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MYFARMWEB™ platform collates large volumes of data captured from various sources including:

  • aerial photos
  • soil physical and soil chemical maps
  • topographic maps
  • leaf analysis
  • yield maps
  • AIRBUS VERDE biophysical parameters

Data captured by IoT (Internet of Things) devices such as:

  • soil moisture probes
  • tracking devices
  • micro weather stations

PRECISION FARMING SERVICES

My-Soil-Classification_Icon

MYSOIL CLASSIFICATION

Soils arranged on a taxonomic system, from general to specific qualities. Reports include soil form maps with crop potential differences, plant available water capacity, effective root depth, possible anaerobic conditions, management practice recommendations, representative soil moisture probe positions and variable seeding and fertilization maps. Management practise recco’s, including possible moisture probe positions.

ITESTSOIL

Correction of soil nutrient status can have as much as a 30% effect on the final yield. Top-/sub-soil samples are taken on a GPS grid. Samples are analysed at an ISO-accredited laboratory for pH, phosphorous, potassium, calcium, magnesium, and sodium. Several other chemical properties are also determined.

ITESTMICROLIFE

The MicroLife Research Centre is Agri Technovation’s laboratory based in Wellington, Western Cape, South Africa.

ITESTFARMER'S
SAMPLE

Managing your soil nutrient status to optimal levels is a key factor for crop yield optimization. In Top-/sub-soil samples are taken on a single GPS point. Samples are analysed at an ISO-accredited laboratory for pH, phosphorous, potassium, calcium, magnesium, and sodium. Several other chemical properties are also determined.

ITESTLEAF

Min/max norms and the relationships between the elements, used to compile crop-specific risk profiles. Offers individual leaf analysis and determines which elements are in shortage or in excess in the plant tissue. Provides reports with interpretations and recommendations to correct nutrient imbalances. Identification of nutritional profiles of various crops and cultivars.

ITESTPETIOLE

Petiole (Nu Petiole) allows the monitoring of a selection of major trace elements using state-of-the-art analytical instruments through the analysis of petioles.

ITESTCARBOHYDRATES

By using ITEST™ CARBOHYDRATES analyses, sugars and starch concentrations in leaves and roots can be accurately and continuously monitored at key crop physiological stages. This can lead to the timely development of management practices that will help producers to ensure optimal plant growth, yield, and fruit quality.

ITEST WATER

Analysis and interpretation of water and corrective recommendations.
ITEST Water suitability analysis:
irrigation, human/animal consumption, spraying, compatibility with foliar products for application through irrigation, total organic carbon (TOC), particle size distribution and spray water properties.

MYYIELDGRAINS

The MYYIELD™ service represents existing yield data generated by machine harvesters, that is uploaded and used for multi-layered analysis.

IFLY

With the IFly™ service, optical and spectral analytic data is obtained from drone, plane or satellite, and processed using world-class algorithms and the latest technology available in the market today.