Securing the Future of Connected Devices
Jan-Peter v. Hunnius brings over two decades of expertise in automotive cybersecurity, process optimization, and connected device security. A certified Automotive Cybersecurity Expert (J3061) and CMMI Assessor, he has successfully led numerous projects ranging from encryption implementation to cybersecurity management and compliance. His work spans the full spectrum of technical and managerial responsibilities, ensuring secure and efficient solutions for modern automotive and connected ecosystems.
Jan-Peter has extensive experience working with Tier 1 and Tier 2 suppliers, OEMs, and component manufacturers, specializing in areas such as secure ECU design, key lifecycle management, and the integration of cryptographic material into production workflows. Beyond technical solutions, he has optimized organizational processes in alignment with ISO/SAE 21434, CMMi and Automotive SPICE, delivering tailored consulting to enhance both product quality and operational efficiency.
As a passionate advocate for technology, he continues to advance security frameworks for connected systems, helping organizations navigate the complexities of modern vehicle and IoT cybersecurity. His vision is rooted in a commitment to securing the future of connected mobility while empowering teams through training, coaching, and actionable strategies.
Offered Services
Cybersecurity Engineering
Designing and implementing robust cybersecurity measures for automotive and other connected systems, ensuring compliance with ISO/SAE 21434 and the Cyber Resilience Act and protecting against emerging threats in connected ecosystems.
Cybersecurity Process Consulting
Optimizing and aligning organizational processes with industry standards such as ISO/SAE 21434, Automotive SPICE and the Cyber Resilience Act, enhancing efficiency and ensurinobust cybersecurity management.
Development Consulting
Provide expert guidance on automotive software and system development, including requirements engineering, architecture design, and model-based development, tailored for high-quality outcomes.
Key Projects
CS Engineering for ECUs
Led the cybersecurity efforts for multiple electronic control units (ECUs) in cutting-edge automotive applications, including airbags, inverters, electric powertrain clutches, and blackbox recorders for self-driving vehicles. Conducted comprehensive Threat Analysis and Risk Assessments (TARAs) and developed tailored cybersecurity concepts to address vulnerabilities and ensure system integrity. Supported supplier selection for penetration testing and provided technical guidance during testing to validate the security of critical components.
CS Engineering for vehicle
Collaborated with a retrofitting company specializing in converting transporters to electric powertrains, ensuring robust cybersecurity for all replaced components. Conducted a comprehensive Threat Analysis and Risk Assessment (TARA) for critical systems, including the telematics unit, cabin heater, drive unit, and battery management system. Developed a holistic cybersecurity concept tailored to the vehicle’s architecture, addressing potential vulnerabilities and ensuring secure communication across all systems. The project emphasized compliance with automotive cybersecurity standards and provided scalable solutions for integrating secure electric powertrain components.
CS Engineering for E-Bike
Led the development and implementation of cybersecurity measures for a connected e-bike, focusing on its battery management system, drive unit, and telematics unit. Conducted a comprehensive Threat Analysis and Risk Assessment (TARA) to identify and mitigate potential vulnerabilities across the system. Addressed unique challenges posed by user-replaceable components, such as second batteries, by designing innovative key distribution methods to enable secure communication between ECUs. Ensured the integrity and confidentiality of data exchanged within the system, aligning with industry standards and best practices for IoT-enabled mobility devices. The project delivered robust and scalable solutions, securing the e-bike's ecosystem throughout its lifecycle.
Skills
Programming Languages & Tools
- Rust
- Scala
- Java
- C/C++
- UML/SysML
- PTC codeBeamer
- Polarion
Processes & Methods
- TARA
- CS Concepts
- ISO/SAE 21434
- Automotive SPICE
- CMMi
Organizational & Soft Skills
- Team leadership
- Training & coaching
- Project management