Precision Agriculture

An optimised way to maximise profit and reduce waste (time)

TO MEASURE IS TO KNOW

Make Informed Data Driven Decisions.

Implementing precision agriculture practices for fertilizer, pesticide, and herbicide management offers significant long-term advantages.

By applying the right amount of inputs precisely where needed, soil health and fertility can be maintained and improved, promoting sustainable farming. This reduces chemical runoff, enhancing environmental protection and supporting biodiversity. Healthier soil structure and microbial health are preserved, and resistance management slows the development of resistant pests and weeds.

Additionally, farmers benefit from cost savings due to reduced input use and healthier crops experiencing less chemical stress, leading to improved crop yields over time.

Goal: Reduce up to 20% in fertilizer and 50% nutrient losses.

Collectively, we use the following practices to optimize fertilizer use, improve crop yields, and minimize environmental impact to achieve our goal.

SWAT Soil Mapping

Scientific way to combine topography, drainage & electrical conductivity to optimise soil potential.

Variable Rate Technology (VRT)

Using equipment that applies fertilizers at variable rates tailored to specific field conditions.

Targeted Application

Applying fertilizers precisely where and when crops need them, reducing excess use.

Monitoring & Adjusting

Continuously monitoring crop health and adjusting fertilization strategies accordingly.

Enhanced Communication

Robust Coms Network, Weather Station, VoIP Service, RTK Base station and IoT backbone.