• Urban trees and canopies are invisible assets: no one tracks, in real time, how much CO₂ they absorb. • Utilities face a blind spot: power and water providers must manage vegetation and emissions without real-time, block-level visibility. Trees near power lines, substations, and pipelines are maintained reactively, not proactively, driving inefficiency and safety risks. • Developers can’t credibly market Net-Positive projects without live sequestration data. • City planners, insurers, and facility managers rely on coarse, outdated estimates and lose potential revenue and efficiency. • Property platforms lack environmental scores to differentiate listings. • HVAC systems assume a static “fresh air” baseline, ignoring outdoor chemical mix which drives down ventilation efficiency.

• A planetary-scale digital twin of urban forests and air: feed in DBH and species, and our 2,700+ models output height, canopy spread, biomass, leaf area, and an hourly CO₂ heartbeat. • The gases we measure — CO₂, NO₂, CO, VOCs, PM, and more — are directly linked to fatigue, asthma, cardiovascular disease, cancer risk, and reduced productivity • AI agents fuse Google Street View, satellite imagery, traffic, and weather models to locate trees and exposure hotspots with 97% accuracy. • Data streams into PostGIS, powering real-time dashboards, APIs, and GIS overlays for utilities (tree growth near lines, trimming cycles, pollutant loads), property listings, planning tools, HVAC optimization, insurance risk models, and compliance workflows -- all without any sensor nodes.