Model active CPU, memory, storage I/O, network traffic, and reserve before placing customer-operated VMs, keeping contention attributable and recovery capacity available across each host boundary.
Aggregate guest CPU and memory demand, hypervisor overhead, and burst headroom before assigning capacity per host.
Separate capacity, latency, and IOPS pressure so guest activity cannot hide contention across the storage path.
Combine public, east-west, and backup traffic demand before selecting bandwidth headroom and regional placement.
Hold maintenance and host-loss capacity outside planned guest density so recovery headroom remains available.
Start with the guest estate. Add active CPU, memory, storage I/O, network traffic, and hypervisor overhead, then reserve capacity for bursts, maintenance, and host failure. That model determines whether one dense node is enough or the workload needs separate roles with explicit failure domains and recovery headroom for planned maintenance.
At Melbicom, we provide isolated physical hosts with configurable Intel and AMD processors, location-specific memory and storage options, regional deployment, and selectable bandwidth. Match those resources to VM density and traffic patterns so contention remains attributable to each host and capacity changes follow measured pressure instead of catalog assumptions.
Your team chooses, licenses, installs, and operates Proxmox VE, SolusVM, VirtFusion, OpenStack, VMware, or another compatible stack. We provide 24/7 technical support for the hosts. This boundary keeps guest lifecycle, clustering, backups, upgrades, quorum, and recovery with the operators who define the platform and own its production outcomes.
Size CPU, memory, storage, and reserve while your team still owns clustering, upgrades, and guest recovery.
Map tenant density, storage pressure, and network demand before your team operates the selected control plane.
Allocate host capacity from VM demand, bursts, and maintenance headroom while retaining guest lifecycle ownership.
Separate management, compute, storage, and network roles by demand; your team owns quorum and recovery design.
Match CPU, memory, storage, bandwidth, and region to the licensed guest estate managed by your operations team.
Isolate tenant workloads on physical hosts, then track contention, reserve, and failure domains across host groups.
Map consolidated services to measured peaks, storage I/O, maintenance windows, and customer recovery targets.
Plan node roles, quorum, network paths, and failure reserve before placing production guests across the cluster.
