Embedded Security Starts with the Right Foundation
By combining robust software architecture with hardware-based protection mechanisms, I create long-lasting, updatable, and EU-compliant systems. This way, you don’t just secure your applications and infrastructure — you also safeguard your intellectual property and sensitive data.
I Help You Build Secure and Reliable Solutions That Last
- Hardware-Supported Security Architectures
- Long-Term Update and Maintenance Concepts
- Protection of Intellectual Property and Sensitive Data
- Implementation of Regulatory Requirements (CRA, NIS2)

Why Security Matters for Embedded Systems
Embedded systems are everywhere — in vehicles, machines, infrastructure, and households. These devices often operate for years without direct intervention, making them especially vulnerable. Without proper protection, they risk security breaches, system failures, or data privacy issues. Security isn’t a luxury — it’s a foundation for trust, longevity, and regulatory compliance.
- Long-term operation demands future-proof security architectures
- Vulnerabilities can cause real-world and financial damage
- Software updates must remain reliable and secure over time
- EU regulations increasingly require mandatory security standards
- Trust is built through transparent and thoughtful system design

Secure Platforms and Update Mechanisms
Solutions cover secure boot, hardware-based security features, encryption, and update strategies — all tailored for embedded environments. Focus on practical implementation, traceability, and modern security practices across the supply chain.
- Secure Boot ensures that only authorized code is executed
- Encryption protects sensitive data and firmware
- Hardware Security Modules (HSMs) and Secure Elements for key management
- Robust OTA update strategies with fallback mechanisms
- Integration into trusted build and deployment pipelines
- Traceability of software origin (SBOM, signature verification)

Compliance and Transparency
I offer technical support for implementing security and transparency requirements in software projects, with a focus on traceable architectures, structured documentation, and maintainable security mechanisms as a foundation for reviews and audits.
- Technical contribution to CE- and cybersecurity-related requirements
- Implementation of privacy-friendly technical concepts
- Structured technical documentation as a basis for reviews and audits
- Security mechanisms with a focus on maintainability and product lifecycle
- Technical transparency across development and delivery processes