
SECTION II
The real estate industry needs this level of authorship. Rising construction costs, energy inefficiency, climate instability, housing shortages, and poor infrastructure planning require systematic solutions.
This is developer-level infrastructure engineering.
Not conceptual thinking.
SECTION III
Solar-native multi-residential infrastructure prototypes. Each design follows strict engineering and cost discipline: maximum 4 units per building, maximum $150,000 per unit, fully solar-native energy systems.
These are deployable, not conceptual.

Vertically stacked 4-unit building with strategically positioned rooftop solar array, central shared wet wall plumbing system, and heat pump HVAC per unit. Storm-resilient structural system with reinforced concrete and steel framing.
SPECIFICATIONS
Units: 4 vertical stack
Cost per unit: $145,000
Solar capacity: 12kW rooftop array
Infrastructure: Fully electric, central wet wall

Narrow footprint maximizing vertical efficiency for urban infill. Rooftop solar array with 30-degree tilt, centralized wet wall plumbing core, individual heat pump units per floor. Code-compliant structural system with visible steel moment frames.
SPECIFICATIONS
Units: 4 vertical stack
Cost per unit: $138,000
Solar capacity: 10kW tilted array
Infrastructure: Urban infill optimized

Two stacked duplexes with extensive rooftop solar covering 80% of roof surface. Shared central wet wall containing all plumbing risers and water heaters. Ducted heat pump systems with rooftop condensers. Engineered wood frame construction.
SPECIFICATIONS
Units: 4 (2 duplex stack)
Cost per unit: $142,000
Solar capacity: 14kW ballasted array
Infrastructure: Water-efficient xeriscaping

U-shaped plan with central shared courtyard. Solar panels integrated into south-facing roof planes with bifacial modules capturing reflected light. Centralized mechanical room housing shared systems. Hurricane-rated structural system.
SPECIFICATIONS
Units: 4 courtyard arrangement
Cost per unit: $150,000
Solar capacity: 13kW bifacial array
Infrastructure: Climate-adapted coastal design
SECTION IV
Core doctrines governing infrastructure development and civilizational architecture. Jasmine Duke has authored 28 protected trademarks spanning intelligence governance, infrastructure architecture, operational philosophy, real estate development, and visual infrastructure.
Framework establishing authorship across intelligence governance, infrastructure philosophy, and real estate development systems.
Doctrine establishing solar energy as the lawful substrate for all infrastructure development and intelligence systems.
Framework for maximizing land use efficiency through vertical stacking and repeatable development models.
Governance framework ensuring infrastructure serves human flourishing and generational sustainability.
SECTION V
Jasmine Duke is actively seeking development partnerships with cities, private developers, landowners, and infrastructure partners to deploy solar-native real estate development systems.
These partnerships enable the implementation of next-generation housing prototypes engineered for energy independence, climate resilience, and scalable urban deployment.
Collaboration opportunities include pilot projects, vacant land activation, public-private partnerships, and full-scale prototype deployment across municipal, private, and institutional development pipelines.