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Netframe

02Capability

Systems
infrastructure.

Compute platforms, virtualization, and the storage they stand on: engineered for the day something breaks, because that is the day the architecture is actually tested.

Online is not
recoverable.

A server being online is not the same thing as a service being recoverable. Availability is a snapshot; recoverability is a property of the whole design: where the state lives, how it is replicated, what the restore path depends on, and whether anyone has actually exercised it.

NetFRAME builds compute platforms from that end backwards. The interesting question is never whether the cluster is up. It is what has to be true for the service to come back after the cluster is not.

01

Virtualization & clustering

Linux systems engineering and virtualization built on Proxmox VE: clustered hypervisors with explicit quorum behavior, live migration, and failure domains drawn on purpose across nodes, power, and network paths.

Containers and Kubernetes-style orchestration concepts applied where they earn their complexity, with the same discipline: scheduling is easy, understanding what happens when a node vanishes is the engineering.

02

Storage & data integrity

Storage integrated as architecture rather than attached as a product: performance and redundancy characteristics matched to workloads, snapshots and replication engineered as designed capabilities with measured behavior.

Backup treated as a claim to be proven. A backup that has not been restored is a hypothesis. Restore paths are designed, dependency-checked against the failures they must survive, and rehearsed.

03

Lifecycle & dependencies

Lifecycle management across the boring, decisive work: patching strategy, upgrade paths, capacity planning, and hardware refresh executed without surprise downtime.

Infrastructure dependencies made explicit: what needs DNS, what needs the identity provider, what needs which storage path, and what breaks in what order when each goes away. High availability is designed against that map, not against optimism.

Discipline scope

  • Linux systemsThe operating layer engineered, hardened, and observable.
  • Proxmox VE virtualizationClustered hypervisors with explicit quorum and failure behavior.
  • Containers & orchestrationWorkload isolation and scheduling where complexity is earned.
  • Storage integrationRedundancy and performance matched to workloads, verified by test.
  • Backup & recoveryRestore paths designed, dependency-checked, and rehearsed.
  • High availabilityAvailability built from the dependency map, not from hope.

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