Preempt-RT and latency tuning for deterministic scheduling in industrial control and robotics.
Technologies
Embedded Linux technologies.
Embedded Linux for Industry -- how the pieces fit together
Building an industrial embedded Linux platform touches multiple areas at once: deterministic scheduling, real-time networking, workload isolation, security, and the update mechanism that keeps a device maintainable in the field. The areas below cover the building blocks we work with across projects.
Real-time and Networking
Deterministic behavior starts in the kernel, but it doesn’t stop there — it has to carry through to the network as well.
Industrial Networking
TSN, OPC UA FX, and DetNet as an open, deterministic alternative toproprietary fieldbuses.
Isolation and Consolidation
Consolidation and Security are achievable with Containers and Hypervisors
Containers and Hypervisors
Docker, podman, Jailhouse, Xen, and KVM for consolidating workloads on a single SoC.
Security and Lifecycle
Once a system ships, the job isn’t done — it has to stay secure and updatable for years out in the field.
Boot Time Optimization
Bootloader selection and boot path tuning, including the secure boot chain.
Embedded Linux Security
Secure boot, kernel hardening, SELinux, and CRA-compliant lifecycle management.
OTA Updates
A/B partitioning, delta updates, and failure-safe firmware management for your devices.
Not sure which building blocks your project needs?