Automotive & SDV

HPCs + legacy ECUs, UDS/DoIP

SOVD comes from the automotive world, and so do we. One diagnostic API across high-performance computers and legacy ECUs, with UDS faults sitting next to your application-level diagnostics.

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Electric vehicle charging at night, LED taillight strip and charge port in the rain

The challenge

Legacy ECU diagnostics (UDS) and software-defined components live in separate worlds

New HPC platforms need diagnostics that classic testers cannot see

Multi-ECU update campaigns are hard to gate on actual vehicle health

How selfpatch helps

We bridge UDS/DoIP ECUs into the same SOVD (ISO 17978-3) API as your software stack, so one diagnostic model covers the whole vehicle and multi-ECU updates wait for real diagnostic state. Built by engineers who shipped UDS and DoIP stacks for automotive platforms.

Full system visibility · one SOVD layer

Architecture diagram - AUTOSAR Classic and Adaptive, MCUs over UDS, RTMaps, and ROS 2 with production diagnostics all behind one SOVD layer, open to Eclipse OpenSOVD and S-CORE

What we deliver

UDS/DoIP ECUs bridged into the same SOVD API as your software stack

Multi-ECU update campaigns gated on diagnostic state

One diagnostic model across HPCs and legacy ECUs

See selfpatch on your fleet

Tell us about your stack. We'll show you how the diagnostic layer fits - and which of your recurring faults it could already resolve.

Talk to us Start with open source