Powering Growth: Invest in CYNA
Redefining the Economics of Compute Infrastructure
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The AI boom is triggering a global infrastructure crisis. Power availability has become the hard limit on data center expansion, pushing enterprises to seek alternatives. CYNA, with a planned global network of off-grid, renewable data centers built specifically for AI, ML, and HPC workloads, is that alternative.
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Our model replaces utility constraints with energy independence, enabling infrastructure that is faster to deploy, cheaper to operate, and built to scale.
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Superior Economics by Design
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CYNA’s off-grid renewable model is structurally advantaged. Our pilot site, CYNA-1, achieved payback in just 6.3 years, with operating costs 64% lower than conventional grid-dependent data centers. We deliver power at just 5.5¢/kWh, eliminate grid dependency, and guarantee 99.999% uptime, enabling higher margins, reduced risk, and premium client contracts.
Strategic technology alliances with AMD, Nvidia, and Dell further enhance performance, enabling high-efficiency compute infrastructure optimized for AI and HPC environments.
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This is not just a sustainability play, it is a profit model built for scale.
Why CYNA? Why Now?
The global data center market is facing its first hard limit - power availability. As AI, ML, and HPC workloads drive exponential demand, the grid can no longer support reliable, scalable infrastructure.
CYNA addresses this constraint head-on with a self-sustaining, off-grid, renewable infrastructure model that decouples data center growth public utilities and volatile energy markets.
Our technology is proven. Our cost structure is disruptive. And our next-phase capacity is shovel-ready.
With a platform validated by real-world performance, backed by top-tier technology alliances, and a deployment model built for scale, CYNA is positioned to lead the next generation of global compute infrastructure - clean, fast, and independently powered.
Investment Highlights
Massive Market Opportunity
Compute demand from AI, ML, and HPC is forecast to grow 416% between 2025 and 2030, placing unprecedented pressure on traditional power infrastructure.
De-Risked Infrastructure Model
CYNA-1 has operated for over three years on 100% renewable power, validating uptime, energy model, and cost structure.
Superior Project Economics
Industry-leading power costs of 5.5¢/kWh support targeted project-level IRRs of 19 - 21%, with proven sub-seven-year payback.
Mission-Critical Reliability
Engineered for 99.999% uptime with N+2 redundancy, supporting always-on, high-performance workloads.
Strategic Technology Alliances
Partnerships with AMD, Nvidia, and Dell ensure hardware alignment, optimized performance, and accelerated go-to-market execution.
Scalable Land Position
10,000-acre flagship site in New Mexico, expandable to 32,000 acres and 2.4 GW of capacity.
Deployment-Ready Infrastructure
50 MW of next-phase capacity is fully scoped and deployable within 12 months of funding.
Sector-Focused Commercial Strategy
Targeting long-term contracts in high-growth verticals, Life Sciences, Financial Services, and Energy.
Structured Capital Plan
$100M Bridge Round underway ($20M convertible note, $80M equity) ahead of $3.8B project financing (15% equity / 85% debt).
Global Expansion Roadmap
Repeatable development model with planned international rollout, beginning in the GCC region.
CYNA Roadmap
A clear execution roadmap highlights the key milestones driving CYNA’s growth.
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Phase I - Foundation
· 2020–2021: Two energy optimization patents issued.
· Q2 2021: 10,000-acre site secured in New Mexico.
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Phase II - Deployment
· Q4 2022: Node 1 microgrid commissioned.
· Q4 2023: Node 2 (4.7 MW) commissioned.
· Q3 2024: Redundant fiber network installed.
· Q4 2024: Data Center 2 operational.
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Phase III – Expansion
· Q2 2025: 100 MW Phase 1 financing secured.
· Q2 2026: 100 MW Phase 1 commissioned.
· Q2 2026: 500 MW Phase 2 initiated.
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(Subject to Financial Completion)
