Services
Infrastructure services, run end to end.
Every service below scales from a single engagement to an ongoing managed plan.
01
Storage
Enterprise storage arrays sized, tiered and tuned for the workloads that actually run on them.
What we do
- •Capacity planning and array sizing across block, file and object storage
- •Performance tuning for latency-sensitive workloads (databases, VDI, VMs)
- •Storage tiering, deduplication and replication design
- •Vendor-neutral procurement guidance (Dell EMC, NetApp, Pure, HPE)
Problems solved
- •Arrays running hot with no visibility into what's driving IOPS
- •Capacity bought in a panic, then sitting half-used two years later
- •Replication links that were never actually tested to fail over
Deliverables
- •Sized and documented storage architecture
- •Performance baseline and ongoing capacity forecast
- •Tested replication and failover runbook
02
Backup & Recovery
Backup platforms that are proven to restore, not just proven to complete a job log.
What we do
- •Backup platform design and deployment (Commvault, Cohesity, Veeam)
- •Recovery point and recovery time objectives mapped to business impact
- •Immutable and air-gapped copies for ransomware resilience
- •Scheduled restore testing, not just backup-job monitoring
Problems solved
- •Green dashboards with backups nobody has actually restored from
- •RPO/RTO set once in a SOW and never revisited as the business grew
- •No isolated copy to recover from if production and backups are both hit
Deliverables
- •Documented RPO/RTO per workload tier
- •Immutable backup copy with tested restore procedure
- •Quarterly restore test report
03
Virtualization
Hypervisor platforms and clusters designed for density, resilience and a straightforward upgrade path.
What we do
- •VMware, Hyper-V and KVM cluster design and health checks
- •Resource pool tuning, HA/DRS configuration, patch cadence
- •Licensing audits ahead of renewal or vendor change
- •Hypervisor-to-hypervisor migration planning
Problems solved
- •Clusters that have quietly drifted from their original design
- •Unplanned downtime during patching because HA was never fully tested
- •Licensing renewals that arrive as a surprise bill
Deliverables
- •Cluster health report with remediation plan
- •Documented HA/DRS and patch runbook
- •Right-sized licensing position
04
Cloud
Azure and AWS landing zones that are governed from day one, not retrofitted after an incident.
What we do
- •Landing zone design: networking, identity, policy and cost guardrails
- •Workload placement: lift-and-shift, re-platform or re-architect
- •Hybrid connectivity between on-premises storage and cloud compute
- •Cost governance and reserved-capacity planning
Problems solved
- •Cloud spend that nobody can map back to a specific workload
- •Resources provisioned ad hoc with no tagging or policy
- •A hybrid link that becomes the single point of failure
Deliverables
- •Governed landing zone with policy guardrails
- •Cost allocation and forecast model
- •Resilient hybrid connectivity design
05
Complex Migrations
Storage array swaps, SAN changes and datacenter moves planned down to the rollback step.
What we do
- •Storage array and SAN migrations with zero-downtime techniques where possible
- •Backup platform migrations without a coverage gap
- •Datacenter-to-datacenter and datacenter-to-cloud moves
- •Cutover rehearsal and rollback planning
Problems solved
- •A migration plan that only covers the happy path
- •No tested way back if a cutover goes wrong at 2am
- •Backup coverage that quietly lapses mid-migration
Deliverables
- •Runbook with explicit go/no-go and rollback criteria
- •Rehearsed cutover with a tested fallback
- •Continuous backup coverage across the whole migration
06
Managed Services 24/7
Ongoing monitoring and operations so the infrastructure stays healthy between projects.
What we do
- •24/7 monitoring across storage, backup, virtualization and cloud
- •Patch management and firmware lifecycle tracking
- •Incident response with defined escalation paths
- •Monthly capacity, performance and risk reporting
Problems solved
- •Infrastructure that's healthy right after a project, then drifts for a year
- •Firmware and patch levels nobody is tracking across the estate
- •Incidents discovered by users before they're discovered by monitoring
Deliverables
- •24/7 monitored environment with defined SLAs
- •Monthly health and capacity report
- •Documented escalation and incident process