An IPv6 security assessment framework with advanced IPv6 Extension Headers manipulation capabilities for penetration testing and evasion.
Chiron is an IPv6 Security Assessment Framework that enables security professionals to test and evaluate IPv6 network security through advanced packet manipulation. It provides tools for scanning, attacking, and proxying IPv6 traffic while allowing creation of arbitrary IPv6 header chains with various Extension Headers. The framework helps identify vulnerabilities in IPv6 implementations and test security device effectiveness against IPv6-specific attacks.
Network security professionals, penetration testers, and security researchers who need to assess IPv6 network security, test firewall/IDS evasion techniques, or fuzz IPv6-capable devices.
Chiron offers unique capabilities for crafting arbitrary IPv6 header chains with Extension Headers, enabling sophisticated evasion techniques and fuzzing scenarios that other tools don't support. Its independent sniffer and comprehensive attack modules make it a specialized framework for IPv6 security testing.
Chiron - An IPv6 Security Assessment framework with advanced IPv6 Extension Headers manipulation capabilities.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Chiron enables creation of arbitrary IPv6 header chains with various Extension Headers, allowing sophisticated evasion techniques for IDS/IPS and firewalls, as highlighted in the README.
Incorporates its own IPv6 sniffer that doesn't rely on the OS stack, providing more control and avoiding OS-level limitations for packet capture.
Includes dedicated modules for scanning, attacking, and proxying IPv6 traffic, making it a versatile framework for all aspects of IPv6 security testing.
Designed specifically to test security boundaries by fuzzing IPv6-capable devices and evading traditional controls, per the project's philosophy of simulating complex attacks.
Suggested host OS is Linux, with BSD support noted as possible but not guaranteed, limiting cross-platform usability for users on Windows or other systems.
Requires specific Python modules like Scapy and python-netaddr, which can complicate installation and introduce version compatibility issues, as stated in the README.
Highly specialized for IPv6 security testing, lacking built-in features for general network security or mixed IPv4/IPv6 environments without additional tooling.
The README provides only a feature list and basic requirements, lacking detailed tutorials, configuration guides, or example use cases, which may hinder adoption.