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Industries

Agriculture and agri-food

Connected agriculture is only useful when the measurement changes a practice: starting irrigation, bringing a harvest forward, adjusting a treatment. Otherwise it is a sensor producing a graph.

Stakes

What weighs on the trade

  • Water resource and the cost of irrigation
  • Climate variability and yield loss
  • Traceability required by buyers and for export
  • Storage conditions after harvest

Critical operations

What must not stop

  • Field preparation and monitoring
  • Irrigation and fertilisation
  • Harvest and post-harvest
  • Storage and processing
  • Sale and traceability

Why digitalise

What technology changes here

Driving irrigation from real soil moisture rather than a calendar cuts water and energy use while steadying yield. It is measurable from the first season.

What can be automated

  • Irrigation triggered on a moisture threshold
  • Weather, frost and heat alerts
  • Automatic recording of operations by field
  • Monitoring of storage conditions
  • Generation of traceability documents

Capabilities

What we put in place

Software

  • Field monitoring and crop-management records
  • Irrigation control
  • Traceability from harvest to the batch sold
  • Stock and processing management
  • Yield and cost dashboards

Data

  • Yield per field relative to inputs
  • Water and energy consumption per hectare
  • Local weather history and its correlation with yield
  • Post-harvest losses per batch

IoT

  • Soil moisture and temperature sensors at several depths
  • Local weather station (rainfall, temperature, humidity, wind)
  • Control of irrigation valves and pumps
  • Monitoring of storage conditions (temperature, humidity)
  • Levels in water tanks and reservoirs
  • A LoRaWAN network suited to large areas with poor coverage

Artificial intelligence

  • Forecasting water needs from the weather and from history
  • Early detection of water stress
  • Yield estimation from the season's data

Integrations

  • Weather services
  • Cooperatives and buyers for traceability
  • ERP for stock and sales

Security

  • A unique identity per sensor to prevent falsified readings
  • Gateways that keep working without a network
  • Protection of farm data, which has competitive value
  • Tamper-evident traceability of regulatory records

Our approach

A typical path in this sector

  1. Pilot field

    One field instrumented over a full season, with an uninstrumented control.

  2. Irrigation control

    Moving from a calendar to threshold-based triggering, with the saving measured.

  3. Traceability

    Recording of operations and assembly of batches.

  4. Extension

    Rollout to the other fields and integration with processing.

Africa Tech Services

A project in the Agriculture and agri-food sector?

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