
Master hardware security with Flipper Zero through hands-on NFC RFID reading, simulation, and securing cards; explore subgigahertz, GPIO modules, infrared, password cracking, Bluetooth and Wi-Fi attacks.
Explore Flipper Zero capabilities across RFID cloning and emulation, NFC, contactless payments, sub gigahertz keyfob hacking, infrared remotes, Wi-Fi testing, and GPIO pins for custom applications.
Explore alternative tools to Flipper Zero, including Proxima three for RFID and NFC, HackRF One for software defined radio, and Raspberry Pi for hardware hacking.
Install and use the Flipper Zero desktop and mobile apps, connect the device, explore default firmware 0.94.1, and review features like subgigahertz, RFID, NFC, and infrared.
Explore firmware options for Flipper Zero, including Rogue Master firmware, Unleashed firmware, and Extreme firmware; learn how to update from the app, install from file, and unlock advanced device capabilities.
Explore NFC and RFID, compare short-range, two-way NFC with one-way RFID, and examine secure mobile payments, access control, and inventory tracking applications.
Learn to read NFC and RFID cards with Flipper Zero, including classic and magic cards, UID and sector data, and data saving and emulation, with future protection topics.
Learn to secure debit and credit cards from NFC and RFID reading by using RFID protection shields that prevent Flipper Zero from reading them.
Explore building a basic NFC reader with an Arduino Uno and MN532 module, an OLED display, and a buzzer, including a simple UID check against hard-coded UIDs.
Demonstrate bypassing NFC reader security with Flipper Zero by reading a card UID, saving the data, and using emulation to make the card appear valid at the reader.
Explore how to bypass NFC reader security using a magic card with Flipper Zero. It demonstrates writing, testing UID changes, and wiping data.
Explore sub gigahertz frequencies below one gigahertz, from 300 mhz to 929 mhz, and how Flipper Zero's CC1101 transceiver enables long-range wireless communication for IoT, remote controls, and industrial automation.
Explore the frequency analyzer on Flipper Zero to view nearby spectrum, identify device frequencies, and compare frequency hopper and spectrum analyzer methods.
Capture and replay attacks with a frequency analyzer for wireless switches. Lock the frequency, set am 270 modulation, then record, save, and replay.
Demonstrates a replay attack on a wireless doorbell using subgigahertz frequencies and the frequency hopper. Shows how to read, hop, and send frequencies, and save them for reuse.
Learn to capture car key signals with a subgigahertz spectrum analyzer, identify a signal around 312, and demonstrate a capture and replay attack on car keys and other radio devices.
Install Marauder firmware on the Flipper Zero Wi-Fi board using Kali Linux, connect via USB, clone the firmware repository, install requirements, and flash the firmware to enable Wi-Fi attack demonstrations.
Learn to perform an evil portal attack with a Flipper Zero using Extreme firmware, creating a fake access point and collecting credentials through customized HTML pages.
Explore deauthentication attacks on Wi-Fi by scanning nearby access points, selecting a permitted target, and observing how devices disconnect and reconnect during the attack.
Learn how to capture encrypted wifi passwords and decrypt them through the four-way handshake and dictionary attacks using Kali Linux and Aircrack-ng, with ethical permission.
Connect the CC1101 external module to the Flipper Zero via GPIO pins and jumper wires to extend distance, using the 5 dBi antenna and module-specific sketch diagram linked in resources.
Connect the CC1101 external module to the Flipper Zero, verify operation via subgigahertz settings and frequency analyzer, and use frequency hopping to capture and identify distant frequencies.
Explore infrared capabilities of Flipper Zero, including emulation and transmission of signals from remotes and security systems, and learn how this tech enables cloning and access to secured areas.
Explore infrared demonstrations with the Flipper Zero, using universal remotes, learning new remotes, and saving signals to control an air conditioner.
Explore how Bluetooth spamming works with Flipper Zero through a live iPhone demo showing fake devices and flood attacks. The lecture also previews demos on Android and Windows.
Explore how a Bluetooth spamming attack on Android phones operates, using a Flipper Zero to flood nearby devices and observe how Android devices respond.
Demonstrates how bluetooth ble spamming interacts with Windows devices, showing device discovery, pop-up prompts, and how the attack is started and stopped.
Learn how bad usb works on Flipper Zero by running rubber ducky–style scripts across Windows, Mac, and Linux, from safe demos to serious recon scripts.
Learn to configure Flipper Zero as a u2f two-factor authentication security key, connect the device, save the passkey, and use it to sign in across browsers.
Welcome to "Flipper Zero Mastery: A Journey into Learning, Hacking, and Innovation for Advanced Hardware Security." This comprehensive course is designed for ethical hackers, cybersecurity professionals, technology enthusiasts, and anyone eager to delve into the realm of advanced hardware security.
Embark on a journey of mastery as we guide you through the intricacies of Flipper Zero, a powerful device that opens the door to unparalleled possibilities in learning, hacking, and innovation. Whether you're a seasoned professional or a curious beginner, this course offers a holistic exploration of hardware security, providing hands-on experience and practical insights.
Course Highlights:
Comprehensive Learning: Gain a deep understanding of Flipper Zero, its scope, and technological targets. Explore alternative tools and firmware options to tailor the device to your needs.
Advanced NFC-RFID Capabilities: Master the art of reading, simulating, and securing NFC-RFID cards, unlocking the potential of Flipper Zero in securing and manipulating these technologies.
Sub-GHz Technology Exploration: Delve into the world of Sub-GHz frequencies, analyze frequency ranges, and execute replay attacks on devices within this spectrum.
GPIO External Modules and Password Cracking: Learn to integrate external modules with GPIO, capture, and crack passwords using Flipper Zero for advanced hardware manipulation.
Infrared Technologies Exploitation: Harness the power of Flipper Zero in exploiting infrared technologies, conducting demonstrations to showcase its capabilities.
Bluetooth Manipulation Techniques: Master Bluetooth spamming on both iPhone and Android devices, connecting Bluetooth to GPIO for extended functionality.
WiFi Marauder and Deauth Attacks: Install WiFi Marauder firmware, execute evil portal attacks, and perform deauthentication spamming on Windows devices for advanced wireless penetration testing.
Bad USB Attacks and U2F Implementation: Delve into Bad USB scripts, understand the U2F protocol, and enhance security through advanced USB manipulation.
This course is not just about learning; it's about mastering Flipper Zero for advanced hardware security applications. Join us on this transformative journey, unlock new skills, and elevate your expertise in the exciting world of hardware hacking and cybersecurity. Enroll now and become a master in Flipper Zero Mastery!
Disclaimer:
Important: All demonstrations and exercises in this course are conducted in controlled lab environments and are intended strictly for educational and ethical research purposes. Students must adhere to all applicable laws and regulations. Unauthorized interception, transmission, or manipulation of live devices, networks, or signals is strictly prohibited. This course focuses on defensive security, signal analysis, and research-based experimentation only.