Disk Encryption

🚧 Documentation under development

The RidgeRun Platform Security Manual guide is currently under active development. Some sections may be incomplete or change without notice.

Questions? Contact RidgeRun or email to support@ridgerun.com.

RidgeRun Platform Security Manual

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RidgeRun Platform Security Manual from RidgeRun

Contents Pin

• Introduction
  • General Overview
  • Basic Concepts
• Tutorial: From Fresh to Secure
• Platform Security
  • Root of Trust
  • Secure Boot
  • Trusted Execution Environment (TEE)
  • Trusted Platform Module (TPM)
  • Measured Boot and Integrity Measurement Architecture (IMA)
  • Disk Encryption
  • Over-the-Air updates (OTA)
  • Kiosk Modes
• Getting Started
  • Platform Support
  • Secure Boot
    • NVIDIA Jetson
  • Trusted Execution Environment(TEE)
    • NVIDIA Jetson
  • Disk Encryption
    • NVIDIA Jetson
  • Over-the-Air
    • Main providers
    • NVIDIA Jetson - Mender
    • NVIDIA Jetson - RAUC
      • Bring-up and Yocto Integration
      • Update Flow and Custom Bootloader
      • Advanced Topics and Troubleshooting
  • Trusted Platform Module (TPM)
    • NVIDIA Jetson
  • Kiosk Modes
  • Bringing NVIDIA Jetson Secure Boot to Production
    • Integrate your NVIDIA flashing scripts with a HSM
    • How to integrate your signing server with your CI/CD
    • Setting up your signing server
    • Integrating your signing server with Yocto
• Contact Us
• Sponsor your Favorite Feature

Disk encryption is a vital security mechanism that protects data at rest by making it inaccessible without proper authorization. This section guides you through the process of implementing full or partial disk encryption on embedded Linux platforms, focusing on NVIDIA Jetson devices. By using tools like LUKS and dm-crypt, you can ensure sensitive information remains protected—even if the storage media is physically compromised.

• NVIDIA Jetson support

RidgeRun Platform Security Manual

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