01Technology
Compute.
The platform layer everything else runs on: Linux hosts, clustered virtualization, and container workloads, engineered to be rebuilt rather than mourned.
Rebuildable
by design.
The compute stack is designed so any single host is disposable: its definition lives in code, its state lives on engineered storage, and its loss is an event the cluster is built to absorb.
Virtualization gives workloads mobility across failure domains; the discipline is in drawing those domains honestly across nodes, power feeds, and network paths, and then testing what the design promises.
01
Platform
Linux as the operating layer, configured as code and hardened to versioned baselines. Proxmox VE provides clustered virtualization: KVM virtual machines and LXC containers with live migration, explicit quorum behavior, and integration into ZFS-backed storage.
Container workloads run where isolation and packaging earn their keep, with orchestration concepts applied at the scale that justifies them rather than imported wholesale.
02
Failure behavior
The engineering questions are asked up front: what happens when a node dies mid-write, when quorum degrades, when storage latency spikes, when the cluster network partitions. Answers are designed, then verified by inducing the failure.
Capacity and placement are managed against measured utilization, so growth is a plan rather than a surprise.
Technologies we work with
- LinuxThe operating layer, configured as code.
- Proxmox VEClustered KVM/LXC virtualization with live migration.
- ContainersIsolation and packaging where they earn complexity.
- Kubernetes conceptsOrchestration patterns applied at honest scale.
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Capabilities
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