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DigiSpark Hardware Hacking: USB Security Testing
Rating: 4.2 out of 5(218 ratings)
6,559 students

DigiSpark Hardware Hacking: USB Security Testing

Use DigiSpark Microcontrollers for USB HID Automation and Hardware Security Research
Created byArsalan Saleem, Secure Techware
Last updated 6/2026
English

What you'll learn

  • What the DigiSpark (ATtiny85) microcontroller is and how it works
  • How to program DigiSpark for automation and security testing tasks
  • How USB‑based microcontrollers can be used during authorized penetration testing and security research
  • Demonstrations of USB HID scripting techniques in controlled lab environments
  • Understanding network concepts such as port forwarding in penetration testing labs
  • How organizations can detect and defend against hardware‑based attack techniques

Course content

7 sections • 14 lectures • 55m total length

  • Introduction1:20
  • Prerequisite0:24

    Before you start there are some prerequisite for this course it’s NOT an introductory course. Make sure you are comfortable with these topics.


    1. Basic Knowledge of Hacking done some Beginner Hacking Course
    2. Knowledge of Basic Linux Commands
    3. Knowledge of Kali Linux
    4. Basic Knowledge of Metasploit Framework
    5. Basic Knowledge of Payload and exploit

Requirements

  • DigiSpark Attiny85 Board
  • Basic Knowledge of Programming
  • Knowledge of Kali Linux

Description

In modern cybersecurity, attackers do not rely only on software exploits. In many real‑world security incidents, small hardware devices are used to automate actions or simulate keyboard input once connected to a computer. Security professionals study these techniques so they can better understand, detect, and defend against them.

In this course, you will learn how a small and inexpensive microcontroller called DigiSpark (ATtiny85) can be programmed and used in ethical hacking and penetration testing labs.

We will start by understanding the DigiSpark microcontroller and how to program it using the Arduino development environment. You will learn how USB‑based microcontrollers can emulate input devices and automate tasks, which is a concept commonly studied by security researchers and red team professionals.

Throughout the course, demonstrations will show how these devices can simulate actions on systems in controlled testing environments. These exercises help students understand how hardware‑based attack techniques work and how organizations can defend against them.

You will also learn important networking concepts such as port forwarding and remote connectivity, which are commonly used in penetration testing labs to simulate real‑world scenarios.

By the end of this course, you will understand:

  • How microcontrollers like DigiSpark can be programmed for cybersecurity research

  • How USB automation techniques are used during penetration testing demonstrations

  • How hardware‑based attacks are studied by security professionals

  • How defenders can recognize and protect systems from these types of threats

Disclaimer

Important: All demonstrations in this course are performed in controlled lab environments and are intended strictly for educational and defensive cybersecurity purposes. Students must follow all applicable laws and ethical guidelines. Unauthorized interception of data, attacks on networks, or use of these techniques on systems without permission is strictly prohibited.


Who this course is for:

  • Students interested in ethical hacking and cybersecurity
  • Beginners who want to learn how microcontrollers are used in security research

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