threat9/routersploit

Features

• Penetration Testing Frameworks - Acts as a comprehensive penetration testing framework for automating the discovery and verification of exploits across network hardware.
• Network Scanners - Functions as a specialized penetration testing framework for identifying and exploiting vulnerabilities in embedded network devices.
• Hardware Security Tools - Provides a comprehensive collection of modules for auditing hardware configurations and testing network protocols.
• Autonomous Penetration Testing - Automates the execution of controlled payloads against network devices to verify security risks during penetration testing.
• Firmware Security Methodologies - Audits the security posture of routers and IoT hardware by analyzing firmware and configuration for vulnerabilities.
• Vulnerability Assessment Frameworks - Systematically scans network hardware services and protocols to identify and remediate security weaknesses.
• Exploitability Validation - Executes controlled payloads against network devices to actively validate the exploitability of identified security vulnerabilities.
• Analysis Frameworks - Framework dedicated to exploiting vulnerabilities in embedded network devices.
• Exploitation Frameworks - Framework for identifying and exploiting vulnerabilities in network routers.
• IoT and Embedded Security - Exploitation framework for embedded router devices.
• Security Tools - Exploitation framework for embedded devices.
• Network Security - Identifies security gaps and misconfigurations by analyzing active network protocols and services.
• Protocol Payloads - Crafts and transmits protocol-specific network packets to interact with device services and verify security flaws.
• Plugin-Based Architectures - Utilizes a modular plugin architecture to dynamically load exploit and scanner modules at runtime.

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