Automated Penetration Testing Device for Network Vulnerability Detection
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Solution Overview
Problem
Current computer network protection solutions are inadequate against sophisticated hacker attacks and require external ethical hackers for vulnerability testing, which is costly and potentially risky, as well as time-consuming and incomplete due to budget constraints.
Innovation Solution
An automated penetration testing system and method that simulates the operations of a professional hacker by scanning networks, identifying vulnerabilities, creating attack scenarios, and generating reports, using a device or virtual machine with a penetration testing algorithm to prevent network overload and data leakage.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If external ethical hackers are employed for penetration testing, then vulnerability detection capability is improved, but cost and security risk increase
Solution Approach 1:
The patent creates a virtual copy of the hacker's operating environment and attack methodologies within a controlled virtual machine. This virtual hacker system replicates external hacking capabilities internally, eliminating the need to engage actual external hackers while maintaining vulnerability detection effectiveness and reducing security risks associated with external personnel access.
2Measurement precision
If external ethical hackers are employed for penetration testing, then vulnerability detection capability is improved, but time consumption increases
Solution Approach 1:
The virtual hacker system pre-loads hacker methodologies, tools, and attack patterns into a virtual machine environment, enabling immediate execution of comprehensive penetration tests without the scheduling and onboarding time required for external hackers. The system can autonomously execute multiple attack scenarios simultaneously, dramatically reducing testing time while maintaining thorough vulnerability detection.
3Measurement precision
If comprehensive penetration testing is performed on all servers, then vulnerability detection coverage is improved, but testing time increases
Solution Approach 1:
The patent implements dynamic resource allocation and adaptive testing methodologies where the virtual hacker system automatically adjusts testing depth, scope, and intensity based on real-time network conditions, vulnerability severity assessments, and priority configurations. This allows comprehensive coverage of critical systems while reducing testing time on lower-priority assets, optimizing the balance between detection completeness and time consumption.
Solution Approach 2:
The system employs selective intensification where it performs exhaustive testing on high-priority critical servers while applying streamlined testing protocols to less critical systems. This partial action approach ensures thorough vulnerability detection where it matters most while maintaining overall testing efficiency and reducing total time consumption across the entire network infrastructure.
4Speed
If penetration testing is performed frequently, then vulnerability detection timeliness is improved, but network overload increases
Solution Approach 1:
The patent implements scheduled periodic penetration testing cycles where the virtual hacker system automatically executes comprehensive tests at predetermined intervals while performing lighter monitoring and scanning operations between cycles. This periodic action ensures timely vulnerability detection through regular comprehensive assessments while preventing network overload by spacing out intensive testing activities and allowing system recovery periods.
Solution Approach 2:
The system dynamically adjusts testing intensity and resource consumption based on real-time network conditions, automatically scaling back testing operations when network load is detected and intensifying tests when network capacity is available. This dynamic adaptation enables frequent vulnerability assessments without causing harmful network overload, maintaining both detection timeliness and network health.
Data Source
AI summary
A method for performing automatic penetration testing (PT) in an organization having at least one end unit, the method comprising: providing a PT device having a PT algorithm stored in a memory unit; connecting the PT device to an active network port in the organization; performing automated penetration testing, comprising: scanning the network to identify all end units and vulnerabilities in the network; creating possible attack scenarios; attacking the network according to the PT algorithm, and based on the attack scenarios; and creating a vulnerability report, wherein the PT algorithm simulates the operation of a real hacker, and wherein overloading the network is prevented.