Secure Boot - Secure Right From the Start
This whitepaper by TQ-Systems explores the critical role of Secure Boot in protecting modern embedded systems from the growing threat of cybercrime. By establishing an unbreakable Chain of Trust—from the initial hardware power-on to the final application layer—developers can ensure their devices remain resilient against manipulation, safeguarding both critical data and production integrity.
TOPICS COVERED
- Establishing a Cryptographic Chain of Trust
- Public Key Infrastructure (PKI) for Device Manufacturers
- Hardware-Level Protection: Boot, Security, and Lock Fuses
- Verifying File System Integrity with dm-verity and dm-crypt
Protect embedded systems from the start with cryptographically enforced Secure Boot.
In an age where even the simplest connected devices can be hijacked for global attacks, “security by design” is no longer optional—it is a business imperative. This whitepaper provides a deep dive into the mechanics of Secure Boot, demonstrating how state-of-the-art asymmetric cryptography can lock down your system against unauthorized firmware. By leveraging NXP’s robust Code Signing Tools and TQ’s production-ready modules, you can establish a seamless security chain that verifies every piece of software before it ever executes. Whether you are protecting proprietary algorithms in industrial robotics or securing sensitive data in medical devices, this roadmap empowers you to build trust directly into your hardware, ensuring your systems operate exactly as intended from the very first boot.
In an age where even the simplest connected devices can be hijacked for global attacks, “security by design” is no longer optional—it is a business imperative. This whitepaper provides a deep dive into the mechanics of Secure Boot, demonstrating how state-of-the-art asymmetric cryptography can lock down your system against unauthorized firmware. By leveraging NXP’s robust Code Signing Tools and TQ’s production-ready modules, you can establish a seamless security chain that verifies every piece of software before it ever executes. Whether you are protecting proprietary algorithms in industrial robotics or securing sensitive data in medical devices, this roadmap empowers you to build trust directly into your hardware, ensuring your systems operate exactly as intended from the very first boot.
Key Takeaways:
- Secure Boot Establishes an Essential Chain of Trust
- Hardware-Level Locking and Key Management are Critical
- Integrated Security Features Simplify Advanced Protection
Thank You For Your Interest
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