Showcasing the Future of Safety- and Security-Critical Systems

Embedded World 2026 once again brought the global embedded community together in Nuremberg, Germany. From March 10–12, developers, system architects, and technology leaders gathered to explore the latest innovations shaping the future of embedded systems. SYSGO was proud to be part of this dynamic environment, welcoming visitors to Hall 4, Booth 410 for discussions, demonstrations, and insights into the next generation of safe and secure embedded software platforms.

Throughout the three-day event, the SYSGO booth served as a meeting point for engineers, customers, and partners interested in building reliable, certifiable systems across industries such as aerospace, automotive, railway, defense, and industrial IoT.

Live Demonstrations of Real-Time and Mixed-Criticality Systems

One of the highlights at the SYSGO booth was a series of live demonstrations illustrating how modern embedded platforms can combine real-time performance, safety certification, and cybersecurity.

Visitors experienced the Real-Time Edge Orchestration Platform, which demonstrated how containerized workloads can run with deterministic real-time behavior while maintaining system reliability and certification requirements. Powered by PikeOS virtualization and orchestrated with Kubernetes, the platform illustrated how dynamic application orchestration can be achieved even in safety-critical environments.

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Another key demonstrator presented a high-compute mixed-criticality platform with GPU acceleration, showing how certifiable virtualization can support high-performance workloads such as edge AI while maintaining strict isolation between system components. This architecture enables efficient consolidation of workloads and is particularly relevant for mission-critical domains including avionics and defense.

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Both demonstrations emphasized the principles that are central to SYSGO’s software platforms: Predictability, secure separation, and certification readiness.

Preparing embedded Systems for the Cyber Resilience Act

Cybersecurity and regulatory compliance were recurring topics throughout Embedded World 2026. With the upcoming European Cyber Resilience Act (CRA) placing new requirements on connected products, many visitors came to discuss how embedded platforms can be designed to meet these regulations.

SYSGO presented its approach to secure-by-design architectures, long-term maintainability, deterministic behavior, and lifecycle vulnerability management. These capabilities are essential for building systems that remain secure and certifiable throughout their operational lifetime.

The discussions highlighted a clear trend across industries: safety and security can no longer be treated separately but must be integrated into a unified system architecture from the beginning.

Find out more: CRA Page

Building the Foundations for Critical Systems

SYSGO develops the software foundations that power some of the world’s most demanding embedded applications. Our portfolio includes PikeOS, a safety- and security-certified real-time operating system and separation-kernel hypervisor, as well as ELinOS, an industrial-grade embedded Linux platform for secure real-time systems.

These technologies enable developers to build mixed-criticality systems while meeting the highest certification standards in sectors such as avionics, automotive, railway, and industrial automation.

Looking Ahead

Embedded World 2026 once again demonstrated how rapidly embedded systems are evolving—driven by trends such as edge computing, AI acceleration, increasing cybersecurity requirements, and regulatory frameworks like the Cyber Resilience Act.

For SYSGO, the event reaffirmed the importance of close collaboration with customers and partners to build the next generation of safe and secure embedded platforms.

We would like to thank everyone who visited our booth, shared ideas, and discussed future projects with us. We are already looking forward to continuing these conversations and meeting the embedded community again at our upcoming events.