Embedded Systems & Security In-depth: Master Secure IoT & Hardware

Master Embedded Systems & Security with BinnBash Academy's in-depth course. Learn microcontrollers, RTOS, IoT, hardware security, cryptography, secure coding, reverse engineering, and build robust, secure embedded devices!

Secure Your Embedded Future!

Who Should Enroll in this Embedded Systems & Security In-depth Course?

This course is ideal for individuals aspiring to a career in embedded systems development with a strong focus on security:

Electrical & Electronics Engineering (EEE) Graduates.
Electronics & Communication Engineering (ECE) Graduates.
Computer Science Engineering (CSE) Graduates interested in hardware & low-level programming.
Aspiring Embedded Software Engineers, IoT Developers, and Hardware Security Analysts.
Cybersecurity Professionals looking to specialize in embedded and IoT security.
Professionals seeking to build secure and reliable embedded devices for various industries.

Embedded Systems & Security In-depth Course Prerequisites

Strong understanding of Digital Electronics and Microcontrollers (8-bit/16-bit basics).
Proficiency in C/C++ programming.
Basic knowledge of operating systems concepts.
Familiarity with data structures and algorithms.
Understanding of computer networking fundamentals.
Analytical and problem-solving skills.

Key Embedded Systems & Security Tools & Concepts Covered

Microcontrollers (ARM)

C/C++ Programming

RTOS (FreeRTOS)

IoT Protocols (MQTT)

Hardware Security

Cryptography

Secure Boot

Reverse Engineering

Network Security

Linux Embedded

Debugging Tools

Secure Coding

Hands-on practice with embedded development, secure coding, and advanced security techniques for IoT and hardware.

Embedded Systems & Security: Comprehensive Syllabus & Practical Contents

Module 1: Embedded Systems Fundamentals

Introduction to Embedded Systems & IoT.
Microcontroller Architectures (ARM Cortex-M).
Embedded C/C++ Programming.
Peripherals Interfacing (GPIO, UART, SPI, I2C).
Timers, Interrupts, and DMA.
Lab: Develop firmware for an ARM microcontroller, interface with sensors.

Tools & Concepts:

ARM Microcontrollers, Embedded C, Peripherals.

Expected Outcomes:

Understand embedded system basics.
Program microcontrollers.
Interface with hardware components.

Module 2: Real-Time Operating Systems (RTOS) & IoT

Introduction to RTOS (FreeRTOS).
Task Management, Schedulers, Inter-Task Communication.
Memory Management in RTOS.
IoT Architectures & Communication Protocols (MQTT, CoAP, HTTP).
Cloud Integration for IoT Devices.
Lab: Implement multi-tasking applications with FreeRTOS, connect an IoT device to a cloud platform.

Tools & Concepts:

FreeRTOS, MQTT, Cloud IoT.

Expected Outcomes:

Develop RTOS-based applications.
Understand IoT communication.
Integrate devices with cloud.

Module 3: Hardware Security & Cryptography

Introduction to Hardware Security Threats (Side-channel attacks, Tampering).
Secure Boot & Firmware Updates.
Hardware Root of Trust (TRM, HSM).
Fundamentals of Cryptography (Symmetric, Asymmetric, Hashing).
Implementing Cryptographic Libraries in Embedded Systems.
Lab: Implement secure boot mechanisms, integrate a cryptographic library.

Tools & Concepts:

Secure Boot, Cryptography, HSM.

Expected Outcomes:

Identify hardware vulnerabilities.
Implement secure boot.
Apply cryptographic techniques.

Module 4: Embedded Software Security & Secure Coding

Common Embedded Software Vulnerabilities (Buffer Overflows, Injections).
Secure Coding Best Practices (CERT C/C++).
Input Validation & Output Encoding.
Memory Safety & Access Control.
Fuzzing & Static/Dynamic Analysis for Embedded Code.
Lab: Identify and fix vulnerabilities in sample embedded code, perform static analysis.

Tools & Concepts:

Secure Coding, Fuzzing, Static Analysis.

Expected Outcomes:

Write secure embedded code.
Identify software vulnerabilities.
Apply secure coding standards.

Module 5: Network & IoT Security

Network Protocols & Attack Surfaces in IoT.
Securing Wireless Communication (Wi-Fi, Bluetooth, Zigbee).
TLS/SSL Implementation for Embedded Devices.
IoT Device Management & Authentication.
Penetration Testing for IoT Devices (Overview).
Lab: Analyze network traffic (Wireshark), set up secure communication.

Tools & Concepts:

Wireshark, TLS/SSL, IoT Pen Testing.

Expected Outcomes:

Secure IoT network communication.
Understand IoT attack vectors.
Perform basic network analysis.

Module 6: Advanced Embedded Security & Project

Firmware Reverse Engineering & Analysis (Ghidra, IDA Pro basics).
Exploiting Embedded Systems (Buffer Overflows, ROP).
Physical Attacks & Countermeasures (Fault Injection, Glitching).
Supply Chain Security for Embedded Devices.
Building a Secure Embedded System Project.
Career Guidance: Resume Building, LinkedIn Optimization, Mock Interviews for Embedded Security roles.
Final Project: Design, implement, and secure an end-to-end IoT device with a focus on defense-in-depth.

Tools & Concepts:

Reverse Engineering, Exploitation, Supply Chain Security.
Portfolio Building, Career Prep.

Expected Outcomes:

Analyze firmware for vulnerabilities.
Understand embedded exploitation.
Secure a complete embedded system.

This course provides hands-on expertise to make you a proficient and job-ready Embedded Systems & Security professional!

Embedded Systems & Security Professional Roles and Responsibilities in Real-Time Scenarios & Live Projects

Gain hands-on experience by working on live projects, understanding the real-time responsibilities of an Embedded Systems & Security professional in leading tech and cybersecurity companies. Our curriculum aligns with industry demands for secure hardware and IoT.

Embedded Software Engineer

Develop firmware for microcontrollers, integrate peripherals, and optimize code for resource-constrained embedded systems, as done at Bosch.

Hardware Security Engineer

Design and implement secure hardware architectures, secure boot mechanisms, and integrate cryptographic modules into embedded devices, similar to work at Intel Security.

IoT Security Architect

Design end-to-end security solutions for IoT ecosystems, covering device, network, and cloud security, common at Siemens.

Embedded Security Analyst

Perform vulnerability assessments, penetration testing, and reverse engineering on embedded devices and firmware to identify and mitigate security flaws.

Secure Firmware Developer

Write robust and secure embedded code, adhering to secure coding standards and implementing cryptographic primitives to protect device integrity and data.

IoT Connectivity Engineer

Develop and secure communication protocols for IoT devices, ensuring reliable and encrypted data exchange over various wireless technologies.

Product Security Engineer (Embedded)

Integrate security throughout the product development lifecycle for embedded systems, from threat modeling to final deployment and maintenance.

RTOS Developer

Develop and optimize applications running on Real-Time Operating Systems for high-performance and time-critical embedded systems.

Our Alumni Works Here!

Bosch

Akash Singh

Embedded Software Eng.

Intel Security

Priya Gupta

Hardware Security Eng.

Siemens

Rahul Sharma

IoT Security Architect

Qualcomm

Sneha Reddy

Embedded Security Analyst

NXP

Vikram Kumar

Secure Firmware Dev.

Cisco

Divya Patil

IoT Connectivity Eng.

Samsung

Karan Desai

Embedded Systems Intern

Honeywell

Meena Singh

Product Security Eng.

Texas Instr.

Siddharth Rao

RTOS Developer

Microchip

Neha Verma

Embedded Systems Eng.

Bosch

Akash Singh

Embedded Software Eng.

Intel Security

Priya Gupta

Hardware Security Eng.

Siemens

Rahul Sharma

IoT Security Architect

Sneha Reddy

Embedded Security Analyst

Vikram Kumar

Secure Firmware Dev.

Divya Patil

IoT Connectivity Eng.

Karan Desai

Embedded Systems Intern

Meena Singh

Product Security Eng.

Siddharth Rao

RTOS Developer

Neha Verma

Embedded Systems Eng.

What Our Embedded Systems & Security Students Say

"This course is a game-changer! I gained deep insights into embedded systems and, more importantly, how to secure them."

- Akash Singh, Embedded Software Eng.

"The hardware security and cryptography modules were incredibly practical. I now understand real-world attacks and countermeasures."

- Priya Gupta, Hardware Security Eng.

"Learning about IoT security architectures and protocols was crucial. I can now design secure IoT solutions from the ground up."

- Rahul Sharma, IoT Security Architect

"BinnBash Academy's focus on secure coding and vulnerability analysis prepared me perfectly for a career in embedded security."

- Sneha Reddy, Embedded Security Analyst

"The instructors are experts in both embedded development and cybersecurity, providing a holistic and practical learning experience."

- Vikram Kumar, Secure Firmware Dev.

"I highly recommend this course for anyone looking to specialize in secure embedded systems. It's comprehensive and hands-on."

- Divya Patil, IoT Connectivity Eng.

"From microcontrollers to RTOS and advanced security topics, every aspect was covered in depth. I feel job-ready!"

- Karan Desai, Embedded Systems Intern

"The emphasis on real-time projects and industry best practices made this course truly stand out. A fantastic investment!"

- Meena Singh, Product Security Eng.

"Learning about firmware reverse engineering and exploitation techniques was an eye-opener. It's essential for defense."

- Siddharth Rao, RTOS Developer

"The practical approach to learning, combined with industry-relevant tools, made this course stand out from others."

- Neha Verma, Embedded Systems Eng.

Embedded Systems & Security Job Roles After This Course

Embedded Software Engineer

Hardware Security Engineer

IoT Security Architect

Embedded Security Analyst

Secure Firmware Developer

IoT Connectivity Engineer

Product Security Engineer (Embedded)

RTOS Developer

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Embedded Systems & Security In-depth: Master Secure IoT & Hardware

Who Should Enroll in this Embedded Systems & Security In-depth Course?

Embedded Systems & Security In-depth Course Prerequisites

Key Embedded Systems & Security Tools & Concepts Covered

Embedded Systems & Security: Comprehensive Syllabus & Practical Contents

Module 1: Embedded Systems Fundamentals

Tools & Concepts:

Expected Outcomes:

Module 2: Real-Time Operating Systems (RTOS) & IoT

Tools & Concepts:

Expected Outcomes:

Module 3: Hardware Security & Cryptography

Tools & Concepts:

Expected Outcomes:

Module 4: Embedded Software Security & Secure Coding

Tools & Concepts:

Expected Outcomes:

Module 5: Network & IoT Security

Tools & Concepts:

Expected Outcomes:

Module 6: Advanced Embedded Security & Project

Tools & Concepts:

Expected Outcomes:

Embedded Systems & Security Professional Roles and Responsibilities in Real-Time Scenarios & Live Projects

Embedded Software Engineer

Hardware Security Engineer

IoT Security Architect

Embedded Security Analyst

Secure Firmware Developer

IoT Connectivity Engineer

Product Security Engineer (Embedded)

RTOS Developer

Our Alumni Works Here!

What Our Embedded Systems & Security Students Say

Embedded Systems & Security Job Roles After This Course

Binnbash Contact Form

System Information