Kavach IoT Security

As a Hardware Security Researcher, my work revolves around exploring the intricate layers of physical and embedded systems to uncover vulnerabilities before adversaries can exploit them. I specialize in techniques such as firmware extraction, side-channel attacks, glitching, fault injection, black-box analysis, UART/JTAG debugging, and reverse engineering PCB and chip-level architectures. The goal is to bridge the gap between hardware and cybersecurity — ensuring that from the silicon to the software, every layer of an IoT device or embedded system is resilient against real-world attacks. My passion lies in not just finding vulnerabilities but deeply understanding how hardware operates, how it can fail, and how security can be woven directly into its design. The logo represents this mission: • The shield for protection and defense, • The microchip for embedded systems, • The magnifying glass for in-depth vulnerability research, • The soldering iron for real-world hardware interaction and exploitation, • The circuit paths for connectivity and complexity in modern IoT ecosystems. In a world rapidly moving toward billions of interconnected devices, hardware security is not optional — it’s foundational.