GeoComms

GIS-Run Precision Agriculture

See the Field. Verify the Problem. Measure the Result.

We combine aerial screening, GIS analysis, QField-guided field validation and professional interpretation to help farms locate problems, prioritize intervention and monitor results.

GIS-RUN PRECISION AGRICULTURE

The GeoComms Approach for Sugarcane

An integrated workflow combining drone imagery, multispectral analysis, QGIS spatial analysis, RTK-driven field validation, and FMIS operations to support field decisions and measurable outcomes.

Processing Workflow

Security-First Data Pipeline

Whole-Farm Screening

Whole-Farm Screening

Whole-Farm Screening

Whole-Farm Screening

Whole-Farm Screening

Whole-Farm Screening

Precision Agriculture Ecosystem

GeoComms Ecosystem Approach

Mt. Kanlaon / Negros Occidental — Productive Fields / Stronger Communities

GNSS SATELLITES

GPS GLONASS Galileo BeiDou

Multi-constellation GNSS observations shared between GeoComms RTK Base and field rover through private NTRIP caster for centimeter-level positioning.

PLANTATION FIELD BLOCKS

Block A — Good Vigor

Block B — Uneven Establishment

Block C — Possible Water Stress

Block D — Drainage Concern

Block E — Gap Areas

+ Priority Inspection Zone · Access Road · Irrigation / Drainage Canal

5-STEP WORKFLOW
 

RGB + Multispectral Capture

Multispectral Image Processing

QGIS Spatial Analysis

RTK-Driven QField Validation

FMIS Operations

Crop Intelligence

Crop Intelligence Capabilities

  • Crop inventory and plantation mapping
  • Crop-condition and variability screening
  • Plant-population and canopy analysis
  • Suspected stress-zone identification
  • Field inspection prioritization
  • Treatment and management-zone mapping
  • Repeat-flight comparison
  • Farm-management and traceability integration

FIELD VALIDATION ADVANTAGE

Aerial Intelligence Strengthened by Ground Evidence

AppliedSpatial identifies where abnormal conditions are occurring. QField then guides field teams to those locations and captures geotagged photographs, symptoms, observations and samples. This gives agronomists stronger evidence for narrowing probable causes and prescribing appropriate action.

Crop ICU — Under Precision Agriculture

Intensive Monitoring for High-Risk Plantation Areas

When routine screening identifies a serious or expanding problem, selected areas can be escalated into the GeoComms Crop ICU workflow.

EXAMPLE — Within a 1,000-hectare plantation:
 
Routine screening
 

1,000 ha

Suspicious

QField validation

100 ha

Confirmed → Crop ICU

Remainder

Routine monitoring

EXAMPLE — Within a 1,000-hectare plantation:
 

Triage

Field Verification

Professional Confirmation

Containment

Intervention

Repeat Monitoring

Recovery Assessment

ICU Management Zones
 

Critical core

The highest-risk area requiring immediate intervention.

 

Containment buffer

Surrounding area managed to prevent spread.

 

Observation perimeter

Monitored area outside the buffer for early detection.

 

Unaffected reference zone

Healthy baseline areas used for comparison.

 

Note: Crop ICU is not an automatic plant disease diagnosis. It is intensive, field-validated monitoring and intervention support.

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