Advanced Reverse Engineering of Embedded Systems Essentials Training by Tonex
This intensive course provides in-depth training on reverse engineering practices tailored for embedded systems, empowering professionals to analyze firmware, hardware interfaces, and software structures. Participants will gain advanced skills in dissecting embedded components, understanding proprietary protocols, and identifying vulnerabilities in low-level systems. The course emphasizes methods used by both security researchers and adversaries, helping learners anticipate and mitigate threats. A strong focus is placed on the cybersecurity implications, as reverse engineering is a critical method for discovering hidden exploits and ensuring firmware integrity. Participants will also explore how reverse engineering supports threat intelligence and vulnerability research, enhancing embedded security posture in real-world applications.
Audience:
- Embedded Systems Engineers
- Cybersecurity Professionals
- Firmware Analysts
- Hardware Security Researchers
- IoT Security Analysts
- Defense and Aerospace Engineers
Learning Objectives:
- Understand the principles of embedded reverse engineering
- Analyze and interpret firmware binaries and file systems
- Disassemble and decompile embedded software components
- Extract and examine hardware interfaces and signals
- Identify cybersecurity vulnerabilities in embedded systems
- Apply counter-reverse engineering strategies and protections
Course Modules:
Module 1: Foundations of Embedded Reverse Engineering
- Role of reverse engineering in embedded systems
- Introduction to firmware and microcontrollers
- Embedded architecture fundamentals
- Common bus protocols and signal tracing
- Binary formats and memory maps
- Tools overview and analysis workflow
Module 2: Firmware Extraction Techniques
- JTAG and SWD access methods
- SPI and UART data acquisition
- NAND/NOR flash memory reading
- Dumping firmware from devices
- Handling encrypted or compressed binaries
- Legal and ethical considerations
Module 3: Binary Analysis and Disassembly
- Using disassemblers (IDA, Ghidra)
- Control flow and function analysis
- String and symbol identification
- Stack and heap behavior in binaries
- Interpreting assembly instructions
- Obfuscation and anti-disassembly
Module 4: Reverse Engineering Communication Protocols
- Identifying protocol types in binaries
- Analyzing bus captures (SPI/I2C/CAN)
- Protocol fuzzing and anomaly detection
- Reverse-engineering proprietary protocols
- Wireless protocol considerations (Zigbee, BLE)
- Extracting configuration and keys
Module 5: Hardware and Chip-Level Techniques
- PCB teardown and component mapping
- Chip-off techniques and forensics
- Side-channel data acquisition basics
- Voltage glitching and fault injection
- EEPROM and flash memory analysis
- Secure boot and chain of trust bypass
Module 6: Cybersecurity Implications and Protections
- Common vulnerabilities in embedded firmware
- Reverse engineering in threat modeling
- Malware and rootkit analysis in devices
- Secure coding and obfuscation methods
- Embedded system hardening strategies
- Countermeasures to reverse engineering
Join Tonex’s Advanced Reverse Engineering of Embedded Systems Essentials Training to elevate your technical and cybersecurity expertise. Learn from industry professionals and gain the skills needed to defend against sophisticated hardware-based threats. Enroll today and secure the future of embedded technology.