Edge Container Orchestration: Deploying K3s and crun in Autonomous Compute

Stripping cloud Kubernetes down to a 50MB footprint with deterministic startup times, low-memory C-based runtimes, and local etcd storage engines.

Mitigating Flash Storage Wear: Replacing etcd with Lightweight Kine and SQLite

Standard etcd databases issue synchronous fsync operations to storage disks hundreds of times per second to maintain cluster quorum. In a passenger car with soldered eMMC or UFS flash storage, etcd burns through hardware write cycles within two years. K3s integrates Kine, which translates Kubernetes API queries into SQLite transactions with write coalescing, extending vehicle flash longevity to over 15 years.

Autonomous Operation During Extended Underground and Tunnel Blackouts

Cloud-based Kubernetes workers evict pods if the control plane does not report within 40 seconds. In an SDV, network disconnects can last for hours in parking garages. The automotive orchestrator decouples local container management from cloud API servers: services continue scheduled execution, process health checks, and state transitions locally without external heartbeats.

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