INFRASTRUCTURE & VIRTUALIZATION

Platforms that don't surprise you

Virtualization, compute, and storage designed to behave the same way on a Tuesday as on a Black Friday, with capacity headroom, immutable backups, and recovery procedures we've actually tested. The point is fewer surprises, not more dashboards.

What's included

Virtualization platform design

VMware, Proxmox, Hyper-V, or Nutanix. Sized for your workloads, not vendor maximums. Cluster topology, HA / DRS rules, and resource pools documented and reviewed before deploy.

Compute & storage sizing

Right-sized VMs and storage tiers based on real workload telemetry. We measure first; we don't guess from spec sheets.

Hyperconverged infrastructure (HCI)

Hyperconverged platforms when the operational model justifies them, usually for organizations consolidating compute, storage, and networking under one management plane.

Backup & ransomware resilience

Immutable backups (object lock, hardened repository), 3-2-1-1-0 strategy, regular restore testing, and an explicit RTO/RPO per workload tier.

Disaster recovery & BCDR

Tested DR runbooks with documented dependencies, not theoretical ones. Annual DR exercises with a written readout. Recovery tier per workload, mapped to business impact.

Lifecycle & capacity management

Multi-year refresh planning, EOL/EOS tracking, and capacity headroom modelling so you avoid mid-quarter surprises and emergency procurement.

What changes after we're done

Capacity you can plan around

Quarterly capacity reports show what's growing, what's idle, and where the next bottleneck is, months before it hurts.

Backups that survive ransomware

Immutable repositories that can't be deleted by a compromised admin. Restore tests that actually run. RPO targets that match the recovery, not the brochure.

Tested DR, not theoretical DR

An annual exercise where we actually fail something over and write down what didn't work. Then we fix it before it matters.

Lower per-VM operating cost

Right-sizing typically reclaims 20–40% of allocated capacity that was never used. Savings flow to the next refresh, not to the cloud bill.

What you receive on paper

Architecture & topology documentation

Cluster layout, storage tiers, network attachments, HA/DRS rules, and the trade-offs we made.

Capacity plan

12–24 months of forward-looking sizing with growth assumptions, refresh cycles, and budget guidance.

Backup & DR runbooks

Per-workload backup policy, recovery procedure, RTO/RPO commitment, and the last test result.

Change management procedures

Standard change windows, emergency change process, and rollback paths for each platform.

Quarterly platform review

Performance trends, incident root causes, capacity headroom, and lifecycle recommendations for the next quarter.

Common questions

VMware Broadcom changes: should we migrate?

It depends on your scale, support contract, and tolerance for migration risk. We assess Proxmox VE, Nutanix, and Hyper-V as alternatives based on your workload mix and operating model, and we'll tell you when staying put is the right call. The decision is grounded in measured cost and risk, not vendor pressure.

How do you make backups actually survive ransomware?

Immutable storage targets (object lock or hardened repositories), credential separation between production and backup planes, off-network or offline copies, and regular restore drills. Backups that exist but can't be restored aren't backups; we test the restore.

What are your RTO and RPO commitments?

Per-workload, set during design based on business impact. Tier-1 systems typically run RPO ≤ 1 hour and RTO ≤ 4 hours; tier-3 may be 24-hour RPO/RTO. We document the commitment and the proof point (actual restore-test results), so the number isn't aspirational.

Do you do hyperconverged (HCI), or do you push it?

We do it where it fits, usually mid-size environments consolidating compute, storage, and networking. We don't push it on small environments where it adds operational complexity, or large environments where disaggregated storage is more flexible. The recommendation is based on your operating team's skills, not vendor incentives.

Can you support hybrid (on-prem + cloud) without picking sides?

Yes. Many of our designs are deliberately hybrid: latency-sensitive or licensing-bound workloads stay on-prem, elastic or seasonal workloads run in cloud. We make the placement decision per workload, not per vendor relationship.

Industries we lead with this service for

Industry-specific framing for the same engagement, different operational realities, different compliance expectations, same engineering principles.

Related Services

Explore adjacent capabilities that strengthen reliability, security, and operations.

Make infrastructure boring (in a good way)

Send us a current-state diagram and your top three operational pains. We'll sketch the path to a platform that doesn't wake your team up.

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