The buildings and construction sector accounts for 34% of global CO₂ emissions and 32% of global energy demand -- making it one of the largest drivers of climate change. Source: UNEP and Global Alliance for Buildings and Construction, Global Status Report for Buildings and Construction 2024/2025

Climate disasters are destroying communities at record scale. The U.S. set an all-time record with 28 billion-dollar disasters in 2023, followed by 27 more in 2024 -- averaging $149 billion in annual damage over the last five years. Globally, natural disasters caused $320 billion in damage in 2024, with weather catastrophes accounting for 93% of losses. Sources: NOAA National Centers for Environmental Information, “Assessing the U.S. Climate in 2024” (January 2025); Munich Re, “Natural Catastrophe Statistics 2024” (January 2025)

As of 2025, ~75% of U.S. households cannot afford a median-priced new home under typical underwriting standards (30-year mortgage, 6.5% interest, 10% down). Source: National Association of Home Builders, Special Study: Households Priced Out of the Housing Market (2025)

Over 10,000 toxic chemicals are identified in the Living Building Challenge Red List for use in building materials, including carcinogens, endocrine disruptors, and persistent organic pollutants. Approximately 47% of U.S. homes have dampness and mold problems, with 4.6 million asthma cases annually attributed to mold exposure. Sources: International Living Future Institute, Living Building Challenge Red List (2025); Lawrence Berkeley National Laboratory, “Prevalence of Building Dampness”; Mudarri & Fisk / EPA and Lawrence Berkeley National Laboratory, “Public Health and Economic Impact of Dampness and Mold” (2007)

The U.S. housing supply gap widened to over 4 million homes in 2025, up from 3.8 million in 2024. Even under an optimistic construction scenario, experts estimate it would take roughly seven years to eliminate the deficit. Source: Realtor.com, “2026 Housing Supply Gap Report” (March 2026)

Designed to reduce both operational and embodied carbon: independent life cycle assessment shows Geoship domes produce 89% lower heating emissions and 71% lower embodied carbon emissions than a conventional home of the same size. Source: Tunley Engineering, “Embodied Carbon Assessment for Geoship.” Geoship’s precision off-site production also reduces onsite construction waste by up to 90%, compared to the industry average of 30% waste in conventional construction. Sources: Schooley Mitchell, “The True Cost of Construction Waste”; Modular Building Institute, “Building Green, Living Clean” (2023), citing Waste & Resources Action Programme (WRAP) data.

Geoship dome system components demonstrate multi-hazard resilience through independent testing: GeoRock bioceramic materials classified as non-combustible under ASTM E136 with no sustained flaming at 750°C (fire resistance); ASTM E331 testing showed no water penetration under simulated wind-driven rain at 2.86 psf and 5.0 gal/ft²/hr (flood resistance); ASTM E330 structural testing demonstrated no damage under +29.1 psf and -24.0 psf wind pressure loads (hurricane resistance); curved geodesic shell geometry distributes loads evenly and reduces stress concentrations under lateral seismic forces (earthquake resistance). Sources: QAI Laboratories, ASTM E136 Test Report (2025); Twining Consulting Inc., Listing Report – Geoship Dome System Components, RAD-1374

Geoship targets ~$111/sq ft construction cost at scale, compared to the U.S. average of $162/sq ft and $200-$280+/sq ft in high-cost markets such as California, New York, and the Northeast -- representing a 30-60% reduction depending on market. Achieved through standardized designs, materials innovation, and volume production. Cost comparison is construction only, excluding land, permitting, and financing. Sources: NAHB, “Cost of Constructing a Home 2024” (January 2025); TXR AC, “Average Home Construction Cost: 2026 State-by-State Analysis”; Geoship internal cost projections.

GeoRock is based on Chemically Bonded Phosphate Ceramics (CBPCs), a class of room-temperature-forming ceramic materials whose definition was established by materials scientist Rustum Roy (1987), which initiated an extensive R&D program at Argonne National Laboratory. Sources: Wagh, A., “Recent Progress in Chemically Bonded Phosphate Ceramics,” ISRN Ceramics (2013); ScienceDirect, “Chemically Bonded Ceramic -- Overview”



Geoship can deliver and install homes in as few as 2-4 weeks at scale, with more complex configurations up to ~45 days, vs. traditional single-family construction timelines ranging from 7.6 to 15 months (228-453 days). At the 4-week target, that represents approximately 9x faster than the 9.1-month industry average. Source: U.S. Census Bureau Survey of Construction (2024); NAHB Eye on Housing, “Single-Family Homes Are Built Faster in 2024” (September 2025)

Only 29% of Americans who planned to buy a home in 2025 actually did so, per a NerdWallet survey, meaning the majority of would-be buyers were priced out, discouraged, or otherwise unable to complete a purchase. Pent-up demand calculation: if the $3.72T U.S. residential real estate market represents the 29% of realized demand, total implied demand equals $12.8T ($3.72T ÷ 0.29), leaving $9.1T in unmet demand (the remaining 71%). Sources: NerdWallet, “2026 Home Buyer Report” (Harris Poll, January 2026); Mordor Intelligence, “Residential Real Estate Market in USA” (2025)

Global residential real estate market: $10.1T annually (2024). Source: The Business Research Company, Residential Real Estate Global Market Report (2024)



Global single-family housing construction market: $846B (2026 projected). Source: Research and Markets, Single-Family Housing Construction Global Market Report



U.S. single-family new construction market: ~$433B annually. Single-family construction represents approximately 47% of total U.S. residential construction spending of $917.9B in 2024 (47% × $917.9B = ~$431B, rounded to ~$433B). Source: U.S. Census Bureau, Value of Construction Put in Place Survey, 2024 Annual Total (February 2025)



Serviceable Addressable Market: $108B. Cultural Creatives represent approximately 25% of U.S. adults -- consumers who prioritize ecological sustainability, community engagement, and social consciousness -- yielding a $108B SAM (25% × $433B). Source: Paul H. Ray and Sherry Ruth Anderson, The Cultural Creatives: How 50 Million People Are Changing the World (2000).



2% of SAM ($108B) = $2.16B in revenue opportunity, rounded to $2.2B.



Geoship’s Beta dome system targets approximately 300 build pieces compared to 1,500-2,200 build pieces in conventional wood-frame construction of comparable square footage -- representing an 80%+ reduction in parts. Comparison covers envelope components from framing through perimeter drywall, excluding MEP and interior finish. Source: Geoship internal engineering analysis, Envelope Parts Comparison Study (Beta system vs. conventional wood frame, 1,600 sq ft baseline).

Demand is shifting toward climate-resilient, wellness-focused, and community-oriented housing, with wellness real estate among the fastest-growing sectors. Source: Global Wellness Institute, “Wellness Real Estate”

GeoRock bioceramic (CBPC) materials are inorganic and mineral-based, containing no organic compounds. As a result they produce zero volatile organic compounds (VOCs), no ozone depletion, and no hazardous air pollutants (HAPs). Their dense, non-porous crystalline structure also makes them inherently resistant to mold and microbial growth, as mold requires organic matter to colonize. Sources: ScienceDirect, “Chemically Bonded Phosphate Ceramic -- Overview” (no VOCs, no ozone depletion, no HAPs; inorganic mineral composition); Wagh, A., “Recent Progress in Chemically Bonded Phosphate Ceramics,” ISRN Ceramics (2013) (inorganic, nonflammable, negligible porosity, extremely low water permeability)

Geoship domes are designed with nature-like fractal patterns to support calmer, more regulated nervous system states. Recent interior-environment research found that mid-range fractal wall patterns improved physiological stress recovery measured through heart rate variability, and broader nature-exposure studies consistently show shifts toward lower sympathetic activity and higher parasympathetic activity. This is a design feature, not a medical claim or guaranteed outcome. Sources: Building and Environment (2025), “The role of fractal patterns in modulating stress response and recovery in virtual indoor environments”; Frontiers in Psychology (2021), “Aesthetics and Psychological Effects of Fractal Based Design”; Sustainability / MDPI (2021), “The Potential of Biophilic Fractal Designs to Promote Health and Performance”

GeoRock bioceramic materials are pH neutral, nontoxic, and biocompatible. Magnesium phosphate ceramics are composed of elements naturally present in human bone and tissue and have been extensively studied for biomedical applications. Sources: ScienceDirect, “Chemically Bonded Phosphate Ceramic -- Overview” (pH neutral, nontoxic, natural minerals: “unlike Portland cement, CBPCs are acid-base cements and are neutral…entirely inorganic and nontoxic”); PubMed, “Biodegradable Magnesium Phosphates in Biomedical Applications” (2022) (biocompatibility: “both magnesium and phosphorus are common elements in the human body…excellent biocompatibility”); PubMed, “Magnesium Phosphate Bioceramics for Bone Tissue Engineering” (2022) (biomedical research: “magnesium plays an important role in bone metabolism, DNA stabilization, and skeletal development”)