Embedded Security Solutions
Turn security requirements into solutions that work on your target platform.
Security solutions built around your product
Embedded security cannot be added independently of the underlying system. Hardware architecture, available resources, software stack, performance requirements and product lifecycle all influence which security mechanisms are appropriate.
Our solution packages address specific security challenges from preparing embedded products for post-quantum cryptography and implementing a complete chain of trust to meeting the product security requirements of the Cyber Resilience Act.
Explore our security packages
PQC integration package
You need to understand how Post Quantum Cryptography integration impacts your embedded system? Validate PQC on your target platform (FPGA, ASIC, MCU) before choosing a vendor or implementation approach. We help you to understand real resource cost, integration effort, and migration path based on your system.
Secure boot & update package
Embedded teams often face challenges such as manipulated firmware during boot, insecure key storage, unsigned updates, rollback attacks or unprotected FPGA bitstreams. We help you to design and implement a secure boot chain from reset to authenticated firmware deployment.
CRA product security package
Under the Cyber Resilience Act (CRA) a secure product design is no longer optional. In many products security engineering work needs to be done. We help you with security architecture, feature integration and technical implementation required for CRA-compliant embedded products.
Why work with us
Hardware and software expertise
We understand how security mechanisms interact with FPGA, ASIC, MCU, firmware and communication stacks.
Target platform-aware
Our recommendations take resource usage, memory, performance, interfaces and system architecture into account.
Hands-on implementation
We not only develop security concepts. We also support their integration into real embedded products.
Own IP cores
Where appropriate, our cryptographic IP cores can be integrated as building blocks of the overall solution.
Designed around your product
The result is not a generic security concept, but an approach that fits your platform, development process and product lifecycle.
