Your starting point
Field boundary, sampling density and plan identifier.
GEOFARM PRO / CONNECTED TOOLS
Soil sampling
Better sampling starts with a better plan.
Define the boundary, method, density and grid geometry. Generate identified points and export the plan to guide collection and later match laboratory results.
Why use this tool
Standardize point distribution and sample traceability.
Your deliverable
Georeferenced sampling plan with point identifiers.
INSIDE THE TOOL
Control over the details.
Clarity for the decision.
From data preparation to final delivery, explore the controls that bring precision to planning and connect every stage of your work.
01 / GEOFARM PRO
Density in hectares per point
Enter how many hectares each point represents. Compare spatial density with sample count and budget.
02 / GEOFARM PRO
Distance spacing or cell dimensions
Choose regular spacing or cell dimensions. The grid organizes sampling distribution according to your strategy.
03 / GEOFARM PRO
Grid rotation and map alignment
Rotate the grid to follow a field reference. Use the field axis or a direction defined on the map.
04 / GEOFARM PRO
Centered points or alternating half-cell offsets
Compare centered cells and alternating placement to adapt the layout to different field shapes.
05 / GEOFARM PRO
Minimum edge distance and point limit
Set boundary setback and maximum point count. These controls help reconcile distribution and sampling logistics.
06 / GEOFARM PRO
Identification, saving and plan export
Identify points and save the plan associated with the field. The field file guides collection and later laboratory matching.
Explore the steps
APPLICATION SCENARIO
How it fits
into field work.
To prepare a sampling campaign, the team compares point count with the laboratory budget. Rotation, edge setback and grid positioning help organize field execution.
- Prepare the foundationField boundary, sampling density and plan identifier.
- Configure and reviewGrid rotation and map alignment. Centered points or alternating half-cell offsets.
- Validate the deliverableGeoreferenced sampling plan with point identifiers.
PRECISION YOU CAN MEASURE
Sampling that directs fertility investment
Plan georeferenced points, take the route to the field and use results to build spatial recommendations.
CONVENTIONAL → PRECISION AGRICULTURE
Compares one sampling campaign and one application. Sampling density does not automatically determine rate reduction. Enter the average recommended rate after agronomic interpretation. Sampling and laboratory costs are separate from technology cost.
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.
How we calculate ＋
Samples = ceil(area ÷ ha/sample). Each scenario cost = area × average rate × price + samples × cost per sample. Subtract technology from gross benefit.
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.
Technical basis and references
References support the agronomic mechanisms. Example values are editable assumptions, not percentages attributed to the studies.
ONLINE AND DESKTOP · WINDOWS AND macOS
In the office. In the field.
Your operation at the center.
From a connected environment to planning with local files: choose the work profile that suits your team and operation.
Your connected office
Browser experienceAccess the platform in your browser and connect information, analysis and deliverables in one workspace.
- Web platform access
- Fields, seasons and project organization
- Import, analysis and export workflows
Your field on your Mac
Desktop · local projectsOrganize files and projects on your computer, prepare basemaps and bring planning into your field routine.
- Work with local data
- File-based basemaps
- Continuity from planning to delivery
Your planning workstation
Desktop profile · WindowsFor teams that center technical work on Windows workstations and value organized files, equipment and projects.
- Technical desktop workflow
- File-oriented planning
- Configuration aligned with your operation
Talk to our team to define the right configuration for your online or offline operation.
Choose my solution ↗CONTINUE THE WORKFLOW
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