Capabilities
- Cluster, storage and network design
- P2V and V2V migration
- Resource governance and capacity planning
- Host hardening and patch strategy
Consolidated compute with predictable capacity and clean failure domains.
Solution
Hypervisor design, cluster sizing, storage and network layout, plus consolidation and migration of ageing physical estates.
Consolidated compute with predictable capacity and clean failure domains.
Compute, storage and network are sized together so failure domains are explicit and capacity is predictable.
Role-based access, patch baselines and configuration drift control.
Sized for full workload with one host offline for maintenance or failure.
IOPS and latency budgeted per workload class; snapshots are not backups.
Segmented traffic with redundant uplinks and defined MTU.
For many workloads yes, provided clustering, shared storage, backup integration and support expectations are tested against your environment first. The comparison is made on your workload, not on licence cost alone.
It depends on licensing budget, existing skills, storage and support expectations. The assessment compares them against your actual workload, not a preference.
Yes. P2V and V2V migrations are performed in windows with verified rollback, after dependency and licensing review.
Enough to lose one host and still run every production workload, plus growth for the planned lifetime of the hardware.
Send the environment details and get an engineered proposal with assumptions, risks and a rollback path.