IoT Pentesting Online Program – By GCS
Table of Content:
✔ Program Overview
✔ Key Features
✔ Delivery Mode
✔ Prerequisites
✔ Target Audience
✔ Key Learning Outcomes
✔ Course Curriculum
✔ About GCS
📌 Program Overview
The Google Cyber Security (GCS) IoT Pentesting Online Program is specially designed for professionals and students who want to gain expertise in IoT security and penetration testing.
This is a fully online course that includes self-paced study material, live instructor-led sessions, and exclusive notes. Through this course, you will develop practical skills such as identifying IoT vulnerabilities, learning pentesting techniques, and securing IoT networks and devices.
If you are looking to build a career in cybersecurity or specialize in IoT security, this course is the perfect fit for you! 🚀
📌 Program Overview
Google Cyber Security (GCS) ka IoT Pentesting Online Program specially un professionals aur students ke liye design kiya gaya hai jo IoT security aur penetration testing me expertise lena chahte hain.
Yeh fully online course hai jo self-paced study material + live instructor-led sessions + exclusive notes ke saath aata hai. Aap is course me IoT vulnerabilities identify karna, pentesting techniques seekhna aur IoT networks aur devices ko secure karna jaise practical skills develop karoge.
Agar aap cybersecurity me career banana chahte ho ya IoT security field me expertise lena chahte ho, to yeh course aapke liye best hai!
🔥 Key Features
✅ 100% Online Program – Learn at your own pace, join from anywhere!
✅ Live Instructor-Led Classes – Get interactive training from industry experts.
✅ Exclusive Notes & Study Material – Receive detailed notes after every module.
✅ Real-World IoT Pentesting Labs – Gain practical knowledge through hands-on labs.
✅ Certified Course by GCS – Earn a recognized certification upon completion.
✅ Career Support & Mentorship – Get job placement assistance and career guidance.
🎯 Delivery Mode
📌 Online Bootcamp (Live + Self-Paced Study Material)
📌 Interactive Doubt-Solving Sessions
📌 24/7 Access to Notes & Course Material
🛠️ Prerequisites
🚀 Basic knowledge of Networking & Cybersecurity is required.
🚀 Basic understanding of Linux OS and Python is recommended (but not mandatory).
👨💻 Target Audience (Who is this course for?)
✔ Cybersecurity Professionals
✔ Network Administrators
✔ Ethical Hackers & IT Professionals
✔ Security Enthusiasts
✔ Students & Beginners who want to learn IoT Security
🔑 Key Learning Outcomes (What Will You Learn?)
📌 IoT Security Fundamentals – In-depth knowledge of IoT security and solutions to real-world challenges.
📌 IoT Vulnerabilities Identification – Detecting insecure communication, weak authentication, and system flaws.
📌 IoT Penetration Testing – Security assessment and exploitation of vulnerabilities in IoT devices and networks.
📌 Security Implementation – Implementing advanced security solutions for IoT devices and systems.
📌 Data Analysis & Threat Detection – Analyzing IoT logs, network traffic, and system behavior for threat detection.
🔑 Key Learning Outcomes (Aap Kya Seekhoge?)
📌 IoT Security Fundamentals – IoT security ka deep knowledge aur real-world challenges ka samadhan.
📌 IoT Vulnerabilities Identification – Insecure communication, weak authentication aur system flaws ko detect karna.
📌 IoT Penetration Testing – IoT devices aur networks ka security assessment aur vulnerabilities ka exploitation.
📌 Security Implementation – IoT devices aur systems ke liye advanced security solutions implement karna.
📌 Data Analysis & Threat Detection – IoT logs, network traffic aur system behavior analyze karna for threat detection.
🤝 About GCS (Google Cyber Security)
Google Cyber Security (GCS) is a non-profit organization dedicated to providing cybersecurity education in ethical hacking, penetration testing, and IoT security. Our courses are designed by industry experts to equip you for real-world cybersecurity challenges.
Internet of Things Penetration Testing Content
Module 01: Overview of IOT Why IOT is so important?
Lesson 01: What is IOT ?
Lesson 02: Why is IoT important ?
Module 02: IoT Pentesting
Lesson 01: OWASP TOP 10
Lesson 02: What is IoT Pentesting
Lesson 03: What is IoT Security?
Lesson 04: Previous IoT Security Hacks
Lesson 05: IoT Vulnerabilities
Lesson 06: IoT Pentesting Methodology
Module 03: Introduction of IoT
Lesson 01: How does IOT work?
Lesson 02: Advantages & Disadvantage’s
Module 04: Introduction to Sensor Network
Lesson 01: Explanation
Lesson 02: Use of sensor with example
Module 05: Communication Models in IoT (Internet of Things)
Lesson 01: Explanation
Module 06: Frequency
Lesson 01: What is radio wave?
Lesson 02: Radio Frequency Spectrum band
Lesson 03: Explanation
Module 07: Wireless protocol
Lesson 01: Difference type of protocols
Lesson 03: Explanation
Module 08: Comparing web and IOT protocols
Lesson 01: Explanation
Module 09: SPI, UART, I2C
Lesson 01: Explanation
Module 10: Firewall
Lesson 01: Explanation
Module 11: ARDUINO
Lesson 01: Explanation with practical
Module 12: Raspberry
Lesson 01: Explanation with practical
Module 13: Introduction to Mobile app platform
Lesson 01: Explanation
Module 14: Flipper zero
Lesson 01: Explanation with practical
Module 15: Firmware
Lesson 01: Usage of firmware for penetester
Lesson 02: What is it?
Lesson 03: Extracting squashfs file system from file system
Lesson 04: How to obtain firmware?
Lesson 05: Explanation with practical
Module 16: Analysing IOT Hardware
Lesson 01: Explanation
Module 17: SDR (software defined radio)
Lesson 01: Explanation with practical
Module 18: Conceiving a new IOT product- Product Requirement document for loT
Lesson 01: Explanation
Module 19: Basic Intro Cloud Iaas Paas Saas-loT data, platform and software as a service revenue
Lesson 01: Explanation
Module 20: Basic Introduction of ICS
Lesson 01: Explanation
