FieldGuard · Vegetation Workflow & Field Operations

From detection to verified completion

Satellite analytics tells you where the risk is. FieldGuard is what happens next: it turns detections into work packages, packages into priced orders, orders into completed cutbacks — and then verifies the result from orbit. One process, one audit trail, no spreadsheets in between.

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8-stage event-driven lifecycle Contractor quote workflow iOS & Android · 100% offline Satellite post-verification
The order lifecycle

One process — from detection to verified completion

A single, auditable flow. Not every job runs every step — flat-rate work can skip quoting — but the shape stays the same, and it always closes in orbit.

Detect
Plan
Assign
Execute
Verify
↻ the loop closes in orbit
Inside the product

This is the actual system — territories anonymized

These views come straight from the live platform running on real distribution networks. Line IDs and territories are anonymized; the workflow, data and screens are exactly what your team gets.

The whole network, risk-colored
LIVE NETWORK MAP

The whole network, risk-colored

The full distribution network is always on screen; vegetation risk is a toggleable layer on top. Click any span to open its measured evidence — height, species and clearance margin.

Measured evidence, span by span
SATELLITE EVIDENCE

Measured evidence, span by span

Canopy height, tree species and a year-over-year growth series — fused from spaceborne LiDAR and radar-optical satellite data. See exactly which crowns breach the clearance envelope, and when.

Packages form themselves — explained
AUTOMATED PLANNING

Packages form themselves — explained

A priority matrix (clearance risk × growth trend) with hard KO gates groups risky spans into economically sensible work packages. Every package answers “why this package?” with its underlying evidence.

One board, the entire lifecycle
EVENT-DRIVEN WORKFLOW

One board, the entire lifecycle

Every package is a card moving through named, event-driven stages — from quote requested to satellite-verified closure. No free-text statuses, no orders lost in an email thread.

Quote, execute, report — one thread
CONTRACTOR PORTAL

Quote, execute, report — one thread

Quote requests arrive with the package map and scope attached. The contractor prices it, receives the order, and reports completion with geotagged photos — everything on the package, nothing in email.

Built for the field — 100% offline
MOBILE · OFFLINE

Built for the field — 100% offline

Any rugged handheld or Android/iOS phone: full task list, GPS guidance and photo capture, fully offline in remote corridors, with automatic sync the moment signal returns.

NETWORK ANALYTICS

The whole network at a glance — measured, not guessed

Aggregate analytics across the entire network: clearance-category distribution in kilometres, tree-species mix, an independent land-cover cross-check (ESA WorldCover), and a data-reliability breakdown — planning rests on measurements, cross-validated against independent data.

Network-wide vegetation analytics — clearance categories, species mix, land cover and data reliability
VEG-INTEL Assistant — ask the network in natural language
Conversational AI · Human-in-the-loop

Ask the network in plain language

Type or speak a question — “how many KAT3 sections in Natura 2000?”, “which line carries the most risk?”, “how much will it grow by 2030?” The answer is computed from your own data and shown on the map. The AI detects and suggests; people decide and approve — auditable automation, not a black box.

Natural language & voiceAnswers on the mapAuditable · human-approved
One process · four roles

Built around the people who run vegetation programs

Every role sees the same packages through its own lens — planners model, dispatchers move, contractors execute, leadership audits.

VM Planner

Package Modeler

Automated, data-driven package formation from a priority matrix (clearance risk × growth trend). Every generated package answers "Why this package?" with the underlying spans, risk scores and vegetation evidence — explainable planning, not a black box.

Dispatcher

Workboard

A Kanban board across all lifecycle stages plus a per-package progress track. Attachments live on the package: quote request letter, package map PDF, incoming quote, completion photos, performance protocol. Nothing lives in email threads.

Contractor

Contractor Portal

A virtual inbox for quote requests: contractors receive the package map, submit a price, get the order, and report completion with geotagged photos. Supports two-tier contractor binding — permanent territorial assignment and order-level award can differ.

Leadership & Audit

Reporting

Automated reporting with human oversight. Program-level status across every package and contractor, a complete event log per order, and audit-ready documentation generated as a by-product of the workflow — not as extra work at quarter end.

What's inside

Capabilities mapped to the process, not to a feature list

Automated package formation

The modeler groups risky spans into economically sensible work packages by line, geography and priority — with target package size, distance and volume constraints you control.

Event-driven workflow

Transitions are named events (quote sent, quote received, ordered, completion reported…), each logged with actor and timestamp. Roll-back is an event too — the history is never rewritten.

Vegetation evidence per span

Real canopy height and species per span, with year-over-year time series, fused from spaceborne LiDAR and radar-optical satellite data — so planning decisions rest on measurements, not drive-by guesses.

Mobile field app

iOS & Android, fully offline for remote corridors. Work orders, GPS tracking, photo capture with AI annotation, and automatic sync when connectivity returns.

Completion proof — twice

First from the ground: geotagged, timestamped completion photos. Then from space: the next satellite acquisition independently confirms the cleared corridor.

Platform-native

FieldGuard consumes detections from SATGuard and BioGuard directly and feeds results back into the same risk model — every completed package improves the next planning cycle.

Not a siloGIS-native at the coreERP-ready — work orders to SAP PM / ERP via APIOpen exports — GeoJSON · SHP · CSV · REST / webhooks
Why this is different

Most tools stop at the photo. We verify from orbit.

Satellite-only vendors hand you a risk map and leave execution to spreadsheets. Field-app vendors track crews but can't see the vegetation. FieldGuard is the only layer that carries a detection through quoting, ordering and execution, and then closes it with independent satellite post-verification — built on the same measured vegetation data (validated canopy height at ±1.8 m mean error) that raised the flag in the first place.

Height model MAE 1.8 m · field-validated Species + height per span Year-over-year growth time series Full event-level audit trail
Built with practitioners

Designed with people who do this work every day

FieldGuard's workflow isn't a startup's guess at how utilities operate. It was shaped together with vegetation-management practitioners who have worked this process in the field for years, day in and day out — the package structures, the contractor binding model and the verification steps are the distilled version of how the job is actually run. That's why the lifecycle above matches how your dispatchers really work.

See the full loop on your own network

Bring your GIS corridor data — satellite monitoring is live within 24–48 hours, and we'll walk your team through the complete detection-to-verification workflow on real spans.

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