0 gal
Operational Water Use (Waterless Cooling)
6
Enforceable Community Benefit Categories
100%
No Upfront Cost to Schools
22 slides
Roadshow Deck — Published June 2026
Published Materials
Research, frameworks, and presentations that define the LegacyGrid model. All materials are working concepts — subject to revision as the model evolves.
A comprehensive overview of the LegacyGrid AI infrastructure model — covering the market opportunity, Phase 1 PVAMU corridor, Serverfarm-first strategy, waterless cooling, deal architecture, workforce blueprint, and business model. Designed for institutional partners, city officials, and capital conversations.
PVAMU Phase 1 Readiness Report
Full site assessment — land, power, fiber, governance, and workforce readiness.
Texas HBCU Network Scorecard
Comparative readiness scoring across all 9 Texas HBCUs and colleges.
01
Cooling
LegacyGrid's preferred infrastructure model uses air-cooled chiller systems that operate with no operational water consumption. Traditional data centers consume millions of gallons of water annually — creating regulatory risk, community opposition, and long-term environmental liability.
Waterless design removes that risk before a deal is ever signed. LegacyGrid evaluates waterless cooling feasibility as part of every infrastructure readiness assessment, and requires it as a preferred deal term in all Phase 1 engagements.
02
Community
Every deal LegacyGrid structures includes enforceable community benefit requirements — not aspirational language. Local hiring commitments, small-business vendor participation, community AI workshops, and public benefit reporting are contractual deal terms, not press release promises.
The surrounding community must capture value proportional to the impact it absorbs. LegacyGrid builds community benefit enforcement into the deal structure before any operator conversation begins.
03
Environment
Power, water, noise, heat, backup power, and emergency response review are required deal terms — not afterthoughts. LegacyGrid's infrastructure readiness checklist includes a full environmental impact layer that must be completed before any partner is approached.
This includes utility impact modeling, grid interconnection review, thermal and noise assessments, and decommissioning obligations. Schools should not sign infrastructure deals without knowing what they are absorbing.
04
Utility
Institutions and surrounding communities should not absorb utility cost increases caused by large-load data center development. A 60MW facility can fundamentally change the economics of local power distribution — and those costs have historically been passed to residents and small businesses.
LegacyGrid's deal framework includes explicit protections against passing infrastructure costs to schools or communities. These protections are modeled on Texas SB 6 (2023) and are built into every deal structure as non-negotiable terms.
05
Finance
LegacyGrid's model is structured so that institutions are never required to invest capital upfront. Advisory fees are scaled to the engagement, and deal structures are designed to generate long-term revenue for the school — not extract it.
LegacyGrid AI is compensated through four fee types earned for professional advisory, consulting, and program management services: a Program Initiation Fee, Monthly Advisory Retainer, Phase Completion Fees, and an Annual Program Management Fee. All fees are earned for services rendered — not as commissions on any real estate transaction. Our interests are aligned with the school's outcome.
06
Workforce
AI infrastructure on a college campus must connect to education. LegacyGrid requires paid internships, apprenticeships, GPU compute access for students and faculty, and AI literacy programs as contractual deal terms.
The Workforce Academy layer of the LegacyGrid model builds training programs for data center operations, cybersecurity, fiber infrastructure, and energy systems — connecting students and local residents to the skilled jobs created by AI infrastructure development.