Build Resilient, Software-Defined Industrial Automation Systems

Explore the foundational software strategies embedded software and system engineers can use to modernize industrial automation platforms while preserving deterministic performance, functional safety, cybersecurity and long-term maintainability.

• Architect for mixed criticality. Learn how a real-time operating system and hypervisor can separate hard real-time control, HMI, connectivity, analytics and AI workloads on shared compute platforms.
• Protect predictable execution. Understand how microkernel isolation, priority-based scheduling and fault containment help reduce interference, jitter and system-wide failures.
• Build safety and cybersecurity into the foundation. See how pre-certified software, safety artifacts, secure boot, encryption and reduced attack surfaces can streamline compliance and strengthen system integrity.
• Modernize without abandoning legacy investments. Discover how POSIX portability, board support, virtualization and protocol ecosystems can simplify migration, hardware consolidation and lifecycle upgrades.
• Accelerate development and deployment. Explore cloud-enabled and virtualized workflows, VS Code tooling, OCI-compliant containers and pre-integrated components that reduce hardware dependence and integration burden.