The EXPLIoT IoT Security learning kit is great way to get started with IoT device security and exploitation using the DIVA (Damn Insecure and Vulnerable Application) board and other targets. This kit includes everything that you need to have to perform UART, I2C, SPI, JTAG, ZigBee, BLE labs and analysis. The Lab Manual, included in the Kit, provides guidance and step by step process of performing each lab. It will teach you everything from finding the communication ports, sniffing and manipulating radio communication to exploiting IoT devices.
Go ahead and play with 24+ labs in this kit,
Includes:
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DIVA(Damn Insecure and Vulnerable Application ) Board.
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EXPLIoT NANO
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RZUSBSTICK
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Arduino Nano
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Smart watch
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Logic Analyser
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SPI Flash memory
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Pocket Multimeter
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Bluetooth Dongle
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Jumper Wires(M-M,M-F,F-F)
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USB-Mini Usb, USB-Micro usb Cable
Labs:
UART
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Lab 1 – UART Identification Method 1.
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Lab 2 – UART Identification Method 2.
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Lab 3 – UART Communication With Target
JTAG
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Lab 1 – JTAG Identification Method 1
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Lab 2 – JTAG Identification Method 2
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Lab 3 - Microcontroller firmware extraction over JTAG.
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Lab 4 - Microcontroller firmware patching over JTAG.
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Lab 5 - Microcontroller peripheral access over JTAG.
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Lab 6 - Flashing jtagenum on Arduino nano.
I2C
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Lab 1 – I2C chip recon.
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Lab 2 – I2C communication sniffing to bypass authentication.
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Lab 3 – I2C chip memory dumping.
SPI
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Lab 1 – SPI chip recon.
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Lab 2 – SPI communication sniffing to bypass authentication.
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Lab 3 – SPI chip memory dumping.
BLE
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Lab 1 – Recon
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Lab 2 – GATT Services and Characteristics enumeration
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Lab 3 – Sniffing GATT protocol communication (Android)
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Lab 4 – Analyze GATT Protocol communication
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Lab 5 – Controlling the Device
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Lab 6 – Crack BLE LTK
ZigBee / 802.15.4
Pre-requisite - Set-up DIVA Module for ZigBee.
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Lab 1 – Network Discovery
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Lab 2 – Eavesdropping
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Lab 3 – Replay Attack
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Lab 4 – Decrypt Zigbee Communication
Documents:
