English | Size: 5.01 GB
Genre: eLearning
Offensive Internet of Things (IoT) Exploitation is an in-depth course in IoT security and teaches you how to pentest and exploit the so-called “smart” devices. This online class is taught using practical, real world examples on how to to analyze and pentest hardware, firmware, software components, network communication, mobile apps used to control devices and their radio communication protocols.
IoT is one of the hottest trends in technology right now! There seems to be an arms race between both consumer and industrial vendors to connect almost everything to the Internet – your fridge, thermostat, coffee machine, watch, shoes, dog’s collar and toaster are all included! This new frenzy to connect “everything” to the Internet is here to stay and we are already seeing millions of these “smart” devices in homes, offices and public areas.
During the previous “Mobile Application” age, security took a backseat and almost every other app was insecure to the most basic and embarrassing of vulnerabilities. Unfortunately, to our horror, this golden age of “IoT – smart devices” is no different!
The key challenge in learning how to pentest and secure IoT devices is understanding the complex interaction between hardware and firmware. This includes being able to find debug ports to connect to or even having the ability to read/write directly to a chip! This course will take you through this complex yet extremely interesting and exciting journey.
This course is beginner friendly and starts from the very basics of IoT devices and their security – how to get started? Hardware? Software? Tools? Techniques? Will all be answered. This training is ideal for penetration testers, security engineers, managers, bug bounty hunters and anyone interested in uncovering how “smart” these devices really are Smiliey
A non-exhaustive list of topics to be covered include:
Introduction to Offensive IoT Exploitation
Mapping attack surface of an IoT device
Firmware analysis – identifying hardcoded secrets
Emulating firmware binary
Backdooring a firmware
Firmware emulation using FAT
Web application security for IoT devices
Burp 101
Exploiting command injection
CSRF and firmware diffing
Conventional attack vectors – Password cracking
Conventional attack vectors intro
Analyzing smart plugs
Controlling smart plug by defeating encryption
ARM 101
Buffer overflow on ARM
Exploit writing on ARM
Using radare2 for MIPS binary analysis
Exploitation using GDB remote debugging on MIPS
Introduction to UART
Serial interfacing over UART
NAND Glitching attack
SPI and I2c – Getting started
Dumping EEPROM data
Identifying JTAG pinouts using Arduino
Identifying pins using JTAGulator
JTAG – Introduction and Getting started
JTAG debugging
Introduction to SDR and basic radio components
Getting started with GNU Radio companion
Decoding an AM signal
Capturing FM signals using RTL-SDR
Analyzing wireless doorbells using RTL-SDR
Sensitive information extraction from Signal
Introduction to Zigbee
Sniffing and replaying data using Zigbee
Conclusion
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