SDR Hacking and Security Course

The Software-Defined Radio (SDR) Hacking and Security course is a comprehensive training program that equips participants with the knowledge and skills necessary to explore the vulnerabilities and security aspects of Software-Defined Radio technology. This course delves into the fundamentals of SDR, covering topics such as radio wave propagation, signal modulation, and reception techniques. Participants will learn practical techniques to identify and exploit vulnerabilities in wireless communication systems, gaining insights into both offensive and defensive aspects of SDR hacking and security.

The syllabus can be adjusted to cater to different skill levels, from introductory to advanced, and can include additional topics such as GSM and cellular network hacking, RFID hacking, and wireless protocol analysis.

Course Objectives:

• Understand the principles and components of Software-Defined Radio technology.
• Gain proficiency in identifying and analyzing wireless communication protocols and signals.
• Learn techniques to exploit vulnerabilities in SDR-based systems.
• Explore methods to secure SDR devices and networks against potential attacks.
• Develop practical skills for testing, evaluating, and securing wireless communication systems.

Target Audience:

• Cybersecurity professionals interested in wireless security and radio frequency (RF) technologies.
• Penetration testers and ethical hackers aiming to expand their expertise in SDR hacking.
• Radio enthusiasts and hobbyists seeking to understand the security implications of SDR technology.
• Network administrators and engineers responsible for securing wireless communication systems.

Prerequisites:

• Basic understanding of networking protocols and wireless communication concepts.
• Familiarity with Linux operating systems and command-line interfaces.
• Some knowledge of cybersecurity and ethical hacking concepts is beneficial but not mandatory.

Course Content:

Session 1: Introduction to Software-Defined Radio

• Overview of SDR technology and its applications
• Understanding SDR hardware and software tools
• Introduction to popular SDR platforms (e.g., HackRF, RTL-SDR)

Session 2: Basics of Radio Communication

• Fundamentals of radio frequency (RF) communication
• Different modulation schemes and encoding techniques
• RF propagation and antenna basics

Session 3: SDR Setup and Toolchain

• Setting up SDR hardware and software
• Introduction to GNU Radio and SDR toolkits
• Configuring SDR devices for signal capture and analysis

Session 4: Signal Identification and Analysis

• Identifying and analyzing different types of radio signals
• Demodulation and decoding techniques
• Analyzing signal characteristics (frequency, bandwidth, modulation)
• Radio Signal Hacking and Exploitation

Session 5: Signal Jamming and Denial of Service Attacks

• Introduction to signal jamming techniques
• Implementing jamming attacks with SDR
• Defense mechanisms and countermeasures against jamming

Session 6: RF Attacks on Wireless Protocols

• Understanding wireless protocol vulnerabilities
• Exploiting vulnerabilities in Wi-Fi, Bluetooth, and other protocols
• Practical exercises on intercepting and manipulating wireless signals

Session 7: Keyless Entry Systems and Remote Controls

• Reverse engineering and hacking keyless entry systems
• Analyzing and exploiting vulnerabilities in remote controls
• Practical exercises on capturing and replaying RF signals

Session 8: RF Attacks on IoT Devices

• Vulnerabilities and attack vectors in IoT devices
• SDR-based attacks on smart home devices and wireless sensors
• Hands-on exercises on compromising IoT devices via RF signals
• SDR Security and Defensive Measures

Session 9: SDR Security Best Practices

• Securing SDR devices and preventing unauthorized access
• Protecting sensitive RF communications
• Legal and ethical considerations in SDR hacking

Session 10: RF Monitoring and Spectrum Analysis

• Spectrum monitoring and analysis techniques
• Identifying rogue signals and unauthorized transmissions
• Analyzing and identifying RF interference sources

Session 11: SDR Forensics and Incident Response

• Forensic analysis of captured RF signals
• Incident response procedures for RF attacks
• Case studies and practical exercises on SDR forensics

Session 12: Emerging Trends and Future of SDR

• Exploring emerging trends in SDR technology
• IoT security challenges and future developments
• Discussion on advanced SDR hacking techniques and research areas