Connected devices are exposed to unique threats. We provide a defense-in-depth approach to protect your intellectual property and user data.
The Challenge: A Growing Threat and New Regulations
Industrial IoT devices are prime targets for cyberattacks. A single vulnerability can lead to data theft, IP loss, or a whole fleet being disabled. Additionally, the EU Cyber Resilience Act (CRA) and NIS2 now make device security a legal requirement.
- Weak Foundations: Many devices lack a secure boot chain, making them vulnerable to unauthorized firmware.
- Insecure Storage: Sensitive data and encryption keys are often stored in plain text, just a debugger connection away from theft.
- Compliance Gap: Most engineering teams aren’t prepared for the mandatory security audits coming in 2025–2027.
Our Solution: Hardware-Rooted Trust
We don’t just add security at the end. We build it into the foundations of your embedded Linux stack.
- Secure Boot Chains: From the SOC bootloader to the final user application, every stage is cryptographically verified.
- Linux Hardening: We strip down the OS, configure SELinux/AppArmor, and minimize the attack surface.
- PKI & Identity: Robust certificate management for secure cloud connection and authenticated updates.
Our Proposal: CRA-Ready Compliance
We help you turn security from a liability into a competitive advantage.
- Threat Modeling: We identify the specific risks for your hardware and use case.
- Architecture Implementation: We implement secure boot, encrypted storage, and hardware trust (TPM/Secure Element).
- CRA Gap Analysis: We audit your existing processes against the Cyber Resilience Act requirements.
- SBOM & Monitoring: We automate the generation of Software Bill of Materials and set up vulnerability monitoring.