Next-Gen Modbus Pentesting: Ot Sec+

Master Modbus Pentesting & OT Security | Exploitation, Defense, and Hands-on Industrial Hacking

What you'll learn

Understand Modbus Protocol – Learn its structure, data organization, and real-world applications in industrial automation.

Set Up a Pentesting Lab – Install and configure virtual machines, Modbus simulators, and essential security tools.

Perform Modbus Reconnaissance – Use Nmap, Modbus Poll, mbtget, and Wireshark for discovering and analyzing Modbus devices.

Exploit Modbus Protocol Weaknesses – Conduct replay attacks, traffic interception, and advanced exploitation techniques.

Secure Modbus Systems – Implement protection mechanisms, network restrictions, and encryption methods like OpenVPN.

Requirements

Basic Networking Knowledge – Understanding of TCP/IP, ports, and protocols will be helpful.

Familiarity with Linux & Windows – Basic command-line experience in both operating systems.

Interest in Cybersecurity & OT Security – No prior experience in Modbus is required, but a passion for security is a plus!

Virtualization Software – Ability to install and use VirtualBox or VMware for lab setup.

A Computer with Internet Access – Minimum 4GB RAM (8GB+ recommended) and sufficient disk space for virtual machines.

Description

Are you ready to dive into the world of Operational Technology (OT) Security and learn how to hack and secure Modbus-based industrial systems? Welcome to Next-Gen Modbus Hacking: OT Sec+, a hands-on course designed to teach you the practical and advanced techniques of Modbus penetration testing and security.You'll start with the basics of Modbus, setting up a fully functional pentesting lab, and using tools like Nmap, Wireshark, Modbus Poll, and mbtget. From there, you’ll dive into advanced scanning, exploitation, and attack techniques—including Modbus replay attacks, MITM attacks, and network overloading.But hacking is only part of the picture. You’ll also learn how to defend Modbus systems, implement network restrictions, and secure communication using OpenVPN and firewall rules. A real-world case study on securing a water treatment plant will bring everything together.This course is perfect for cybersecurity professionals, ethical hackers, OT security experts, and SCADA engineers who want to gain practical experience in industrial network security. No prior Modbus knowledge is needed—just a passion for learning and hacking!Next-Gen Modbus Hacking: OT Sec+ is a hands-on course designed to teach you how to scan, exploit, and secure Modbus networks using real-world pentesting techniques. Join Next-Gen Modbus Hacking: OT Sec+ today and become a skilled Modbus pentester & OT security specialist! Note: After successfully completing this course, Submit an assignment that ensures you have equipped with all necessary skills. Visit the course guide for detailed info.

Overview

Section 1: Welcome to the Course

Lecture 1 Welcome and Introduction

Lecture 2 Course Overview

Lecture 3 About RougeSec Academy

Lecture 4 Course Structure

Section 2: Introduction to Modbus

Lecture 5 What is Modbus?

Lecture 6 Key Features of Modbus

Lecture 7 Hands-On: Setting Up Modbus Communication

Lecture 8 Real-World Example: Modbus in Industrial Automation

Lecture 9 Understanding Modbus Data Organization

Section 3: Setting Up Lab Environment

Lecture 10 Introduction to Lab Setup

Lecture 11 Virtual Machine Installation & Setup

Lecture 12 RougeSec Modbus Lab Installation & Setup

Lecture 13 Final Lab Setup & Configuration

Lecture 14 Lab Usage & Working

Section 4: Using Nmap for Pentesting Modbus

Lecture 15 Introduction to Nmap

Lecture 16 Setting up Nmap for Modbus Discovery

Lecture 17 Scanning Lab with Nmap

Lecture 18 Advanced Nmap Scripts for Modbus Pentesting

Section 5: Advanced Scanning For Modbus Pentesting

Lecture 19 Introduction to Advanced Scanning Techniques

Lecture 20 Hacking Modbus with Modbus Poll

Lecture 21 Hacking Modbus with mbtget

Lecture 22 Hacking Modbus with Wireshark

Lecture 23 Hacking Modbus with Mod-Reconer [ RougeSec Tool ]

Lecture 24 Reporting & Interpreting Results

Section 6: Exploiting Modbus Protocol

Lecture 25 Exploring Modbus Vulnerabilities

Lecture 26 Modern Communication and Its Weaknesses

Lecture 27 Identifying Vulnerable Modbus Devices

Lecture 28 Exploiting Modbus with mbtget - 1

Lecture 29 Exploiting Modbus with mbtget - 2

Lecture 30 Exploiting Modbus with mbtget - 3

Lecture 31 Exploiting Modbus with Mod-Reconer [ RougeSec Tool ]

Lecture 32 Intercepting and Modifying Modbus Traffic

Lecture 33 How Attacker Exploit Modbus

Lecture 34 Impact of Advanced Exploitation on Industrial Systems

Lecture 35 Targeting Modbus In Industrial Systems

Lecture 36 Responsible Modbus Testing

Section 7: Securing Modbus Systems

Lecture 37 Modbus Protection

Lecture 38 Modbus Security Enhancement

Lecture 39 Restricting Traffic To Modbus Devices

Lecture 40 Making Modbus More Resilient

Lecture 41 Case Study: Securing a Water Treatment Plant

Lecture 42 What we have learned?

Section 8: Thank You & End Message

Lecture 43 Thank You for Completing the Course

Lecture 44 Your Certification & What’s Next?

Lecture 45 A Personal Thank You

Section 9: Knowledge Testing

Cybersecurity Enthusiasts & Ethical Hackers – Looking to expand their skills into OT/ICS security and Modbus pentesting.,Penetration Testers & Red Teamers – Wanting to perform real-world Modbus vulnerability assessments and exploitation.,Industrial Control System (ICS) & OT Security Professionals – Seeking to understand, assess, and secure Modbus-based environments.,Network & System Administrators – Responsible for securing industrial networks and preventing Modbus attacks.,SCADA Engineers & Industrial Automation Professionals – Wanting to gain insights into Modbus security risks and defense strategies.,Students & IT Professionals – Interested in learning Modbus security from scratch with hands-on labs.