Discovery & Capacity Planning
Workload inventory, growth forecast, rack density, availability target, compliance needs, budget, location constraints, and phased capacity roadmap.
From business requirements to commissioned infrastructure, Zetlan architects resilient, secure, efficient data centers and server rooms with clear specifications that vendors can price and deliver.

Our architecture connects facilities engineering with IT requirements, reducing change orders, compatibility problems, stranded capacity, and operational risk.
Workload inventory, growth forecast, rack density, availability target, compliance needs, budget, location constraints, and phased capacity roadmap.
White-space and gray-space planning, rack elevations, service clearances, secure zoning, raised-floor decisions, pathways, loading, and expansion strategy.
Utility assessment, transformer and switchgear coordination, UPS topology, generators, ATS, PDUs, earthing, selective protection, and A/B power paths.
Heat-load modeling, hot/cold aisle containment, precision cooling, humidity, redundancy, CFD coordination, and liquid-cooling readiness for dense AI workloads.
Carrier entry, meet-me room, core and edge routing, leaf-spine or three-tier fabrics, out-of-band management, structured cabling, and diverse paths.
Access control, CCTV, mantraps, rack security, segmentation, firewalls, privileged access, logging, zero-trust principles, and compliance controls.
Early smoke detection, alarm zoning, clean-agent or suitable suppression design, emergency power-off coordination, evacuation, and local code alignment.
Environmental sensors, power metering, asset and capacity tracking, BMS/DCIM integration, alerting, dashboards, trend analysis, and escalation workflows.
Factory and site acceptance, integrated systems testing, failover scenarios, thermal and load tests, snag closure, as-built drawings, SOPs, and training.
AI and accelerated computing are increasing rack power and thermal demands. Modern designs increasingly combine air and liquid cooling, modular power, software-defined operations, deeper telemetry, and leaf-spine network fabrics.
View an AI-ready reference designPlan electrical and thermal envelopes around future GPU and accelerator refresh cycles.
Evaluate rear-door heat exchangers, CDUs, direct-to-chip liquid cooling, and facility-water readiness.
Leaf-spine and EVPN-VXLAN architectures improve east-west scale, automation, and segmentation.
Phased, prefabricated capacity can shorten deployment and align capital with actual demand.
We define performance and operational requirements first, then help compare technically compliant vendor solutions without locking the architecture to one brand.
Vendor names are representative market examples, not endorsements. Final selection depends on technical compliance, local support, lifecycle cost, lead time, interoperability, and customer procurement policy.
Documentation gives bidders a common technical baseline and gives your team a defensible evaluation process.
We can help define capacity, resiliency, scope, budget assumptions, vendor requirements, and a phased delivery roadmap.