- Home
- OT Security
- Industrial Control System Security
- Industrial Security Exploitation Framework
Industrial Security Exploitation Framework
An exploitation framework for industrial security with modules for controlling PLCs and scanning devices.

Industrial Security Exploitation Framework
An exploitation framework for industrial security with modules for controlling PLCs and scanning devices.
Industrial Security Exploitation Framework Description
ISF (Industrial Security Exploitation Framework) is an exploitation framework based on Python, developed by the ICSMASTER Security Team. It includes modules for controlling Schneider, Siemens, and Modbus PLCs, as well as tools for scanning PLCs and recovering passwords. Please use responsibly for research purposes only.
Industrial Security Exploitation Framework FAQ
Common questions about Industrial Security Exploitation Framework including features, pricing, alternatives, and user reviews.
Industrial Security Exploitation Framework is An exploitation framework for industrial security with modules for controlling PLCs and scanning devices.. It is a OT Security solution designed to help security teams with Python, Exploitation Framework, Scanning.
FEATURED
Password manager with end-to-end encryption and identity protection features
VPN service providing encrypted internet connections and privacy protection
Fractional CISO services for B2B companies to accelerate sales and compliance
Stay Updated with Mandos Brief
Get the latest cybersecurity updates in your inbox
TRENDING CATEGORIES
POPULAR
A threat intelligence aggregation service that consolidates and summarizes security updates from multiple sources to provide comprehensive cybersecurity situational awareness.
Security platform that provides protection, monitoring and governance for enterprise generative AI applications and LLMs against various threats including prompt injection and data poisoning.
OSINTLeak is a tool for discovering and analyzing leaked sensitive information across various online sources to identify potential security risks.
Weekly cybersecurity newsletter for security leaders and professionals