IT Infrastructure in Kuwait
Virtualized server platforms, IOPS-sized SAN/NAS storage, and data-centre build-outs engineered to a defined redundancy tier — with 3-2-1 backup architecture and tested RTO/RPO targets, not assumptions.
What this discipline covers
Reliable infrastructure keeps everything else running. ADTCO designs and deploys virtualization platforms (VMware vSphere/ESXi or Hyper-V), SAN/NAS storage sized to actual IOPS and throughput needs, and the server rooms or data centres that house them — with power, cooling and containment engineered to a defined redundancy level rather than over- or under-specified by default.
Backup and recovery are treated as an engineering requirement, not an afterthought: every workload gets a defined RTO/RPO target, a 3-2-1 backup architecture, and a tested restore — with failover and load validation completed before handover, and the full build documented for your own team to operate.
What Infrastructure includes
Servers & Virtualization
Physical and virtualized server platforms (VMware/Hyper-V) built for reliability.
- Physical and virtual servers
- VMware / Hyper-V
- Consolidation and right-sizing
Storage & Backup
SAN/NAS storage and backup architecture with capacity and recovery planned in.
- SAN / NAS architecture
- Capacity and performance planning
- Backup scheduling
Data Centre Solutions
Server rooms and data-centre build-outs: racks, power, cooling and structured containment.
- Rack layout and containment
- Power and cooling planning
- Structured cabling
What infrastructure delivery covers
The defined scope for every engagement in this discipline, regardless of which option is selected.
- 01Workload assessment and right-sizing — CPU, memory and storage IOPS profiling before specifying host and storage capacity.
- 02Virtualization platform deployment (VMware vSphere/ESXi or Microsoft Hyper-V) with host clustering and high-availability configuration where required.
- 03Storage architecture design — RAID level selection (RAID 1, 5, 6 or 10) and SAN/NAS protocol selection (iSCSI, Fibre Channel, NFS or SMB) matched to the workload’s IOPS and throughput profile.
- 04Server room or data-centre build-out — rack layout, containment, power distribution and cooling sized to the actual equipment load.
- 05Redundancy planning referenced to Uptime Institute Tier concepts (N, N+1, 2N) matched to the client’s real availability requirement, not over-specified by default.
- 06Backup architecture following the 3-2-1 rule (three copies, two media types, one offsite), with an RTO and RPO defined per workload.
- 07Environmental targeting within the ASHRAE-recommended temperature and humidity envelope to protect hardware lifespan.
- 08Documentation of network diagrams, IP allocation, storage mapping and host configuration.
- 09Post-deployment validation — failover testing, backup restore testing and load verification completed before sign-off.
Which option fits your site
A guide to which configuration matches your requirement — based on how each option actually performs in the field, not a generic feature list.
| Option | Ideal for | Key benefit | Typical deployment |
|---|---|---|---|
| Virtualized Server Consolidation | Multiple physical servers being consolidated onto fewer, better-utilized hosts | Easier backup and DR, better hardware utilization, simpler scaling | VMware vSphere or Hyper-V, 2+ hosts clustered for high availability |
| SAN-Based Shared Storage | Multiple hosts needing shared, high-IOPS storage — VM datastores, databases | Centralized, scalable storage that supports clustering and live migration | iSCSI or Fibre Channel fabric to a dedicated storage array |
| NAS File Storage | File shares, backups and workloads that aren’t latency-sensitive | Simpler and lower-cost than SAN, native SMB/NFS protocol support | NAS appliance on the existing LAN, sized for capacity and throughput |
| Dedicated Server Room / Data Centre Build | On-premises hosting requiring a defined uptime tier and physical control | Power, cooling and redundancy engineered to the required availability level | Racks, PDUs, precision cooling, containment and access control |
How the engagement runs, start to finish
Every step is documented and signed off before the next begins.
- 1
Workload Assessment
Capacity, IOPS and availability requirements profiled before design.
- 2
Architecture Design
Virtualization, storage protocol and redundancy level selected.
- 3
Room / Rack Build-out
Power, cooling and containment installed to the load.
- 4
Platform Deployment
Hosts, storage and virtualization layer installed and clustered.
- 5
Backup & DR Setup
3-2-1 backup architecture with RTO/RPO targets set per workload.
- 6
Validation & Handover
Failover, restore and load testing before documented sign-off.
- 1
Workload Assessment
Capacity, IOPS and availability requirements profiled before design.
- 2
Architecture Design
Virtualization, storage protocol and redundancy level selected.
- 3
Room / Rack Build-out
Power, cooling and containment installed to the load.
- 4
Platform Deployment
Hosts, storage and virtualization layer installed and clustered.
- 5
Backup & DR Setup
3-2-1 backup architecture with RTO/RPO targets set per workload.
- 6
Validation & Handover
Failover, restore and load testing before documented sign-off.
How the work is measured and verified
- Virtualization platforms
- VMware vSphere/ESXi and Microsoft Hyper-V, deployed as standalone hosts or HA clusters depending on the redundancy requirement.
- Storage protocols
- SAN connectivity via iSCSI or Fibre Channel; NAS file access via NFS or SMB — selected to the workload’s latency and throughput profile.
- RAID & redundancy
- RAID 1, 5, 6 or 10 configured per volume to balance capacity, performance and fault tolerance — not a single default level across all storage.
- Data-centre redundancy
- Power and cooling redundancy planned against Uptime Institute Tier I–IV concepts (N, N+1, 2N), matched to the required availability level.
- Environmental targets
- Server rooms targeted to the ASHRAE-recommended envelope — approximately 18–27°C inlet temperature, 40–60% relative humidity.
- Backup & recovery
- 3-2-1 backup architecture (three copies, two media types, one offsite) with RTO/RPO targets defined and restore-tested per workload.
Infrastructure — common questions
Do we need VMware or Hyper-V?
Either platform is a sound choice — the right one usually comes down to your existing licensing, tooling and team familiarity rather than a technical gap between them. We deploy whichever fits your environment, and can advise on the trade-off if you’re starting from neither.
What’s the difference between SAN and NAS, and which do we need?
SAN provides block-level shared storage over iSCSI or Fibre Channel — the right fit for VM datastores and databases that need high, consistent IOPS. NAS provides file-level storage over NFS or SMB — simpler and lower-cost, and usually the right fit for file shares and backup targets. We size this from your actual IOPS and throughput profile, not a default recommendation.
How do you decide what "Tier" level a server room or data centre needs?
Higher Uptime Institute tiers mean significantly more cost for concurrent maintainability and fault tolerance — most SME server rooms don’t need full Tier IV redundancy. We size the room’s power, cooling and redundancy to your actual business RTO/RPO requirement, not to the highest tier available.
Other IT & technology areas
Ready to plan your installation?
Request a site survey and we'll map signal, coverage and scope on location — then quote the work.