HampTex Capital Partners
Hyperscalers & Neo-Cloud · The Firm

Your largest risk is not the design. It is delivery.

When you anchor a campus, you are committing roadmap, budget, and customer obligations to capacity that does not yet exist. The design can be sound and the counterparty sincere, and the capacity can still arrive late, arrive under-powered, or energize into a density your next hardware generation has already outgrown. HampTex exists to take that delivery risk off the table, whether you engage the firm directly or contract with a developer the firm advises.

The Anchor Customer's Exposure

An anchor customer is not financing a project for a return. You are buying capacity you must be able to count on, on a date, at a density, for the term of the agreement. Power is the scarce input, schedule is the real variable, and obsolescence is the silent one. Those are delivery risks, and delivery risk is the firm's subject.

Two Ways to Engage

Independent verification, or milestone transparency.

Assess capacity before you sign

Engage HampTex directly for an independent Six Forces Assessment of the capacity you are considering. You receive a Risk Profile Score and the Shield Assessment Report on whether that capacity will energize on its stated timeline, produced under the Independent Assessor posture, with no financial interest in the project. An unconflicted read before you commit. See the Shield assessment →

See the milestones while it is built

When HampTex advises the developer you are contracting with, committed customers receive visibility into the live milestone tracker, including the material gates governing power, long-lead equipment, and energization. Delivery status is shared, not asserted, so you are not blind between signature and first energized capacity.

50 MW BLOCK 1 100 MW BLOCK 2 150 MW BLOCK 3 200 MW BLOCK 4 Each block specified to its own GPU generation near energization, hedging budget and obsolescence
Capacity energizes in blocks, each specified to its generation.
What Gets Watched

The three risks an anchor customer actually carries.

Power & schedule

The single hardest thing to secure in this market is a live interconnection. HampTex tracks every milestone from site control through energization, with the material gates on power and long-lead equipment, transformer lead times now run 24 to 36 months, given heightened review and a tighter service level.

Density & obsolescence

Rack power has climbed from roughly 40 kW to 120 to 140 kW today, with roadmaps pointing to 250 to 900 kW and a shift to 800 VDC by 2027. The firm's obsolescence diligence and the Factory Model staged-block approach guard against energizing into a design your next generation has already outgrown.

Term-of-agreement viability

Confidence is not only about commissioning day. The assessment considers whether the facility remains viable and non-obsolete across the life of the agreement you are signing, not merely at first power.

kW/rack ~40 kW2 yrs ago 120–140 kWtoday 250–900 kWroadmap 800 VDC2027 A facility built to today's density risks energizing already obsolete.
Rack power density is outrunning the build cycle.
Your Diligence, Anticipated

What your team actually evaluates.

A hyperscale diligence team works through nine domains, from power to delivery readiness, and discounts a site the moment an answer is asserted rather than evidenced. HampTex builds toward those answers from site control onward, so the diligence agenda is met before it is sent.

Power & delivery

The gating variables. Stated capacity that is not yet contracted or energized is the most common overstatement, and a greenfield interconnection in a constrained market can add 24 to 60 months. Long-lead equipment, not construction, usually sets the true schedule, so power status, time-to-energize, and procurement of transformers, switchgear, and generators are tracked as material gates.

The physical envelope

Whether the building supports your density today and across the term. Air-only designs cannot carry high-density AI; liquid readiness is essential, point loads from liquid racks can require structural reinforcement, and a single fiber path is a recognized deal-breaker. The design is assessed against your forward technology envelope, not just today's spec.

Compliance & sustainability

Baseline requirements, not differentiators. Missing certifications (ISO 27001, SOC 2, the workload-specific frameworks), unmet data-residency rules, and permitting exposure on water, air, and noise are all common late-stage failure points. Carbon and water reporting must withstand the audit your own public commitments invite.

Deal & counterparty

Where your leverage applies. Your primary protection against delivery failure is milestone-based commitments, delay remedies, and step-in rights if gates are missed, backed by a funded, credible counterparty. A funding gap mid-build is an existential delivery risk; SLAs that are not validated at commissioning are unenforceable promises.

The Methodology Behind It

Six forces, eighty-one milestones, made transparent.

6
Forces: power, permitting, community, capital, supply chain, technology
15
Force Multipliers across the forces
81
Milestones, site control to commissioning
22
Material gates, heightened review

The same proprietary framework that underwrites the firm's independent assessment governs the milestone tracking a committed customer sees, single-homed, dependency-ordered milestones from site control to commissioning, with the highest-stakes gates held to a tighter standard. See the framework →

One Honest Boundary

The independent assessment and the developer-side transparency are two distinct postures. HampTex will not issue an independent assessment of a project on which it is operationally engaged. If the firm is advising your developer, what you receive is milestone transparency, not an independent score. The separation is what keeps the independent read worth having.

Request a capacity briefing →

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