Consolidating legacy complexity into agile, software-defined computing engines. We design and deploy high-density compute arrays, Nutanix and VMware vSAN HCI clusters, and all-flash NVMe fabrics engineered for 99.999% availability and low PUE efficiency.
From bare-metal rack servers to hyper-converged software-defined clouds, Iris Waves eliminates silos between storage, compute, and networking to unlock unprecedented agility.
High-throughput rack and blade server architectures powered by Dell PowerEdge, Cisco UCS, and Lenovo ThinkSystem. Optimized for virtualized multi-tenant databases and low-latency microservices.
Eliminate silos between storage, compute, and networking. Turnkey Nutanix Cloud Platform and VMware vSAN clusters featuring automated node scaling and single-pane-of-glass orchestration.
Accelerate mission-critical relational databases, transaction logs, and analytical workloads with Pure Storage FlashArray and Dell PowerStore end-to-end NVMe-oF arrays.
Low-latency, non-blocking network switching architectures from Cisco Nexus and Arista. Engineered for EVPN-VXLAN virtualization, East-West throughput, and zero packet drop.
Migrate inefficient server sprawl into low-PUE facilities. We engineer hot/cold aisle containment, intelligent 3-phase PDU distribution, structured fiber trunks, and rear-door liquid cooling.
Continuous health monitoring, automated predictive hardware replacement, and pan-India on-site response backed by direct OEM service tier escalations.
A battle-tested reference architecture engineered to eliminate vendor lock-in, consolidate physical footprints, and deliver sub-millisecond database throughput.
Enterprise hypervisor clusters, multi-tenant container platforms, and database workloads orchestrated through single-pane cloud management consoles.
Clustered distributed storage fabrics delivering sub-250ยตs latency, inline deduplication, automated tiering, and active-active cross-site synchronous mirroring.
100G/400G non-blocking spine-leaf switching fabric with EVPN-VXLAN network overlays, zero packet drops, and programmatic application policy automation.
Dual-socket enterprise rack nodes with redundant 3-phase power distribution, hot/cold aisle containment, and Vertiv Liebert precision thermal management.
Production-certified server, interconnect, and storage platforms deployed and supported by Iris Waves engineers across India.
| Domain | Certified OEM Architecture | Technical Specifications | Target Enterprise Workload |
|---|---|---|---|
| HCI Compute Dell Technologies |
PowerEdge R760 (or VxRail) 2U Enterprise Rack Node |
|
High-density enterprise virtualization, core banking database arrays, and Nutanix/VMware vSAN software-defined storage. |
| Modular Compute Cisco Systems |
Cisco UCS X-Series Modular Hybrid Modular Blade/Rack System |
|
Enterprise-wide multi-workload consolidation requiring unified networking, compute, and cloud management under one chassis. |
| All-Flash Array Pure Storage |
FlashArray//X70 R4 DirectFlash NVMe All-Flash SAN |
|
High-frequency transaction databases (Oracle RAC, SAP HANA) and virtual desktop infrastructure (VDI) without storage bottlenecks. |
| Spine-Leaf Fabric Cisco Networking |
Nexus 9336C-FX2 100G/400G Spine-Leaf Switch |
|
Lossless East-West datacenter interconnect connecting HCI clusters, storage fabrics, and external hybrid cloud gateways. |
| Thermal Facilities Vertiv |
Liebert CRV & SmartAisle In-Row Precision Cooling & Containment |
|
Facility modernization in brownfield or greenfield datacenters reducing facility PUE from 2.1 down to below 1.25. |
Iris Waves utilizes a zero-downtime cutover methodology that eliminates risk, preserves transaction state, and provides continuous Level-3 rollback protection.
Our architects deploy lightweight telemetry probes across your existing physical servers to measure IOPS peaks, RAM utilization, and network dependency topologies.
Design the spine-leaf network topology, pre-stage the HCI nodes in our secure lab, configure hypervisors, and validate cross-site replication bandwidth.
Physical rack integration at your datacenter facility, structured MPO fiber cabling, PDU balancing, thermal containment setup, and 72-hour burn-in stress testing.
Executed in planned off-peak windows using block-level hypervisor synchronization with zero downtime. Handover to Iris Waves 24/7 Enterprise NOC with 4-hour SLA.
Discover how premier Indian banks, manufacturing leaders, and public institutions modernize their core computing infrastructure with Iris Waves.
Consolidated 180+ fragmented server systems across an aging datacenter into a high-density 12-node Nutanix hyper-converged cluster with multi-region active-active database replication.
Deployed Dell PowerEdge and VMware vSAN all-flash nodes across 14 manufacturing plants in India, unifying localized shop-floor telemetry and SAP ERP instances with zero unpredicted downtime.
Migrated a multi-hospital radiology network to Pure Storage FlashArray//X with NVMe-oF, cutting MRI/CT image retrieval latency from 45 seconds down to under 4 seconds for remote specialists.
Re-architected a state civil registry computing facility, replacing 12 racks of legacy blade servers with 2 high-density modular racks backed by Vertiv in-row precision cooling.
How hyper-converged consolidation cuts datacenter power, cooling, and operational complexity by up to 58%.
| Evaluation Metric | Traditional 3-Tier Architecture (SAN + Blades) | Iris Waves Hyper-Converged Infrastructure |
|---|---|---|
| Physical Rack Footprint | Requires 8 - 14 full datacenter racks for separate compute, FC SAN switches, and disk arrays. | Consolidated into 1 - 2 high-density racks (up to 85% space reclamation). |
| Power & Cooling Draw (PUE) | High power dissipation requiring expensive raised-floor precision air handling (PUE 1.8 - 2.2). | 58% reduction in power draw with close-coupled in-row cooling (PUE < 1.25). |
| Storage Deduplication & NVMe | Fragmented storage silos with limited cross-chassis deduplication and costly SAN fiber switches. | Inline global deduplication & compression yielding 4.2:1 data reduction on NVMe. |
| Disaster Recovery & RTO | Manual script execution and complex LUN mapping taking 4 to 8 hours to restore services. | Fully automated one-click cross-site failover with RTO under 15 minutes. |
| 3-Year OpEx & Maintenance | Multiple vendor maintenance contracts (SAN, fabric, servers) with high administrative overhead. | Single unified cluster lifecycle with 4-hour Level-3 SLA across India. |
Direct answers to core questions regarding workload migration, Broadcom VMware licensing, PUE reduction, and disaster recovery.
We use non-disruptive, block-level asynchronous and synchronous replication fabrics (Nutanix Move, VMware HCX, or Pure Storage ActiveCluster). The target cluster synchronizes database volumes continuously in the background. When transaction volume reaches an off-peak maintenance window, a final delta sync takes less than 60 seconds, followed by automated DNS repointing with zero data loss.
As premier certified partners of both VMware by Broadcom and Nutanix, we conduct vendor-neutral architectural licensing audits. For clients seeking hypervisor diversification, we engineer seamless migrations to Nutanix AHV or Red Hat OpenShift Virtualization, preserving full VM network topologies while reducing recurring licensing overhead by 30% - 45%.
Yes. By utilizing close-coupled in-row cooling units (like the Vertiv Liebert CRV) and modular rear-door heat exchangers (RDHx), we can cool racks drawing up to 35kW per enclosure using existing chilled-water or direct expansion infrastructure, avoiding expensive raised-floor facility reconstruction.
Iris Waves provides 24/7 Level-3 engineering coverage backed directly by OEM partner master contracts. Our Enterprise NOC continuously ingests iDRAC and Intersight telemetry. If a memory module, disk, or power supply shows pre-failure metrics, our engineers execute proactive 4-hour on-site replacement across 100+ cities in India.
Connect directly with our Principal Datacenter & HCI Architects. We will audit your current server sprawl, calculate consolidation ratios, model power PUE savings, and deliver a turnkey reference architecture.