Independent Data Center Advisory

Independent data center strategy and technical advisory.

Owner's representation for mission critical infrastructure. We advise on site selection, technical due diligence, power strategy and utility coordination, campus planning, commercial evaluation and delivery governance — with no EPC, OEM or developer alignment behind the advice.

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By ·Founder & Principal Advisor, Strategizes·Updated

Independent by structure

No EPC, OEM, developer or reseller relationships. No referral fees on any recommendation.

Owner-side only

We represent the party carrying the capital risk, never the party delivering the scope.

Engaged before commitment

Most value is created before land, power or capital is contractually committed.

Principal-led

You work directly with the advisor making the judgment, not a team layered beneath a partner.

Amit Godbole, Founder and Principal Advisor at Strategizes

Lead advisor

Amit Godbole

Founder & Principal Advisor, Strategizes

Clients work directly with the advisor, not a delivery team layered beneath a partner. Amit has spent over fifteen years in product, technology and commercial leadership roles across SaaS, fintech and infrastructure, and now advises owners and investors on high-value data center decisions where the trade-offs carry real capital consequence.

Infrastructure strategy

Site selection, power and utility strategy, campus phasing and capacity planning.

Technical governance

Owner's engineer posture, design review, tender evaluation and delivery assurance.

Commercial and pricing

Business case construction, cost per MW trade-offs and procurement strategy.

Product and technology leadership

Fifteen-plus years leading product and engineering organizations at scale.

Industry contribution

Host of The Priceless Conversations and a regular writer on decision quality.

Speaking

Conference and panel appearances — placeholder pending confirmed listings.

Full background

Evaluation

How We Evaluate Infrastructure Investments

Every successful data center begins with the right decisions, long before design and construction.

Power & Utilities

  • Grid capacity
  • Utility readiness
  • Redundancy strategy
  • Transmission timelines
  • Future scalability

Power constraints are often the single largest determinant of project viability. We assess infrastructure readiness before capital is committed.

Land & Site

  • Technical suitability
  • Flood and environmental risks
  • Campus expansion potential
  • Access
  • Regulatory constraints

A parcel is only as good as what can be built on it in phase three, not phase one.

Connectivity

  • Carrier neutrality
  • Fiber diversity
  • Network resilience
  • Latency considerations

Route diversity and carrier choice are structural decisions, not procurement details.

Infrastructure Readiness

  • Cooling strategy
  • Water availability
  • Campus planning
  • AI-ready infrastructure
  • High-density deployments

Density assumptions set decades of operating cost. We test them against the workload, not the brochure.

Commercial Viability

  • Capital efficiency
  • Delivery risk
  • Utility timelines
  • Expansion economics
  • Long-term operating costs

Cost per MW is an outcome of sequencing and utility timing far more than of unit pricing.

Governance

  • Owner representation
  • Technical reviews
  • Independent decision support
  • Program assurance

Where the reviewer also builds the scope, the review is not a control. Governance has to sit with the owner.

Methodology

Strategizes Infrastructure Decision Framework

01

Understand Demand

02

Validate Infrastructure

03

Assess Technical Risk

04

Evaluate Commercial Viability

05

Support Investment Decisions

06

Govern Delivery

Advisory scope

Organised around the lifecycle of the project, not a service menu.

01

Strategy & Investment

Establish whether the demand, the capital plan and the delivery window actually reconcile before land or power is committed.

  • Market and submarket assessment
  • Demand forecasting and load profiling
  • Capacity planning across phases
  • Business case and sensitivity modeling
  • Investment strategy and portfolio planning
02

Site Selection & Technical Due Diligence

Test each candidate site against grid reality rather than agent narrative — available capacity, connection queue position and firm energization dates.

  • Land assessment and constraint mapping
  • Grid capacity, 220 kV / 400 kV connectivity and substation planning
  • Utility coordination and dual utility feeds
  • Water availability and water risk
  • Environmental and regulatory readiness
  • Carrier neutrality and fiber diversity
  • Campus phasing and expansion capability
03

Design & Delivery

Hold the design and the contractor to the owner's commercial intent, with technical governance that surfaces divergence early.

  • Concept planning and campus design review
  • Technical reviews of MEP and cooling strategy
  • Tender preparation and bid evaluation support
  • Vendor and EPC evaluation
  • Owner's engineer and owner representation
  • Program governance and delivery assurance
04

Operational Readiness

Move from construction completion to a facility that can actually be operated, expanded and measured.

  • Commissioning readiness and oversight
  • Operational governance and handover
  • Expansion and next-phase strategy
  • Lifecycle optimization and PUE optimization
  • Technology roadmap for high density compute

Perspective

Our Perspective

Power availability should influence site selection before land economics.

A cheaper parcel with a 2033 energization date is not cheaper. Grid capacity, queue position and substation scope set the schedule; land price only adjusts the margin around it.

Independent technical diligence reduces downstream delivery risk.

Owner-side review catches capacity assumptions, redundancy claims and commissioning gaps while they are still cheap to change.

Successful campuses are planned around long-term expansion rather than initial capacity.

Substation headroom, spare duct routes, water allocation and setbacks decide whether phases two and three are viable at all.

Owner-side governance creates better investment outcomes than vendor-led decision making.

Design, procurement and sequencing choices made by the delivering party optimise for delivery, not for the owner's twenty-year cost base.

Selected engagements

Anonymized by agreement. Detail shared under NDA.

Confidential · Greenfield campus siting

Challenge

Four candidate parcels, a board deadline, and three conflicting views on which site could reach first energization. Two parcels sat behind a transmission corridor with no published queue position.

Approach

Tested each site against firm transmission capacity and connection queue position, opened direct utility engagement to confirm substation scope and staged capacity release, mapped fiber routes for carrier neutrality and physical diversity, and screened water allocation and permitting exposure against a phased campus layout.

Outcome

Two sites were withdrawn on transmission timing grounds. The recommended location carried written utility engagement, dual fiber entry on independent routes, and phase-two headroom on the same substation without a second connection application.

Confidential · Technical and commercial diligence

Challenge

An investor was pricing an operating asset on a marketed capacity figure that had never been independently verified, and on an expansion case that assumed water availability the site did not hold.

Approach

Reconciled electrical single-line diagrams and redundancy claims against measured operating load, reviewed commissioning records and cooling design against the stated density, and stress-tested the expansion model against water allocation, permitting timelines and campus phasing constraints.

Outcome

Usable capacity was restated below the marketed figure and the expansion case was reduced by one phase. Both positions were reflected in the commercial evaluation and the final transaction terms.

Confidential · Owner representation during delivery

Challenge

A program was reporting on schedule while long-lead electrical scope and the utility energization milestone were quietly diverging from the commissioning path.

Approach

Installed owner-side technical governance: independent progress verification against evidence rather than contractor report, design change control with commercial impact recorded at approval, and a single register linking utility milestones, long-lead equipment and the commissioning sequence.

Outcome

The divergence was surfaced in-quarter. Campus phasing and the commissioning sequence were re-planned before the fit-out contract was let, protecting the tenant move-in window.

Client names, locations and capacity figures are withheld under confidentiality. References and fuller scope detail can be provided privately.

Who we advise

Owners, investors and operators.

Hyperscalers

Multi-site capacity programs where standard design meets local grid and permitting reality.

Developers

Site pipeline screening, investment-ready packaging and delivery governance.

Infrastructure Investors

Technical and commercial diligence ahead of capital commitment.

Private Equity

Platform-level assessment of asset quality, expansion headroom and delivery capability.

Colocation Operators

Density strategy, expansion sequencing and operational performance.

Enterprise Organizations

Capacity decisions, migration trade-offs and owner representation.

Government

Independent assessment of infrastructure proposals and regional readiness.

Project types

Where we are engaged.

  • Greenfield campuses
  • AI infrastructure
  • Enterprise data centers
  • Edge facilities
  • Capacity expansion
  • Infrastructure modernization

Decisions we support

Each engagement resolves a specific decision.

Insights

Written analysis on the decisions that carry the most consequence.

Evidence

Published record, kept current rather than claimed.

Speaking engagements

Conference and panel appearances — to be listed.

Published insights

Written analysis on power, siting and delivery risk.

Technical papers

Longer-form technical work — to be listed.

Professional memberships

Industry bodies and associations — to be confirmed.

Strategic partnerships

Independent specialist collaborators — to be confirmed.

Media mentions

Press and industry commentary — to be listed.

Questions

What buyers ask first.

What does independent data center advisory cover?
Owner-side work across the project lifecycle: demand validation and capacity planning, site selection and technical due diligence, power and utility strategy, design and tender review, owner representation during delivery, and commissioning readiness.
Are you tied to an EPC, OEM or developer?
No. We take no referral fees, hold no reseller relationships and carry no OEM alignment. We sit on the owner's side of every decision, including EPC, MEP and equipment evaluation.
How early should an advisor be engaged?
Before land or power is committed. The decisions with the largest cost consequence — grid connection route, phasing, substation scope, cooling strategy — are effectively fixed in the first weeks of a program.
How long does an engagement run?
Feasibility reviews and site screening typically run 4–8 weeks. Technical due diligence runs 3–6 weeks. Owner's representation runs alongside delivery, generally 12–24 months.
Do you advise on AI and high density compute facilities?
Yes. High density racks, liquid cooling topologies including direct-to-chip and immersion, GPU cluster power planning, step-load behavior at the utility interface, and the phasing implications of density uncertainty.
Can you share client names?
Engagements are confidential. Case detail, references and scope examples can be shared privately under NDA.

Planning a Data Center Investment?

Whether you're evaluating land, entering India or validating technical assumptions, we provide independent advice before major investment decisions are made.

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Infrastructure · Resource

Data Center Development Risk Assessment

Owner-side risk framework across site, power, permitting, EPC, schedule, and capital. Built for use before capex is committed.