Delivery model
Preparation-first, gated by quality.
A methodology built for accelerated AI infrastructure deployments: structured governance, disciplined engineering and progressive quality assurance, run with collaborative project management.
- Phases
- Six, each with its own release criteria
- Gates
- Four, independent
- Evidence
- CMDB updates, as-builts, digital record
Why preparation-first
Won on the bench, proven on the floor.
Engineering verification, assembly, labelling and deployment-readiness work is completed in a controlled prestaging environment before installation begins.
That reduces data hall congestion, improves productivity and quality, and increases schedule certainty, with traceability maintained through the whole project lifecycle. Installation, testing and acceptance are separated into defined phases with independent quality gates, so infrastructure progresses only after it satisfies the applicable release criteria.
Structured governance
Defined phases, clear release criteria and progressive quality assurance across the full project lifecycle.
Traceability throughout
Every device, cable and placement tracked from prestaging to handover in Data Center Deployer.
Evidence-based handover
CMDB updates, as-built documentation and a live digital record of the deployed estate.
Inside the methodology
Six phases, four quality gates.
Each phase has its own release criteria. Installation, testing and acceptance are separated into defined phases with independent quality gates, and infrastructure progresses only after it satisfies the applicable release criteria.
Prestaging
Material receipt, engineering verification, assembly, labelling, QA and deployment release.
Quality gate: Engineering releaseSite receipt & validation
Receiving, delivery reconciliation, chain of custody, contamination inspection.
Quality gate: Site validationActive infrastructure
Asset validation, DOA test, RMA handling, rack, rail and device installation with progressive verification.
Structured cabling
Certified fibre and Cat6A installation, point-to-point and structured methods, patch panels, dressing and labelling.
Connectivity & optics
MPO, LC and copper connectivity, optics installation and verification.
Quality gate: Installation verificationTesting, QA & handover
Certification testing, independent QA, documentation, acceptance, commissioning support and operational handover.
Quality gate: Independent acceptance QA
| Gate | Release criteria |
|---|---|
| Engineering release | Prestaging complete: material receipt, engineering verification, assembly, labelling and QA, released for deployment. |
| Site validation | Site receipt complete: receiving, delivery reconciliation, chain of custody and contamination inspection. |
| Installation verification | Active infrastructure, structured cabling, connectivity and optics installed, with progressive verification. |
| Independent acceptance QA | Certification testing, independent QA, documentation and acceptance, ahead of commissioning support and operational handover. |
The India advantage
De-risking GPU hardware import, staging and deployment.
GigaPort in Hyderabad is India’s first end-to-end bonded facility for AI hardware: import, integration, testing and last-mile delivery in one place, with bonded custody and duty optimisation, compressing deployment from months to weeks.
- Port of entryChennai · KrishnapatnamSea ports for liquid-cooled rack imports.
- Bonded custodyGigaPort, HyderabadCustoms-bonded receipt and custody, duty optimisation.
- Integration & QAPrestagingAssembly, burn-in, firmware baselining and QA release.
- Site deliveryData hallLast-mile moves under chain of custody.
NVL72-class rack moves are planned with a specialist liquid-cooled-hardware logistics partner.
- GigaPort
- Import, integration, testing and last-mile delivery in one bonded facility, compressing deployment from months to weeks.
- Purview DC Academy
- Engineers hired and certified in India before mobilisation, with NVIDIA, liquid-cooling and service-management disciplines built in.
- Hyderabad · Chennai · Noida
- The three locations that anchor India operations: the base that trains and stages every crew deployed globally.
A defined route through India import certification
Next-generation liquid-cooled GPU platforms typically need two separate BIS (Bureau of Indian Standards) certifications per prepopulated rack, one for compute and one for in-rack power supplies. ODM participation, a joint submission and an in-country factory inspection are normally required, and standard BIS approval takes six to eight months from filing.
Purview runs BIS and DGFT filings end to end from framework signature, aligns import and shipping schedules to certification milestones and engages directly with the certifying agencies. Certification stays off the critical path instead of arriving as a late-stage surprise.
Global Deployment Pods
Five delivery centres. One preparation-first standard.
Delivery is mobilised from five global delivery centres as certified engineering cohorts, known as Global Deployment Pods, wherever the project requires and under one methodology and quality framework.
HYD
EDI
WAW
SIN
SYD
USA
CAN
DXB
| Code | Delivery centre | Country |
|---|---|---|
| HYD | Hyderabad | India |
| EDI | Edinburgh | United Kingdom |
| WAW | Warsaw | Poland |
| SIN | Singapore | Singapore |
| SYD | Sydney | Australia |
Project enquiries
Planning an AI factory build, migration or refresh?
Send the platform, the site and the target go-live date. Planning, OEM alignment, import and staging can be scoped around your in-house team; installation, commissioning, handover and operations are delivered by Purview specialists.