Leveraging Partnership with PHYTEC and NXP for Hardware Secured at the Root
At the core of cyber resilience is the principle of Security by Design, where security is integrated at every stage of the system’s lifecycle, from hardware and software development to deployment and maintenance.
Security at the Root means integrating security features in the deepest levels of your design: hardware, software, communication, encryption, and vigilant monitoring. Design your device with cyber resilience from the start.
Embedded Security Partners You Can Trust
- Learn the basics of symmetric and asymmetric cryptography
- See how NXP helps safeguard your embedded devices at the SoC
- Establishing the Chain of Trust: Secure Boot, secure updates, storage and file system protections
- Software Lifecycle Management, CVE Monitoring, Secure Device Initialization
- Navigating the Cyber Resilience Act (CRA)
PHYTEC SOMs are a secure foundation to simplify your security path, reduce development costs and risk and accelerate your time to market.
Download the White Paper
Included with this download
Exclusive Documentation: Security Application Note
This Security Application note is available for the phyCORE-i.MX8M Plus and free with the download of Secure by Design
You will learn how to:
Build and use PHYTEC's security-provisioning reference Linux distribution
Enable Secure Key Storage using Trusted Platform Module (TPM)
Filesystem encryption on your secured phyCORE-i.MX8 Plus SOM
Safely and securely issue a software update using RAUC.
Create custom cryptographic keys for use in your production software.
Free 30 min Q&A Training
Training with PHYTEC Engineers
- Start stress-free: Get any questions or clarification answered before you burn your first secure key
- Hands-on experience when you need it
- We've already navigated the challenges to save you development time
20% Discount
Receive a 20% discount when you purchase a phyBOARD-i.MX8M Plus Development kit with the SOM Security Success Accessory
(includes 4x phyCORE-i.MX8M Plus SOMs for burning security keys)