Your starting point
Elevation or water-related attributes and an area boundary.
GEOFARM PRO / CONNECTED TOOLS
Use elevation points or water-related attributes to classify excess and deficit zones. Configure flow or distribution lines, interpolation and visualization to study water management.

Elevation or water-related attributes and an area boundary.
Locate critical areas and organize drainage or irrigation planning.
Planning maps and lines; these do not represent valve automation.
INSIDE THE TOOL
From data preparation to final delivery, explore the controls that bring precision to planning and connect every stage of your work.
Select the study objective: understand drainage paths or organize water distribution zones and lines.
Choose a variable that represents the problem, such as elevation or moisture. The source guides spatial water-management interpretation.
Define classes to distinguish areas of need or excess. Compare their distribution with field context.
Set line count to detail water paths or distribution organization.
Adjust interpolation and use the area boundary to focus the study on the perimeter of interest.
Save zones and lines to form the plan and share the study with the execution team.

APPLICATION SCENARIO
In a field with wet and dry areas, a technician distinguishes environments and studies distribution or drainage lines. The budget estimates water volume from entered depth and efficiency.
PRECISION YOU CAN MEASURE
Organize sectors, terrain and planning maps to guide water management together with field monitoring.
Same net crop demand supplied. Efficiencies depend on the irrigation system and execution; software alone does not change physical efficiency.
ECONOMIC COMPARISON
Enable JavaScript to calculate this scenario.
Editable example per campaign or project. Enter local costs and the share of software, correction signal, equipment and services used in this scenario. Results are estimated from inputs; defaults are not research averages. Do not add benefits from studios representing the same operation.
Gross volume = area × 10 × net depth ÷ (efficiency/100). Cost = volume × water and energy/m³. Compare both volumes and subtract technology cost.
Net benefit = conventional cost − precision cost, including technology. Net return on technology = net benefit ÷ allocated technology cost × 100; displayed only when this cost is greater than zero. Only described components are compared, not the full crop budget.
Explore scenarios, track the effect of each input and export the comparison to discuss with your team.
References support the agronomic mechanisms. Example values are editable assumptions, not percentages attributed to the studies.
ONLINE AND DESKTOP · WINDOWS AND macOS
From a connected environment to planning with local files: choose the work profile that suits your team and operation.
Access the platform in your browser and connect information, analysis and deliverables in one workspace.
Organize files and projects on your computer, prepare basemaps and bring planning into your field routine.
For teams that center technical work on Windows workstations and value organized files, equipment and projects.
Talk to our team to define the right configuration for your online or offline operation.
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