for vulnerabilities using a universal translator. In an embodiment, the system includes a dynamic analysis scanner subsystem communicatively coupled to a networked computing system; the scanner subsystem is configured to crawl one or more dynamic web pages of the networked computing system, generate test data for the networked computing system, transmit the generated test data to the networked computing system, and record the networked computing system's response to the generated test data. The scanner may further comprise a universal translator configured to detect vulnerabilities and generate test data for the dynamic web pages of the networked computing system. The scanner subsystem may further comprise a smart scheduler.

Abstract: The field of the invention relates to systems and methods for securing networked computing devices, and more particularly to systems and methods for testing and managing defensive network systems. In a preferred embodiment, a defensive network management subsystem is included. The subsystem is operatively coupled to a defensive network system and a networked computing system. The defensive network management subsystem is configured to generate test data for the networked computing system, transmit the generated test data to the networked computing system, and record the networked computing system's response to the generated test data. The subsystem is further configured to correlate its recorded data with the defensive network system's response to said generated test data to assess the defensive network system's efficacy.

Abstract: The field of the invention relates to systems and methods for advanced dynamic analysis scanning for vulnerabilities using a universal translator. In an embodiment, the system includes a dynamic analysis scanner subsystem communicatively coupled to a networked computing system; the scanner subsystem is configured to crawl one or more dynamic web pages of the networked computing system, generate test data for the networked computing system, transmit the generated test data to the networked computing system, and record the networked computing system's response to the generated test data. The scanner may further comprise a universal translator configured to detect vulnerabilities and generate test data for the dynamic web pages of the networked computing system. The scanner subsystem may further comprise a smart scheduler.

Abstract: The field of the invention relates to systems and methods for securing networked computing devices, and more particularly to systems and methods for testing and managing defensive network systems. In a preferred embodiment, a defensive network management subsystem is included. The subsystem is operatively coupled to a defensive network system and a networked computing system. The defensive network management subsystem is configured to generate test data for the networked computing system, transmit the generated test data to the networked computing system, and record the networked computing system's response to the generated test data. The subsystem is further configured to correlate its recorded data with the defensive network system's response to said generated test data to assess the defensive network system's efficacy.

Abstract: A system and method provide comprehensive and highly automated testing of vulnerabilities to intrusion on a target network, including identification of operating system, identification of target network topology and target computers, identification of open target ports, assessment of vulnerabilities on target ports, active assessment of vulnerabilities based on information acquired from target computers, quantitative assessment of target network security and vulnerability, and hierarchical graphical representation of the target network, target computers, and vulnerabilities in a test report. The system and method employ minimally obtrusive techniques to avoid interference with or damage to the target network during or after testing.

Abstract: A method and system for analyzing data relating to a website including the content and architecture of the website are provided. All relevant site related information is cataloged. Then “attack points” or vectors used by a hacker within the site are determined. Based on the above, a calculation of a relevant level of security for each attack point is determined.

Abstract: This invention relates to a method for consolidating and prioritizing web application vulnerabilities. Specifically, this invention relates to a method for consolidating the root causes for vulnerabilities in web applications, and then prioritizing the vulnerabilities to identify which should be remediated first.