A13 SM-A137F
# Generate a private RSA key for signing code cst_key_gen -o oem_private_key.pem -bits 2048 Use code with caution. Step 2: Extract the Public Key Hash
The IBR uses the validated root key to verify the digital signature of the primary bootloader (such as U-Boot).
The cornerstone of the QorIQ Trust Architecture 2.1 is the secure boot process. This process ensures that the bootloader, kernel, and applications have not been tampered with before execution.
NXP is likely to incorporate advancements like:
Alex uses the to define memory regions. He carves out a chunk of DRAM and marks it as "Secure."
Using an Internal Public Key (stored as a hash in one-time programmable fuses), the system validates the digital signature of the bootloader. Chain of Trust:
The hardware provides a secure root of trust. 2. Core Security Pillars 2.1. Secure Boot Sequence
# Generate a private RSA key for signing code cst_key_gen -o oem_private_key.pem -bits 2048 Use code with caution. Step 2: Extract the Public Key Hash
The IBR uses the validated root key to verify the digital signature of the primary bootloader (such as U-Boot).
The cornerstone of the QorIQ Trust Architecture 2.1 is the secure boot process. This process ensures that the bootloader, kernel, and applications have not been tampered with before execution.
NXP is likely to incorporate advancements like:
Alex uses the to define memory regions. He carves out a chunk of DRAM and marks it as "Secure."
Using an Internal Public Key (stored as a hash in one-time programmable fuses), the system validates the digital signature of the bootloader. Chain of Trust:
The hardware provides a secure root of trust. 2. Core Security Pillars 2.1. Secure Boot Sequence