Ivan Glinkin’s Post

Chapter 28: Hacking Operators 📷 Hack at the Assembler level and learn to understand how operators work in memory as we reverse engineer an embedded binary! #CyberSecurity #Embedded #Development #ReverseEngineering https://lnkd.in/enM_-gnM

Chapter 34: Hacking Dynamic Conditionals 📷 Hack at the Assembler level and learn to understand how dynamic conditionals work in memory as we reverse engineer an embedded binary! #CyberSecurity #Embedded #Development #ReverseEngineering https://lnkd.in/enM_-gnM

Chapter 37: Hacking Functions, w/o Param, w/o Return 📷 Hack at the Assembler level and learn to understand how functions w/o params and w/o return work in memory as we reverse engineer an embedded binary! #CyberSecurity #Embedded #Development #ReverseEngineering https://lnkd.in/enM_-gnM

As embedded devices become prime targets for sophisticated cyber attacks, traditional security measures often fall short. This is where runtime protection for embedded software plays a crucial role. Techniques like load-time function randomization and automated software hardening are just a few examples of how we can prevent exploits leveraging buffer overflows and Return-Oriented Programming (ROP). The future of embedded security lies in proactive solutions. #CyberSecurity #RuntimeProtection #EmbeddedSystems

Chapter 31: Hacking Static Conditionals 📷 Hack at the Assembler level and learn to understand how static conditionals work in memory as we reverse engineer an embedded binary! #CyberSecurity #Embedded #Development #ReverseEngineering https://lnkd.in/enM_-gnM

What we know is a 💧 drop, what we don't know is an 🌊 ocean! This is what it feels like attending Joe Grand's training at #hw_ioNL2024 Teaching fundamental hardware hacking concepts and techniques used to reverse engineer and defeat the security of electronic devices. Know More: https://lnkd.in/ev4eRAd5 #hardware #hacking #RE

🚀 Exciting news! I've just completed the "Brief Intro to Hardware Attacks" module on Hack The Box! 🎓💻 This module provided a deep dive into hardware vulnerabilities, and I gained valuable knowledge on several key topics, including: - Types of Bluetooth Attacks - Bluetooth Vulnerabilities - Cryptanalysis - Cryptanalysis Side-Channel Attacks - Microprocessor Vulnerabilities I'm eager to apply this knowledge to real-world scenarios and further my journey in the cybersecurity field. A big shoutout to Hack The Box for providing such valuable resources for learning and growth! #Cybersecurity #HackTheBox #HardwareAttacks #Bluetooth #MicroprocessorVulnerabilities #ProfessionalGrowth

"Diving into the world of hardware security with my paper on FPGA Implementation of RO-PUF Using Chaotic Maps. Join me as we unravel the potential of chaotic systems in protecting digital information! 💻🔐 Won 1st prize 🏆 (SDC FEST'23) "Diving into the world of hardware security with my paper on FPGA Implementation of RO-PUF Using Chaotic Maps. Join me as we unravel the potential of chaotic systems in protecting digital information! 💻🔐 #ChaoticMaps #CyberSecurity #TechInnovation" “Develop a passion for learning. If you do, you will never cease to grow.”

Congratulations on completing this mini-module. You've successfully traversed a range of topics, from Bluetooth hacking and cryptanalysis side-channel attacks to microprocessor vulnerabilities. You've explored the historical and contemporary facets of Bluetooth attacks, gaining insights into attacks such as Bluesnarfing, Bluejacking, BlueSmacking, Bluebugging, BlueBorne, KNOB, and BIAS. This understanding equips you with the knowledge to identify and defend against such threats. In your exploration of cryptanalysis side-channel attacks, you've unveiled the principles of cryptanalysis and learned about various side-channel attacks like timing attacks, power-monitoring attacks, and acoustic cryptanalysis. This knowledge is essential for understanding the potential threats in cryptographic systems that go far beyond their software implementation. Lastly, you examined the Spectre and Meltdown vulnerabilities and gained insights into the mechanisms that enabled them and how to mitigate them. As we conclude this module, we hope it has enriched your understanding of these vital cybersecurity topics. Remember, the cybersecurity landscape is perpetually evolving, so continuous learning is essential to stay abreast of new developments.