Agronomic intelligence driven by multispectral NDVI imagery, root-zone moisture sensor telemetry, and RTK GNSS sprayer navigation. Assisted by Claude to triage superintendent inquiries, accelerate field diagnosis, and halt foliar fungal pathogens before canopy collapse.
The system automatically locks the Hole 7 Green polygon perimeter as mobile sensor rigs approach USGA collar boundaries. Toro Lynx Station #14 hydraulic pressure confirms normal operation at 65 PSI.
Engineered for course superintendents: lab-grade visual pathology diagnostics, sub-meter spatial geofencing, resistance-aware chemistry math, and operator triage assisted by Claude.
Eliminates misdiagnosis between destructive fungal diseases (such as Pythium blight or Rhizoctonia brown patch) and abiotic heat scald. Simultaneously correlates foliar lesions, mycelial signatures, and root-zone moisture metrics.
Full 18-hole polygon boundary mapping across Greens, Collars, Fairways, Bunkers, and Tee Boxes. Field equipment and autonomous sprayers recognize exact boundary limits to prevent off-target chemical drift.
Calculates precise active ingredient dosages for spray tanks from 16L knapsacks to 200L commercial rigs. The system strictly restricts repeated consecutive applications of the same FRAC group to prevent resistant fungal strains from establishing.
Assisted by Claude to streamline operator communications and handle incoming user inquiries. Grounds crews and turf managers can submit foliar observations, disease questions, or application notes in natural language, receiving immediate diagnostic triage and protocol-verified guidance before superintendent sign-off.
Championship putting greens cut down to 3.0 millimeters are fragile in tropical heat and high humidity. Misdiagnosing Pythium and spraying the wrong chemistry can destroy a green within 48 hours, causing massive restoration costs.
Aggregates macro canopy imagery, soil moisture/EC probes, and on-site weather telemetry into a single evaluation loop.
Solves exact active ingredient mass per square meter while enforcing strict rotational chemistry barriers.
Computes zone-by-zone water deficits based on surface slope and root-zone moisture, feeding Toro and Rain Bird decoders.
The system functions as an agronomic co-pilot. The superintendent maintains final approval before any valve opens or chemical mix dispenses.
Derived from empirical field trials across championship golf facilities and USGA-compliant hydrological modeling.
Compared to fixed timer schedules through daily evapotranspiration deficit modeling.
Zero turf loss from misdiagnosed fungal pathogens across monitored USGA-spec putting greens during operational deployments.
Every chemical application verified to prevent fungal pathogen resistance across green and tee complexes.
Tight boundary tracking ensuring zero off-target spray drift outside putting surfaces.
Deployment structures scaled to operational footprints, from single 18-hole championship courses to multi-course resort portfolios.
Tailored for 18-hole championship courses requiring CAD GIS boundary mapping, mobile staff diagnostic tools, and pathology verification.
Engineered for resort destinations, multi-course country clubs, and management groups operating distributed sports turf properties.
Designed for national golf federations, turfgrass sod producers, athletic stadium networks, and municipal park authorities.
Connect with our agronomy specialists to map your facility into CAD GIS and equip your maintenance team with intelligent field diagnostic modules.
Dispatched to [email protected]. An agronomy specialist will review your facility profile and reach out within 1 business day.