Agricultural intelligence and decision support

Field intelligence from satellite, weather and farm data.

Keep farm records, monitor field conditions and connect observations with satellite, weather and soil context. Built for farmers and agricultural advisers who need practical decisions, not AI hype.

Where?Select, detect or draw a field.
What changed?Review vegetation, moisture and weather signals.
Why?Connect signals with field context and diary records.
What next?Prioritize scouting, reporting and decisions.
Global to Field View
Demo example, not live values
Selected context
Global agricultural areas
Field-level workflow
  • Farm and field records
  • Satellite field analysis
  • Weather and soil context
  • Diary, actions and reports
Location and language

Start from a country, then move to the field.

ZaminAI can work in global mode, or adapt the entry experience to a selected country and preferred language. Country can suggest language, but it does not force it.

The product story

What ZaminAI helps answer

The homepage now leads with the actual agricultural workflow instead of abstract AI claims.

01

Where is the issue?

Use a saved boundary, detected plot, crop map field or manually drawn polygon.

02

What is happening?

Review satellite, weather, soil and field-context signals for the selected geometry.

03

How much changed?

Compare vegetation, moisture, rainfall and historical trend indicators where data exists.

04

Why may it be happening?

Explain contributing factors such as low rainfall, heat, cloud limits or diary events.

05

What should I inspect?

Turn analysis into scouting priorities, field checks, advisor questions and reports.

Problems solved

What problems does ZaminAI help solve?

ZaminAI is positioned around field decisions, not technology for its own sake.

Monitoring

Fields are hard to inspect frequently

Remote satellite and weather monitoring helps users prioritize where physical scouting is needed.

Stress

Crop stress can appear gradually

Vegetation and moisture indicators can highlight potential changes before they are easy to interpret by eye.

Water

Irrigation decisions need context

Rainfall, temperature and vegetation signals help frame possible water stress without replacing field checks.

Risk

Disease-conducive weather is difficult to track

Where supported, humidity, rainfall and temperature context can flag elevated environmental risk.

Interpretation

Satellite data is technical

ZaminAI translates indices and weather context into understandable field-level explanations.

Programs

Organizations cannot visit every farm

Officer and program views support multi-field monitoring, prioritization and reporting.

How it works

From field selection to decision support

The operational analysis remains the existing working workflow. This homepage simply makes the path clearer.

Find or draw your field

Start from Analyze Field, Crop Map, saved fields or a manually drawn boundary.

Retrieve available data

Satellite, weather, soil and field geometry are connected to the selected plot.

Analyze field conditions

Vegetation, water-related signals, weather risk and historical context are evaluated.

Add farm context

Farm Diary, sensor readings and drone/photo records can add management evidence where available.

Act or monitor

Use the output for scouting, irrigation checks, advisor review, reports and follow-up observations.

From data to decision

Satellite imagerySentinel and vegetation indices
WeatherRainfall, temperature, humidity
Soil and field geometryPublic geospatial data and saved boundaries
Farm contextDiary, photos, sensors, drones where connected
ZaminAI analysisStatus, risk signals, trend, explanation
User decisionFarmer, advisor, officer or organization action
Data ecosystem

Available now versus expanding integrations

Trust requires clear source labels. Planned integrations are not presented as already operational.

Available

Satellite and field analysis

Existing analysis workflow uses field geometry and satellite indicators such as NDVI, EVI, SAVI, NDMI and related layers where supported.

Available

Weather context

Weather routes and forecast/recent rainfall context are present in the operational application.

Available

Soil and public geospatial data

Soil and environmental context are available as modeled/public estimates, not laboratory soil tests.

Available

Farm Diary

Field observations, activities and records exist in the Grower Hub and can support future interpretation.

Supported / Beta

Sensors and drone records

The repository includes sensor-reading and drone-photo routes. The homepage labels this as connected data where configured, not universal live IoT.

Planned

Machinery and external farm systems

Future integrations may include machinery telemetry, irrigation systems and farm-management platforms.

Realistic example

Potential water stress signal

This is an example explanation, not a live diagnosis. It shows how ZaminAI should communicate uncertainty.

Demo example

Field requires inspection

  • ObservedVegetation trend declining
  • Weather contextRecent rainfall low, high temperature
  • InterpretationConditions suggest possible water stress
  • UncertaintySatellite signal does not identify the exact cause
Recommended action: check soil moisture, inspect irrigation uniformity and record the observation in the Farm Diary before changing management.
First product workflow

One complete crop workflow before expanding modules

The first usable ZaminAI product is farmer and adviser recordkeeping connected to available field intelligence.

Connected product modules

Useful extensions, clearly separated by readiness

These modules belong to the ZaminAI product direction, but they are not repeated across the page or presented as more complete than they are.

Who it is for

Designed for field users and institutions

ZaminAI should be useful from one field to regional agricultural programs.

Farmers

Monitor and understand their own fields with clearer field-level guidance.

Advisors

Support scouting, recommendations and field follow-up using environmental context.

Agribusinesses

Monitor multiple farms or production areas with consistent field records.

NGOs and development programs

Support remote agricultural monitoring and digital advisory work.

Government and extension

Prioritize fields, regions and crop-risk monitoring for field programs.

Researchers

Explore relationships between satellite, weather, soil and agricultural conditions.

Where it can be used

A global architecture with local context

ZaminAI can potentially support agricultural monitoring where suitable satellite, weather and field data are available. Performance and interpretation may vary by crop, region and data quality.

Commercial pilot

Request a paid pilot

ZaminAI is ready to scope practical pilots for farmers, advisers and organizations. Pricing, payment provider setup and customer terms must be agreed before paid access or subscriptions are activated.

  • Set up farm and field records for one crop workflow.
  • Connect available satellite, weather and soil context to selected fields.
  • Train users to record activities, observations, costs and harvest information.
  • Produce a field history/report and define next configuration requirements.
No online payment is collected here.
Start with records

Create a farm, add a field, record what happened.

The first workflow is practical: farm records, field context, observations, actions and reports. Field analysis remains available when satellite/weather configuration supports it.