Embedded Cybersecurity Engineering
We design and implement security in hardware and firmware for connected devices, industrial equipment and automotive components. Secure boot, secure update, authenticated communication, key management and interface hardening are specified within the real constraints of the target, then reviewed and tested, producing a security architecture that the compliance documentation can accurately describe.
- Threat model
- Define the deployment environment and attack surface.
- Secure boot
- Anchor trust and verify firmware and updates.
- Communication
- Authenticate and protect each interface.
- Testing
- Review the implementation and test it against the threat model.
Scope
Security architecture and threat model
Boot, update and key management design
Implementation review and hardening
Starting information
Hardware and firmware architecture, interface list, deployment environment and any applicable security requirements.
Applicable framework
Measures are selected from the product threat model and the applicable framework: ISO/SAE 21434 for road vehicles, IEC 62443-4-2 for industrial components and Annex I of Regulation (EU) 2024/2847 for products with digital elements.
Discuss your product
Tell us about the product, its current stage and the decision you need to make.
Discuss your product