A Python-based exploitation framework for industrial control systems, similar to Metasploit.
ISF (Industrial Control System Exploitation Framework) is an open-source penetration testing framework specifically designed for industrial control systems (ICS) and operational technology (OT) environments. It provides tools to exploit, scan, and interact with industrial devices like PLCs using protocols such as Modbus, S7comm, and Profinet. The framework helps security researchers and professionals identify vulnerabilities in critical infrastructure.
Security researchers, penetration testers, and red teamers focused on industrial control systems, OT environments, and critical infrastructure security.
ISF offers a specialized, Metasploit-like framework tailored for ICS protocols, which are often not covered by general-purpose security tools. Its modular design, pre-built exploits, and protocol clients make it a practical choice for targeted industrial security assessments.
ISF(Industrial Control System Exploitation Framework),a exploitation framework based on Python
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Includes pre-built exploits for common PLCs like Siemens S7-300/400 and Schneider Quantum 140, enabling direct control actions such as start/stop, as detailed in the exploit modules table.
Provides interactive clients for protocols like Modbus-TCP and S7comm, allowing direct communication with industrial devices for testing and exploitation, based on the clients listed in the README.
Uses a command-line interface with module management, options setting, and execution workflows similar to Metasploit, making it accessible for experienced penetration testers, as demonstrated in the usage examples.
Offers Scapy-based protocol implementations such as Profinet DCP and Modbus TCP, which can be used for custom fuzzing or integration with other frameworks like Kitty, enhancing flexibility.
The README references detailed usage guides for various modules, such as Modbus-TCP client and S7comm scan, aiding in practical application and customization for security assessments.
The framework has a relatively small number of exploit modules (e.g., only 7 listed), focusing on specific devices and protocols, which may not address all ICS vulnerabilities compared to broader tools.
Requires manual installation of dependencies like Scapy and is primarily tested on Kali Linux, posing challenges for users on other operating systems due to compatibility issues, as noted in the install section.
While it covers key protocols like Modbus and S7comm, it lacks support for some modern or proprietary ICS protocols, reducing its applicability in diverse industrial environments with varied equipment.
As a fork of routersploit with version 0.1.0, there may be infrequent updates and reliance on upstream project activity, risking obsolescence and limited support for new vulnerabilities.
isf is an open-source alternative to the following products: