Year 1 capital requirements: $695K lean to $1.4M high-end. A-Round target: $10M.
Closed-loop cryogenic cooling at hyperscale. Direct-siphon N₂ recovery slashes OpEx 60%. $85M–$150M 5-year projection.
PUE from 1.35 to 1.05. Campus-level savings of $32M–$47M annually in cooling electricity.
Pacific Northwest manufacturing advantage. Full R&D breakdown: $154K–$412K to production prototype.
Per-rack cooling BOM: $77,725–$99,195. ROI payback under 6 months. Modular sidecar deployment.
Modular enclosure for hyperscale & defense. $15K–$30K/rack/year maintenance savings. 8-week deployment.
Risk-adjusted exit scenarios: $40M–$350M. Phased GTM strategy. Strategic acquirer and PE pathways.
25-agent research synthesis. Aggressive 10–25% market share forecast. Environmental impact, government subsidy alignment, and billion-scale exit math.
Category leader forecast: 10–25% GB300+ share. $2.5B (2027) → $27.3B (2032). Cryo-Boost licensing drives recurring.
2.5B gallons saved/yr at 10% share. 741 GWh energy. 294 kt CO₂ avoided. Zero WUE closed-loop N₂.
IRA §48E, state water moratoriums, EU PFAS ban. Zero-WUE + sub-1.10 PUE as regulatory compliance path.
Bear/base/bull scenarios. Theoretical $170B–$680B TAM capture (disclaimed). Competitive risk matrix.
CoolIT $4.75B comp. At $27B revenue → $150B EV. 450× MOIC for Series A. Strategic acquirer universe.
6 months post-prototype to massive contracts. 12-rack SKU, 8-week deploy, neocloud + sovereign fast lane. ~$4.3B Year-1 / $10.3B 5-yr.