Powering Growth: Invest in CYNA
Redefining the Economics of Compute Infrastructure
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.
Our model replaces utility constraints with energy independence, enabling infrastructure that is faster to deploy, cheaper to operate, and built to scale.
Superior Economics by Design
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.
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.
Phase I - Foundation
· 2020–2021: Two energy optimization patents issued.
· Q2 2021: 10,000-acre site secured in New Mexico.
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.
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.
(Subject to Financial Completion)
