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Chapter 0

Episode 0 - Introduction and curriculum

Introduction to the Course

  • The course is presented by Pinder, who has over four years of experience with Raspberry Pi and web application security.

  • It is designed for beginners and is divided into four main sections.


Course Structure

  1. Introduction: Covers what Raspberry Pi is and how to choose the right model based on user needs.

  2. Setting Up the Environment: Includes operating system installation and network setup.

  3. Practical Applications: Demonstrates real-world projects that utilize Raspberry Pi’s capabilities.

  4. Project Development: Focuses on using the Raspberry Pi Zero W for more advanced applications.


Understanding Raspberry Pi Models

  • Explains the differences between models and guides learners in selecting the best one for their specific goals.


Setting Up Raspberry Pi

  • Walks through the OS installation process.

  • Covers remote access using a graphical user interface (GUI).

  • Introduces projects related to security, such as ethical hacking practices.


Practical Projects and Applications

  • Building a Wi-Fi jammer to disrupt signals in a targeted area.

  • Creating a network-wide ad blocker.

  • Using Raspberry Pi as a monitoring device for environmental data like temperature, humidity, pressure, and movement.


Exploring Raspberry Pi Zero W

  • Focuses on this compact version of Raspberry Pi and its unique applications:

    • Building a functional Wi-Fi router.

    • Creating a portable PC.

    • Cracking Wi-Fi passwords.

    • Integrating a camera module.


Conclusion and Further Learning

  • The course is beginner-friendly and provides both foundational knowledge and hands-on experience.

  • Also suitable for experienced users looking to explore new project ideas.

  • Pinder encourages continued learning through follow-up videos.

Episode 1 - What is Raspberry Pi |

Before moving forward, it’s important to understand what a Raspberry Pi is. It’s a credit card-sized computer that combines all essential components (RAM, processor, storage, etc.) on a single board—hence the name “single board computer.” This was a basic introduction, and the next video will cover its versions.

Episode 2 - Which model of Raspberry Pi you should buy

This video discusses the different models of Raspberry Pi to help users choose the right one.

  • Raspberry Pi 1: Basic and no longer available.

  • Raspberry Pi 2: Has HDMI, but no Wi-Fi or Bluetooth.

  • Raspberry Pi 0: Very cheap ($5), lacks Wi-Fi/Bluetooth.

  • Raspberry Pi 3: Most recommended, includes Wi-Fi/Bluetooth, costs $35.

  • Raspberry Pi 0W: Similar to Pi 0, but includes Wi-Fi/Bluetooth, costs $10.

Recommendation:

  • For high-performance needs, go with Raspberry Pi 3.

  • For lightweight tasks, Raspberry Pi 0W is a good budget option.
    The next video will cover the Raspberry Pi 3 in more detail.

Episode 3 - Raspberry Pi 3 review

This tutorial introduces the Raspberry Pi 3, highlighting its hardware specifications:

  • Ports: 4 USB 2.0 ports, 1 Ethernet, 1 HDMI, and 1 audio output (no USB 3.0 or mic input; USB mic needed).

  • Storage: No internal storage; uses SD cards.

  • Memory: 1 GB RAM, suitable for basic applications.

  • Processor: Quad-core ARM A53, up to 1.2 GHz.

  • Connectivity: Built-in Wi-Fi and Bluetooth; supports monitor mode (useful for network tasks).

  • GPIO Pins: Can be used for IoT projects.

  • Architecture: Based on ARMv8 (unlike Pi 0W, which is ARMv6).

Episode 4 - Raspberry Pi Zero W Review

The Raspberry Pi 0W is a compact, low-cost board similar to the Raspberry Pi 0 but includes Wi-Fi and Bluetooth. Key features include:

  • ARM11 CPU, up to 1.1 GHz

  • 512 MB RAM

  • Ports: Micro USB, HDMI, power, microSD, and CSI camera port

  • 40 unpopulated GPIO pins

  • Supports monitor mode and packet injection

  • Ideal for small projects like time-lapse cameras, web servers, or Wi-Fi access points

Episode 5 - How to install Operating System on RasPi |

This section guides you through preparing your Raspberry Pi’s SD card:

  • Choosing a suitable SD card (minimum 8 GB, Class 10 recommended)

  • Downloading the Raspbian OS desktop version from the official Raspberry Pi website

  • Extracting the OS image and flashing it onto the SD card using Etcher

  • Enabling SSH by creating a blank file named ssh on the SD card’s boot partition

  • Creating a userconf.txt file to set your username and encrypted password

  • Generating the encrypted password via OpenSSL either on a Linux machine or through an online terminal

  • After setup, the Raspberry Pi boots ready for remote SSH access with the new credentials