Advance Your IoT Security Part 1: Protected Keys on Broad-Market MCUs

About This Training

For the IoT edge device, the cryptographic keys used to perform the services such as encrypted boot, onboarding and over-the-air updates are critical components that must be protected. Chip-level hardware protected keys are the standard for achieving strong security protection for embedded designs. This session will define what a hardware protected key is and show several examples of how these keys are realized on NXP processors. The i.MX RT 1050 family of devices will be used as a real-world example of how Intrinsic ID Broadkey^® SRAM-based PUF can advance your IoT security.

Training Outline

Protected Keys on Broad-Market MCUs
Protected Keys on State-of-The-Art MCUs
IoT Application Key Management

Presentation

Advance Your IoT Security Part 1: Protected Keys on Broad-Market MCUs  

What You Will Learn

• Challenges faced by IoT technologies and hardware solutions offered by NXP.
• System-level view of addressing IoT security
• What a hardware-protected key is
• The key features of SRAM PUF technology
• Implementing SRAM PUF on the i.MX RT1050 EVK