CIoTPTP Certification
Certified IoT Penetration Testing Professional
Welcome to the forefront of IoT security with our Certified IoT Penetration Testing Professional course. This advanced training program is designed to equip cybersecurity professionals with the specialized skills needed to assess and fortify IoT environments against evolving cyber threats.
In an era where IoT devices permeate industries from manufacturing to healthcare, ensuring their security is crucial. Penetration testing emerges as a pivotal defense strategy, allowing organizations to proactively identify vulnerabilities, simulate real-world attacks, and implement robust security measures. By mastering IoT penetration testing, professionals play a pivotal role in safeguarding sensitive data, protecting operational continuity, and maintaining stakeholder trust.

Why Enroll in This Course?
Enrolling in the "Certified IoT Penetration Testing Professional" course offers unparalleled advantages:
Comprehensive IoT Expertise
Gain profound insights into IoT architectures, communication protocols (MQTT, CoAP, Zigbee, BLE), and critical attack surfaces, enabling you to conduct thorough penetration tests.
Hands-On Practical Skills
Acquire practical experience through real-world simulations and hands-on labs, focusing on reconnaissance, exploitation, and mitigation of IoT vulnerabilities.
Industry-Recognized Certification
Earn a prestigious certification recognized globally, validating your proficiency in IoT penetration testing and enhancing your professional credibility
Advanced Attack Techniques
Master advanced techniques such as replay attacks, packet forging, jamming, and eavesdropping on IoT protocols like Zigbee, BLE, LoRa, and RFID.
Expert-Led Instruction
Learn from seasoned cybersecurity experts who provide insights into emerging threats, best practices, and the latest IoT security trends
Career Advancement:
Position yourself as a sought-after IoT security specialist, equipped to navigate complex IoT ecosystems and protect organizations from sophisticated cyber threats.

Secure Your Future in IoT Penetration Testing
By completing this course, you'll emerge prepared to effectively assess IoT security postures, identify vulnerabilities, and implement robust security measures. Join us in mastering the intricacies of IoT penetration testing and shaping a secure future for connected technologies.
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Course Overview
What You'll Learn
Module 1
Introduction to IoT
1.1 Briefing of IIoT and Usage
- Overview of Industrial Internet of Things (IIoT)
- Applications in various industries (manufacturing, healthcare, transportation)
- Benefits and challenges of IIoT adoption
1.2 Architecture
- Typical IoT architecture: sensors, connectivity, data processing, user interface
- Key components: devices, gateways, cloud services, and end-user applications
1.3 Framework/Platforms
- Common IoT platforms and frameworks (AWS IoT, Google Cloud IoT, Microsoft Azure IoT)
- Comparative analysis of features and use cases
1.4 Attack Surfaces
- Identifying potential vulnerabilities in IoT ecosystems
- Examples of common attack vectors (device vulnerabilities, network vulnerabilities, application vulnerabilities)
1.5 OWASP IoT Top 10 Vulnerabilities
- Detailed explanation of the OWASP IoT Top 10 vulnerabilities
- Real-world examples and case studies for each vulnerability
Module 2
MQTT
2.1 Introduction
- Overview of MQTT (Message Queuing Telemetry Transport)
- Use cases and importance in IoT communication
2.2 Protocol Details
- MQTT architecture and communication model
- Key components: clients, brokers, topics, and messages
2.3 Recon and Enumeration of Topics
- Techniques for discovering MQTT topics
- Tools and methodologies for topic enumeration
2.4 DOS Attack
- Understanding Denial of Service attacks on MQTT
- Methods and tools for conducting DOS attacks
Module 3
CoAP
3.1 Introduction
- Overview of CoAP (Constrained Application Protocol)
- Use cases and importance in IoT communication
3.2 Protocol Details
- CoAP architecture and communication model
- Key components: clients, servers, resources, and messages
3.3 Recon and Enumeration
- Techniques for discovering CoAP resources
- Tools and methodologies for resource enumeration
3.4 CoAP Proxy Attacks
- Understanding CoAP proxy vulnerabilities
- Methods and tools for conducting proxy attacks
Module 4
Zigbee (802.15.4)
4.1 Introduction and Protocol Overview
- Overview of Zigbee protocol and its importance in IoT
- Zigbee network architecture and key components
4.2 Reconnaissance
- Techniques for discovering Zigbee networks and devices
- Tools and methodologies for network reconnaissance
4.3 Sniffing and Eavesdropping
- Methods for capturing Zigbee communication
- Tools for sniffing and analyzing Zigbee traffic
4.4 Replay Attacks
- Understanding replay attacks on Zigbee networks
- Methods and tools for conducting replay attacks
4.5 Packet Forging Attack
- Techniques for creating and injecting malicious Zigbee packets
- Tools and methodologies for packet forging
4.6 Jamming Attacks
- Understanding jamming attacks on Zigbee networks
- Methods and tools for conducting jamming attacks
4.7 Dissociation Attacks
- Techniques for disconnecting devices from Zigbee networks
- Tools and methodologies for dissociation attacks
Module 5
Bluetooth Low Energy (BLE)
5.1 Introduction and Protocol Overview
- Overview of BLE and its importance in IoT
- BLE architecture and key components
5.2 Reconnaissance (Active and Passive) with HCI Tools
- Techniques for discovering BLE devices
- Tools and methodologies for active and passive reconnaissance
5.3 GATT Service Enumeration
- Understanding the Generic Attribute (GATT) profile
- Techniques for enumerating GATT services and characteristics
5.4 Sniffing GATT Protocol Communication
- Methods for capturing BLE GATT communication
- Tools for sniffing and analyzing GATT traffic
5.5 Reversing GATT Protocol Communication
- Techniques for reverse engineering GATT communication
- Tools and methodologies for reversing GATT protocols
5.6 Read and Writing on GATT Protocol
- Understanding read and write operations in GATT
- Methods and tools for performing read and write attacks
5.7 Cracking Encryption
- Techniques for breaking BLE encryption
- Tools and methodologies for cracking BLE encryption
Module 6
LoRa
6.1 Introduction and Protocol Overview
- Overview of LoRa (Long Range) protocol and its importance in IoT
- LoRa network architecture and key components
6.2 Reconnaissance
- Techniques for discovering LoRa networks and devices
- Tools and methodologies for network reconnaissance
6.3 Sniffing of Over-the-Air Communication
- Methods for capturing LoRa communication
- Tools for sniffing and analyzing LoRa traffic
6.4 Reverse Engineering of Protocol
- Techniques for reverse engineering LoRa protocols
- Tools and methodologies for protocol analysis
6.5 Replay Attack
- Understanding replay attacks on LoRa networks
- Methods and tools for conducting replay attacks
6.6 Packet Forging Attack
- Techniques for creating and injecting malicious LoRa packets
- Tools and methodologies for packet forging
Module 7
RFID
7.1 Introduction and Protocol Overview
- Overview of RFID technology and its importance in IoT
- RFID architecture and key components
7.2 Types of RFID and Classes
- Different types of RFID systems (active, passive, semi-passive)
- Classification of RFID tags and readers
7.3 Sniffing of Over-the-Air Communication
- Methods for capturing RFID communication
- Tools for sniffing and analyzing RFID traffic
7.4 Cloning of Cards
- Techniques for cloning RFID cards
- Tools and methodologies for card cloning
7.5 Fuzzing on RFID Readers
- Understanding fuzz testing on RFID readers
- Methods and tools for conducting fuzzing attacks
Module 8
NFC
8.1 Introduction and Protocol Overview
- Overview of NFC (Near Field Communication) and its importance in IoT
- NFC architecture and key components
8.2 Types of NFC and Classes
- Different types of NFC systems (active, passive)
- Classification of NFC tags and readers
8.3 Sniffing of Over-the-Air Communication
- Methods for capturing NFC communication
- Tools for sniffing and analyzing NFC traffic
8.4 Cloning of NFC Cards
- Techniques for cloning NFC cards
- Tools and methodologies for card cloning
Module 9
GPS
9.1 Introduction
- Overview of GPS technology and its importance in IoT
- GPS architecture and key components
9.2 Attack Through Rogue GPS
- Understanding rogue GPS attacks
- Methods and tools for conducting rogue GPS attacks
9.3 Modify GPS Coordinates
- Techniques for modifying GPS coordinates
- Tools and methodologies for GPS manipulation
9.4 Manipulating Coordinates Through Relay Attack
- Understanding relay attacks on GPS
- Methods and tools for conducting relay attacks
9.5 GPS Spoofing Attack
- Techniques for spoofing GPS signals
- Tools and methodologies for GPS spoofing
Module 10
Sub-GHz RF
10.1 Introduction
- Overview of Sub-GHz RF technology and its importance in IoT
- Sub-GHz RF architecture and key components
10.2 Reconnaissance
- Techniques for discovering Sub-GHz RF networks and devices
- Tools and methodologies for network reconnaissance
10.3 Overview of Various Shift Keying
- Understanding different types of shift keying (FSK, ASK, PSK)
- Applications and vulnerabilities of each type
10.4 Reversing of RF
- Techniques for reverse engineering RF protocols
- Tools and methodologies for protocol analysis
10.5 Crafting RF Signals
- Techniques for creating and injecting malicious RF signals
- Tools and methodologies for signal crafting
Module 11
Hardware
11.1 Basics of Electronics
- Introduction to basic electronic concepts and components
- Understanding voltage, current, resistance, and power
11.2 Understanding Electronic Components
- Overview of common electronic components (resistors, capacitors, diodes, transistors)
- Identifying and using electronic components in IoT devices
11.3 PCB Reverse Engineering and Component Identification
- Techniques for reverse engineering printed circuit boards (PCBs)
- Tools and methodologies for identifying components on PCBs
Module 12
I2C
12.1 Introduction
- Overview of I2C (Inter-Integrated Circuit) protocol
- Importance of I2C in IoT communication
12.2 I2C Protocol
- Understanding I2C communication model and key components
- Data transfer methods and addressing
12.3 Interfacing with I2C
- Techniques for interfacing with I2C devices
- Tools and methodologies for I2C communication
12.4 Manipulating Data via I2C
- Techniques for manipulating data on I2C bus
- Tools and methodologies for data manipulation
12.5 Sniffing Run-Time I2C Communication
- Methods for capturing I2C communication
- Tools for sniffing and analyzing I2C traffic
Module 13
SPI
13.1 Introduction
- Overview of SPI (Serial Peripheral Interface) protocol
- Importance of SPI in IoT communication
13.2 SPI Protocol
- Understanding SPI communication model and key components
- Data transfer methods and addressing
13.3 Interfacing with SPI
- Techniques for interfacing with SPI devices
- Tools and methodologies for SPI communication
13.4 Manipulating Data via SPI
- Techniques for manipulating data on SPI bus
- Tools and methodologies for data manipulation
13.5 Sniffing Run-Time SPI Communication
- Methods for capturing SPI communication
- Tools for sniffing and analyzing SPI traffic
Module 14
UART
14.1 Introduction
- Overview of UART (Universal Asynchronous Receiver/Transmitter) protocol
- Importance of UART in IoT communication
14.2 Identifying UART
- Techniques for identifying UART interfaces
- Tools and methodologies for UART identification (automated and manual)
14.3 Debugging Over UART
- Methods for debugging IoT devices via UART
- Tools and methodologies for UART debugging
Module 15
JTAG/SWD
15.1 Introduction
- Overview of JTAG (Joint Test Action Group) and SWD (Serial Wire Debug) protocols
- Importance of JTAG/SWD in IoT communication and debugging
15.2 Identifying JTAG/SWD
- Techniques for identifying JTAG/SWD interfaces
- Tools and methodologies for JTAG/SWD identification (automated and manual)
15.3 Debugging Over JTAG/SWD
- Methods for debugging IoT devices via JTAG/SWD
- Tools and methodologies for JTAG/SWD debugging
15.4 Dumping Data and Manipulating Memory Address and Data
- Techniques for data extraction and memory manipulation via JTAG/SWD
- Tools and methodologies for memory analysis and modification
Module 16
Firmware Reversing
16.1 Identifying Compression and Types
- Techniques for identifying firmware compression methods and formats
- Tools and methodologies for firmware extraction
16.2 Firmware Analysis
- Understanding firmware structure and components
- Techniques for static and dynamic firmware analysis
16.3 Simulating Firmware
- Methods for simulating firmware in virtual environments
- Tools and methodologies for firmware simulation
Module 17
ARM
17.1 Architecture
- Overview of ARM architecture and its importance in IoT
- Key components and design principles of ARM processors
17.2 Instruction Set
- Understanding ARM instruction set and assembly language
- Techniques for writing and analyzing ARM assembly code
17.3 Procedure Call Convention
- Understanding ARM procedure call conventions
- Techniques for function calling and parameter passing in ARM
17.4 System Call Convention
- Understanding ARM system call conventions
- Techniques for interacting with operating systems in ARM
17.5 Reversing Techniques
- Techniques for reverse engineering ARM-based firmware and applications
- Tools and methodologies for ARM reverse engineering
17.6 Buffer Overflow Attacks
- Understanding buffer overflow vulnerabilities in ARM systems
- Techniques and tools for exploiting buffer overflow vulnerabilities
How The Course Benifits You

Flexibility & convenience of time and space

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