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DRIVE OS for DRIVE AGX
NVIDIA DRIVE OS Linux SDK Developer Guide
6.0.9 Release
  1. Home
  2. Understanding Security
  3. Linux-Based Disk Encryption
  4. Data Encryption Impact on Boot Times
  5. Encryption Algorithm
  • Overview
  • Installation
  • Setup and Configuration
  • Flashing
  • Supported Platform Configurations
  • Embedded Software Components
  • System Software Components and Interfaces
  • Understanding Security
    • Secure Boot and Hardware Fuses
    • PKCS#11 Interface
    • Security Engine
    • Persistent Key Object Support
    • Generating PKCS#11 Key Objects
    • Enabling JTAG Support on Secure Targets
    • Linux-Based Disk Encryption
      • dmsetup
      • User Data Encryption
      • Steps to Enable Data Encryption
      • Data Encryption Impact on Boot Times
        • Encryption Algorithm
      • Volume Encryption Key Management
  • System Programming
  • Bootloader Programming
  • Mass Storage Partition Configuration
  • NVIDIA DRIVE Utilities
  • Manifest
  • Device Tree
  • API Reference
  • NVIDIA DRIVE OS 6.0 Third-Party Software Licenses
  • Legal Information

Encryption Algorithm

The cipher mode used for disk encryption is aes-cbc-essiv:sha256. The cipher generator consists of three parts: cipher-chainmode-IVmode. So here cipher is AES, chainmode is CBC, and IV mode is essiv:sha256.

Consult the Linux documentation for more information at:

https://wiki.archlinux.org/index.php/Disk_encryption​#Ciphers_and_modes_of_operation
Subject to Change | For test and development only.
Published: 12/13/2023 3:43 a.m. | PR-10720-6.0
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