Cluster architecture
We design node count, storage, corosync networking and quorum around the real availability requirements.
- 3+ node clusters
- shared storage or replication
- Ceph and ZFS
- separate storage / management / VM networks
SYSTEMS / AUTOMATION / HIGH AVAILABILITY
We design and deploy Proxmox VE environments for companies that need predictable infrastructure, controlled costs and resilience against hardware failures.
You do not need to understand the technical terms on this page. Tell us the business problem, what is wasting time or what must be more reliable. We will translate that into the right technology and explain the options clearly.
Proxmox VE is flexible, but stable production infrastructure depends on storage, quorum, cluster networking, backup, failure scenarios and the operational model after deployment.
We assess workloads, RPO/RTO targets, existing hardware, licensing constraints and application dependencies before selecting an architecture.
We design node count, storage, corosync networking and quorum around the real availability requirements.
We migrate workloads from VMware, Hyper-V, legacy hypervisors and physical servers with a controlled downtime plan.
We configure HA so a host failure does not become a long manual recovery process.
Backup is treated as a separate resilience layer with retention, verification and restore testing.
Most architecture, migration planning, cluster tuning and operations can be delivered remotely. Where physical work is required, we design precise implementation and verification procedures.
Yes, when storage, networking, backup and HA are designed correctly for the workload.
Often yes. We inventory workloads and dependencies, then plan staged migrations.
Not always. Ceph is one option; other storage or replication models may be more appropriate depending on scale.
Yes. We can review cluster health, storage, backup, networking and failure procedures.
We explain the options, cost and risk in language suitable for a business decision.