GeoWind's patented icosahedral VAWT scales from a 3.5cm desk ornament to a city-scale flagship — one geometry, one patent, infinite scale. GW1800 is our commercial target today. GW-Omega is where this ends up. 437 inbound inquiries. Zero marketing spend.
Cities consume 75% of global energy but generate less than 5% locally. Conventional turbines were designed for empty fields — not urban environments.
Cities consume 75% of global energy but generate less than 5% locally. No viable small-scale urban wind solution existed — until now.
Traditional turbines need high steady wind and large land. 60–80dB noise makes them completely incompatible with urban environments.
Cities lack hyper-local weather data. Existing monitoring stations cost $50K+ each, leaving urban climate intelligence fragmented and inaccessible.
From rooftop micro-generation to utility-grade wind — no single platform has bridged this gap across energy generation and climate data. Until GeoWind.
GeoWind is not a "high-output wind turbine." It's a geometry-based platform — one icosahedral design that scales from IoT sensor nodes to utility-grade power, proven to outperform competing blade geometries of identical size at every scale.
No external power line needed. Install instantly on remote highways, urban parks, or any already-paved surface — no excavation, no conduit. Eliminates wiring CAPEX entirely.
The icosahedral truss distributes vibration and load evenly across 20 faces — minimal blade stress, no structural deformation even in typhoon-force conditions. Designed for locations no one can reach.
Powers CCTV, environmental sensors, and streetlights off-grid — while simultaneously streaming real-time wind, temperature, humidity, and pressure data. The energy-autonomous core of smart city infrastructure.
Every turbine is a climate data node. Creates hyper-local city-wide weather maps in real time — at 1/10th the cost of conventional weather stations ($50K+) with 10× the density.
Quieter than a library. Schools, hospitals, residential buildings, public spaces — every environment where conventional turbines are banned outright.
Every GeoWind product — from a 3.5cm desk ornament to a utility-scale GW-Omega — shares exactly one design principle. The icosahedral geometry doesn't change. Only the edge length does.
Skeptics say awards don't matter. Here's the data: CES 2026 generated — unsolicited inbound inquiries from — countries — with zero paid marketing. The award didn't prove the technology. The — people who found us afterward did.
Sustainability & Energy Transition category. Validates technical completeness, market readiness, and pilot program potential. Reduces market risk for investors.
Confirms urban and public environment installation viability. Validates user acceptance, regulatory compliance, and deployment feasibility in city environments.
Temasek Foundation (SG), Taiwan manufacturer with Americas export network, UK/EU distributors. Real enterprise relationships — not cold outreach.
Korea (Oido Museum, Ganghwa Island display), Vietnam, and Canada pilots actively progressing. Real deployments generating real data.
SMTech Korea · DAC · Helinox. Active manufacturing network ready to scale. SemoNemo (China network) + 트리백 (Gimpo factory showroom) for mass production.
Avg. price $15,000/unit. Cost reduction roadmap: ₩2.5M → ₩800K per unit at mass production scale. Royalty income begins 2027.
Every inquiry mapped by country, industry, and intent. Zero paid marketing. Browse the interactive global pipeline — no sign-in required.
View Inquiry Map →Before we spend a dollar on marketing, independent makers worldwide are replicating GeoWind's geodesic blade geometry — and lab testing confirms the aerodynamic advantage.
SolidWorks Flow Simulation and independent CFD analysis confirm the icosahedral blade geometry's aerodynamic advantage — across wind speeds, rotation directions, and blade configurations.
May 31, 2026. Harbin, China. A city of 10 million people. Zero warning.
Decentralized renewable energy and urban microgrid market (BloombergNEF). Growing at 18% CAGR — with zero viable urban wind incumbent.
Decentralized renewable energy & urban microgrid market. 12M+ rooftop-eligible urban buildings worldwide. Asia-Pacific, N. America, Coastal.
Focus markets: Korea, Vietnam, Canada, and initial global expansion. High urban density, strong sustainability mandates, growing ESG investment requirements.
1,000 units deployed by 2028 · $13M revenue target · Profitability within 30 months post-seed · Data subscription platform launches Q1 2027.
We are raising $1M on a SAFE instrument at $10M post-money valuation. Award-validated technology. Global demand proven. Manufacturing-ready.
Manufacturing scale-up with SemoNemo + 트리백 Gimpo factory. Unit cost drops from ₩2.5M to ₩800K.
Korea pilot completions + Vietnam & Canada deliveries. $1.1M revenue. Royalty income pipeline established.
GeoWind Climate Grid AI platform beta launch. Real-time microclimate dashboards for cities, researchers, and ESG funds.
Data-as-a-Service revenue stream activated. 200–300 units sold. $8M annual revenue run rate.
Skeptical of awards? Fair. Here's what matters: CES triggered 437 inbound inquiries with $0 spend. iF unlocks urban deployment approvals. The trophies sit on a shelf — the pipeline they created is what's on the cap table.
PCT international patent pending in 8 jurisdictions on the core icosahedron VAWT geometry. Durable competitive advantage with zero direct competitor.
437 inbound inquiries from 30+ countries with $0 marketing spend. 12 A+ enterprise leads including Temasek Foundation. Authentic product-market fit.
Hardware sales + recurring SaaS from climate data subscriptions. Diversified, scalable business model evolving into the first open renewable data infrastructure.
Eliminates excavation and conduit costs for CCTV, sensors, and streetlights via off-grid power. A direct smart city budget reducer — the killer B2G reference case.
Supports UN SDG 7, 11, 13. Perfect fit for ESG mandates, ODA funding, CSR programs, and government sustainability initiatives globally.
"GeoWind reduces market risk through CES and installation risk through iF Design. Combined, they accelerate adoption speed — the key metric for scaling deployment."
A team that combines deep technical invention, serial entrepreneurship, and senior corporate leadership.
Mechanical designer & patent holder. Leads R&D, secured CES 2026 & iF Design Award. Founded GeoWind 2024. Driving global expansion and investor relations from Seoul, Korea.
Serial entrepreneur in exhibition & installation. Secured the Oido Museum project — GeoWind's flagship Korean pilot. Deep network in the Korean smart-city ecosystem.
Former Lotte Group Corporate Planning. Leads VC relations and government funding strategy. Brings institutional credibility to GeoWind's fundraising and strategic partnerships.
We welcome serious inquiries from venture capital, angel investors, government partners, and strategic corporate partners.
PCT/KR2023/019844 · Independent Validation
