Separation kernel as the basis for certifiable applications and systems

Functional security and cybersecurity are among the most important issues in the development of modern vehicles, and the certification of individual systems will become increasingly important in the future. Developers must therefore increasingly work according to the “Safety & Security by Design” principle. Real-time operating systems based on a separation kernel enable new approaches. In…

Security Certification of IoT Devices with a Component-based Software Design

Different security standards exist for different types of IoT applications. Whether you want to meet the Common Criteria for Information Technology Security (ISO 15408), IEC 62443 for Industrial Control Systems, EDSA (Embedded Device Security Analysis) or J3061 in the automotive sector: In a recently published article, SYSGO’s Director R&T Dr. Sergey Tverdyshev shows you how…

Bild: gemeinfrei / CC0

Mit komponentenbasiertem Software-Design zur Security-Zertifizierung für IoT-Geräte

Für unterschiedliche Arten von IoT-Anwendungen existieren auch unterschiedliche Sicherheitsstandards. Ob Sie nun die Common Criteria for Information Technology Security (ISO 15408), die IEC 62443 für Industrial Control Systems, EDSA (Embedded Device Security Analysis) oder J3061 im Automobilbereich erfüllen wollen: In dem kürzlich auf “embedded-software-engineer” veröffentlichten Artikel zeigt Ihnen SYSGOs Director R&T Dr. Inf. Sergey Tverdyshev,…

SYSGO & Vector @ Operational Safe Systems

SYSGO attended the Operational Safe Systems for Automated Driving 2018 in Berlin from September 25th to 27th as business partner. We had a small booth presenting our Safe & Secure Hypervisor PikeOS®, set up as a secure compute platform for digital cockpits on the Renesas R-Car H3 Infotainment platform. Furthermore, we presented a demonstrator by…