Is water reaching where it is needed?
- Observe
- Moisture at relevant depths, flow and pressure.
- Purpose
- Assess irrigation zones and verify the soil's response. Sensors calibrated and installed for that soil.
Agricultural IoT · From field to decision
Connect the field.
Understand what is happening.
Soil, weather, water and equipment: connect the signals that matter to understand your operation and assess irrigation decisions.
Observe first. Then interpret. Automate only with defined criteria and controls.
Connected farmConceptual diagram
The root of context
Moisture at different depths helps interpret the root zone. Installation and calibration depend on the soil and crop.
Measurement + context + operational judgment
People + technology
Technology starts with people who know the ground.
Sensors provide signals. People provide context, experience and judgment for decisions.
AI-generated scenes illustrate capabilities; they do not depict the team, clients or real installations.
Discuss an IoT projectConnected agriculture
Every signal answers
a question.
Open field or protected environment: technology enables observation. Interpretation retains the crop's context and the judgment of its grower.
What changes around the crop?
- Observe
- Temperature, air humidity, rainfall and wind according to the weather station.
- Purpose
- Review extreme conditions and organize fieldwork. Alerts do not replace a forecast or guarantee protection.
Does the environment match the growing context?
- Observe
- Temperature, humidity, light and, where relevant, pH and conductivity of water or nutrient solution.
- Purpose
- Relate deviations to ventilation or fertigation operations. Control only with integration and validation.
Is the operation responding as expected?
- Observe
- Level, pump status, consumption and available events.
- Purpose
- Prioritize inspections and log actions. Local safeguards and manual control remain part of the design.
From data to operations
Connection is the beginning.
Understanding is the goal.
The path depends on the site. Not every installation needs the same connection, a gateway or cloud services.
- 01 / Field
Sensors
Soil, weather, water and equipment. Instrumentation suited to what needs to be observed.
- 02 / Site
Gateway / edge
Validation and temporary storage. Local rules only when included in scope.
- 03 / Link
Connectivity
Local network, LoRaWAN or cellular connection according to coverage, power and requirements.
- 04 / Context
Platform
History, data quality, roles and alerts. Never confuse an old signal with a current reading.
- 05 / Response
Person / equipment
An informed decision. Remote control only when integrated, authorized and validated.
A solution that works with the rest of your system.
Connectivity ↗Satellite monitoring ↗Software ↗Cyber defense ↗Infographic · Irrigation cycle
A reading is not
yet a decision.
Criteria depend on the crop, soil and production stage. This cycle explains the process; it does not prescribe universal thresholds.
- 01
Measure
Capture signals from soil, weather and applied water.
- 02
Validate
Check calibration, battery, consistency and age.
- 03
Interpret
Compare with context and agronomic judgment.
- 04
Decide
Review the zone and the appropriate action.
- 05
Act
Human intervention or validated automation, with logging.
- 06
Verify
Check the response and measure again.
Illustrative demonstration · No live readingsIt is also important to know
It is also important to know
when not to trust the data.
Data available for review
Check calibration and context before using a reading to decide. A valid reading alone does not authorize an action.
Pilot before scaling
Start focused.
Learn from the field.
A project must demonstrate that its data is useful for operations. Equipment, maintenance, responsibilities and acceptance criteria are agreed before installation.
- 01
Context
Problem, site, coverage, power and the people who will operate the system.
- 02
Instrumentation
Select and install relevant measurement points, with calibration and defined limits.
- 03
Observation
Assess continuity, data quality and the usefulness of alerts over an agreed period.
- 04
Assessment
Review results and decide what to retain, correct or expand. No promised savings percentages.
Before you start
Can it operate where connectivity is limited?
Coverage, power and the required measurement frequency are assessed first. Local storage and different connections can be considered; coverage is not promised without a site assessment.
Can the system open valves or start pumps?
That is a separate scope from monitoring. It requires compatible equipment, permissions, safeguards, manual control, and technical and agronomic validation where applicable. This page's demonstration does not actuate equipment.
What information should I share?
Application, municipality or region, approximate scale and priority problem. For agriculture, include the crop and irrigation system. Do not include passwords, precise coordinates or confidential documents in the first contact.
What about data and maintenance?
Ownership, access, export, retention, sensor maintenance and support must be agreed for the project. The operational environment is designed separately from this commercial website.
Let's talk
What do you need to understand
better about your field?
Share your starting point. Let's define what to measure, which decision to support and how to assess an initial pilot.
Design an agricultural pilot