The world is rapidly filling with connected devices from home appliances to medical and industrial equipment making IoT security essential to safety, privacy, and system resilience. Yet most IoT products rely on extremely constrained microcontrollers where power, memory, and cost limitations make robust protections difficult. At the same time, attackers now combine software exploits with physical techniques such as side-channel analysis, fault injection and EMFI, creating threats many lightweight devices were never designed to withstand.
This session presents practical, low-overhead security architectures tailored for constrained IoT platforms.
We will explore hardware-based mitigations, side-channel-resistant designs, and fault-detection strategies that help manufacturers meet SESIP requirements and prepare for the EU Cyber Resilience Act.
Attendees will gain actionable guidance for building secure, compliant, and resilient IoT devices in a hyperconnected world.