End-to-end scope
Neoverse integrates the physical, electrical, thermal and operating layers of high-density compute infrastructure—reducing interface risk across the critical path.
Three integrated pillars
The mandate can extend from site and power diligence through engineering, delivery, compute staging and ongoing critical-environment operations.
01
Turnkey development from feasibility and basis of design through construction, integrated testing and handover.
02
Clients own the compute. Neoverse manages the critical environment, physical controls and operating procedures around it.
03
Sites, supply, long-lead equipment and hardware logistics coordinated through one commercial workstream.
AI infrastructure design envelope
AI and HPC deployments require power and cooling to be engineered as one interdependent system, with an upgrade path that anticipates changing rack architectures.
Busway, protection and distribution are coordinated with the nominated rack and cluster topology.
CDUs, facility water loops, heat rejection and leak detection are designed as a complete system.
N+1 or 2N options are selected against workload tolerance, maintenance strategy and investment case.
Carrier entry, diverse Fiber paths, meet-me rooms and low-latency fabric requirements enter the basis of design.
Layered perimeter, access zoning, surveillance and visitor controls are mapped to the operating model.
Designs can support the electrical and thermal envelopes of H100-, H200- and B200-class systems; final compatibility is project-specific.
Architecture, redundancy and performance targets are agreed per project. Product references describe design compatibility, not vendor certification or endorsement.
Delivery sequence
Each phase produces a defined information set for the next investment decision.
01
Load profile, site constraints, utility pathway, program budget and delivery model.
02
Redundancy topology, rack envelope, thermal architecture, controls and network demarcation.
03
Coordinated electrical, mechanical, civil, structural and fire-life-safety packages.
04
Approved vendors, technical submittals, factory tests, logistics planning and schedule expediting.
05
Site controls, inspection plans, installation verification, progress reporting and change control.
06
Component checks through integrated systems testing, performance validation and operator training.
Delivery assurance
The exact governance package is configured to the contract, asset structure and client reporting requirements.
Requirements are translated into documented design decisions, hold points and acceptance criteria before capital is committed.
Critical equipment is tracked from technical approval and factory testing through shipment, installation and warranty closeout.
Procedures, spares, training, alarms, maintenance plans and escalation paths are prepared before service commencement.
Program reporting can cover safety, quality, schedule, cost, procurement status, decisions and material project risks.
Commissioning methodology
L1
Factory quality
L2
Equipment delivery
L3
Pre-functional checks
L4
Functional performance
L5
Integrated systems test
A project commissioning plan can include factory witness testing, installation verification, controls validation, failure-mode demonstrations, load-bank testing and integrated scenario testing. Final scope and acceptance criteria are contract-specific.
Share your infrastructure requirements with our Abu Dhabi development team.