Steering into Tomorrow: Embracing Software-Defined Vehicle in an Open-Source Appro...
summary
Claims that SDV will push vehicle software from ~100M to >300M LOC and require new architectures; shows a working stack: an AVL HPC controller running Xen hypervisor, zoned domains for AGL, ADAS and vehicle control, Docker containers for control functions, and Mender OTA to push updates. Demonstrates an autonomous shuttle pilot with city permission and a cloud-triggered MQTT speed‑limiter that receives a command, emits CAN messages and successfully updates its container image in-field. Challenges listed: platform longevity, safety reuse, and toolchain/complexity scaling.
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chapters (11)
- 0:00Introduction
- 1:05What is SDV
- 3:38SDV adoption proof and challenges
- 6:30SDV key components
- 9:48Industry trends and open-source need
- 11:12Open-source SDV projects
- 14:01AVL’s SDV journey
- 15:50HPC platform and hypervisor setup
- 18:23OTA updates with Mender
- 19:26Demo: speed limit control
- 21:32Future steps and contributions
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