04 / 06Data Centre

Private cloud, hybrid, or managed (your call).

Virtualisation, storage, and DR, with Canadian sovereignty options built in.

  • VCF Certified
  • NSX-T Expert
  • Veeam VMCE
// THE WORK

Three pillars. One operator.

Virtualisation, storage, and continuity. Built with Canadian sovereignty options where residency is non-negotiable.

  1. 1

    Virtualisation

    VMware VCF, NSX-T, vSAN on Cisco UCS and HPE. Multi-tenant, segment-aware, monitored from cluster to VM.

    host availability
    99.99%
  2. 2

    Backup and DR

    Veeam, Pure, Dell PowerStore. RPO and RTO matched to your tier, tested quarterly, not just promised.

    RTO for tier-1
    < 4 hr
  3. 3

    Colo and migration

    Colo strategy, legacy decommissioning, and lift-without-shift moves. Inventory first, surprises last.

    data loss incidents
    0
// THE PROOF

Floor to fabric. Quietly.

What private cloud and DR look like when the migration is boring, the runbooks are signed, and the auditor leaves early.

// BY THE NUMBERS

Fleet operating metrics

Across active engagements, today.

  1. SME-DC-HOST

    99.99%

    Host cluster availability

  2. SME-DC-RTO

    < 4 hr

    Tier-1 recovery time

  3. SME-DC-LOSS

    0

    Data loss incidents on record

// IN PRODUCTION

Sovereignty by default. DR tested, not promised.

The best data-centre migration is the one nobody on the floor notices. We inventory every dependency first, so the only evidence of a cutover is a tidier asset spreadsheet on Monday.

SMEnode · Engineering principle
  • VCF Certified
  • NSX-T Expert
  • Veeam VMCE
  • Canadian Data Resident
// THE DEEP DIVE

The data centre, kept boring.

The long-form context behind the work. Written by the engineer who runs the engagement, not a marketing team.

Still relevant, cloud-first or not.

For Canadian enterprises with regulated data, latency-sensitive workloads, or hardware-bound legacy systems, the data centre is not optional. SMEnode builds private and hybrid platforms on VMware VCF, NSX-T, and vSAN, running on Cisco UCS or HPE hardware. The right answer is rarely all-cloud or all-on-prem. It is the workload-by-workload calculation, made honestly.

Hybrid is not multi-cloud.

Multi-cloud means workloads run across two or more public clouds. Hybrid means workloads cross the public-private boundary, usually because residency, latency, or licensing demands it. SMEnode designs the boundary itself: the network fabric that bridges them, the identity that travels across, and the DR plan that survives a single-region outage on either side.

DR that actually works.

Most DR plans are tested once a year, written by a team that no longer works at the company, and dependent on systems that have since been decommissioned. SMEnode rebuilds DR as a living artefact: documented RPO and RTO per tier, quarterly failover tests with sign-off, and backup vaults on Veeam, Pure, or Dell PowerStore that survive a ransomware event because they are immutable, not just remote.
Rack hall
// THE METHOD

How a data-centre engagement runs.

Inventory first, surprises last, the migration nobody on the floor notices. We catalogue every host, datastore, and dependency before we plan a single move, because the surprises in a data-centre migration are the ones nobody wrote down. Each step below carries its own sign-off, from tier classification through tested failover. Sovereignty is a default rather than an add-on, so we document where every copy of your data lives.

  1. Step 01

    Inventory and dependency map

    Every host, datastore, and application dependency catalogued before we plan a move. Tier classification drives the RPO and RTO targets we design against.

  2. Step 02

    Platform design

    VMware VCF, NSX-T, and vSAN topology on Cisco UCS or HPE, with the public-private boundary, identity path, and DR plan drawn for your residency rules.

  3. Step 03

    Migrate and decommission

    Wave-planned cutovers in maintenance windows, legacy SAN and kit retired on schedule. Immutable backup vaults on Veeam, Pure, or Dell PowerStore stood up in parallel.

  4. Step 04

    Test and sign off

    Quarterly failover tests with documented sign-off, monitoring from cluster to VM, and runbooks that survive the team that wrote them.

// QUESTIONS

Data-centre questions, answered straight.

The questions we hear before a first data-centre call. Every answer is written by the engineer who runs the migration.

For regulated data, latency-sensitive workloads, or hardware-bound legacy systems, yes. The right answer is rarely all-cloud or all-on-prem; it is a workload-by-workload calculation. We build private and hybrid platforms on VMware VCF, NSX-T, and vSAN, and we tell you honestly which workloads should stay and which should move.

Multi-cloud runs workloads across two or more public clouds. Hybrid crosses the public-private boundary, usually because residency, latency, or licensing demands it. We design the boundary itself: the network fabric that bridges them, the identity that travels across, and the DR plan that survives a single-region outage on either side.

We rebuild DR as a living artefact: documented RPO and RTO per tier, quarterly failover tests with sign-off, and immutable backup vaults on Veeam, Pure, or Dell PowerStore. Immutable means the vault survives a ransomware event because it cannot be altered, not merely because it sits in another location.

Migrations are wave-planned from a full inventory and dependency map, cut over in maintenance windows. Legacy SAN and kit retire on schedule once the new platform is validated. The aim is a move nobody on the floor notices, with the only evidence being a tidier asset spreadsheet on Monday.

Yes, sovereignty is a default rather than an add-on. We design the platform and DR topology around your residency rules, keeping regulated data Canadian-resident and documenting where every copy lives. For Bill C-26 sectors, we map the residency obligations during discovery and build to them from day one.

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