Treeinventorydatayourcity canactuallyuse.
We map your urban canopy on a continuous cadence — species, DBH, canopy spread, location, health. GIS-ready exports your forestry department can drop straight into ArcGIS or QGIS.
Capture rate measured in trees per mapper-hour.
Same protocol every record, every mapper, every city.
The fields above, nothing invented, nothing inferred without confidence scoring.
Per-tree record
Every asset captured by a mapper, structured for GIS.
The traditional inventory model isn't working.
Three reasons cities are turning to crowdsourced and AI-verified data.
Expensive
Consultant boots-on-the-ground inventories drain municipal budgets, especially for follow-up refreshes.
Affordable
Crowdsourced capture plus AI verification meaningfully lowers per-tree data acquisition cost.
Slow
Citywide inventories take months to plan, execute, and finalize before data reaches your GIS team.
Fast
Citywide data processing in weeks, not months. Continuous updates as new records flow in.
Infrequent
Data is often years old by the time it is used for strategic planning and budget cycles.
Always current
Continuous monitoring cycles ensure your GIS layer reflects the living reality of your canopy.
What every record carries.
Six dimensions of canopy data on every verified asset, ready for your GIS layer.
Species ID
High-confidence genus and species identification using multi-spectral imagery and leaf-pattern AI.
Health screening
Automated vitality scoring based on canopy density and structural integrity.
Diameter measurement
DBH calculated via advanced photogrammetry and ground-level measurement techniques.
Canopy analysis
Per-tree canopy area to track climate-resilience and heat-island mitigation targets.
Ownership data
Parcel-accurate classification separating municipal right-of-way assets from private vegetation.
Risk screening
Flagging high-risk targets near power lines, sidewalks, or foundations where a follow-up survey is needed.
Command your canopy.
A centralized portal for arborists and planners. Turns raw scans into actionable maintenance schedules, work orders, and risk queues.
- Real-time KPI tracking
- Work-order integration
- Interactive GIS heatmaps
- GeoJSON / Shapefile export
From observation to crew dispatch.
When an arborist spots a hazard from a tree record, one click opens a work order — priority, due date, and tree reference all carried over. Crews see it in the queue the moment it lands.
Planner files the work order from the tree page.
Routed to the crew lead with priority + due date.
Status flips when the truck rolls; blockers logged.
Closes with timestamp + auditable history.
- Linked to the originating tree + GPS pin
- Scoped to the planner's city — no cross-tenant leaks
- Atomic state transitions; no double-dispatch
- Audit trail per status change
Inspect root collar excavation
Tree pin AUS-DATS-00187 — visible girdling root on east side. Need crew with air-spade for excavation.
- Created by planner · Apr 06
- Assigned to Team B · Apr 07
- Started · Apr 11
Three tiers of verification.
AI validation
Every submission is processed by our multi-model AI pipeline for species ID, photo quality scoring, and GPS accuracy verification.
Community cross-validation
Overlapping mapper coverage enables triangulation, with multiple independent mappers contributing to the same district over time.
Expert audit
Certified arborists review a statistical sample of submissions quarterly. EPA QAPP-aligned methodology.
Designed for how cities buy.
Under $100K threshold
Available under Texas informal procurement threshold — no competitive bidding required.
Ready to map your city's future?
Schedule a demo to see how Urban Pulse modernizes urban-forest management from procurement to GIS export.