Why?

Modern irrigation relies heavily on complex evapotranspiration crop models that fall short of addressing plant needs, resulting in wasted resources and a failure to reach growth potential. Most farmers also rely on professional experience to make irrigation and fertigation decisions, however as we face never-before-seen weather conditions, these insights are not always enough. The agricultural industry must be quick to adapt in order to feed the growing population for years to come.

What?

Agrinoze’s end-to-end solution goes beyond providing farmers with insights by automatically executing the appropriate responses to changes in the soil. We are the first to completely abandon evapotranspiration-based irrigation crop models in favor of an autonomous precision irrigation & fertigation solution, suitable for any soil or crop.

How?

Real-time data flows from various soil sensors in the plot to the control room. The Agrnoze algorithm conducts a proven soil analysis and immediately activates the appropriate response to relevant fluctuations in the environment. By maintaining optimal soil conditions 24/7, plants are provided with a constant supply of water and nutrients and are able to maximize growth potential with minimal input resources and human intervention. Agrinoze minimizes economic and environmental costs by reducing dependence on large amounts of water, fertilizer, and farmland.

Advantages

• Increased yield per plant: Reach full growth potential by providing optimal conditions through precise calculations that produce shorter growth cycles (more growth cycles per year compared to traditional agriculture)
• Increased yield per hectare: Agrinoze recommends a dense planting protocol with shorter distances between seeds rows. This doubles, or some cases triples, the crop yield per hectare.
• Sustainability:
  • Reduced water and fertilizer consumption
  • A dense planting protocol maximizes land utilization and reduces the need for deforestation.
  • Maintaining healthy, rich soil reduces the need for tillage, a significant contributor to greenhouse gas emissions.

Results

Our method was tested by over 100 farmers globally and yielded consistent results:

• Increased yield - up to 300%+
• Water conservation - up to 50%+
• Reduced fertilizer use - up to 70%+

These results include challenging environments such as sand and desert. Farms using Agrinoze save money while also minimizing significant sources of agricultural pollution. Agrinoze was developed to fit all agricultural needs, growing anything anywhere, and is on a mission to ensure global, sustainable food security.

Market

The Precision Irrigation market will be worth $ 20.99 B by 2027, with a CAGR of 12.7%. Drip irrigation market penetration is still only at 7%.

Our target clients are the governments of countries that define food security as a strategic goal and have large, underdeveloped agricultural land, for example, Asia and North Africa. We also aim to implement our method in cooperation with world technology leaders in the US and Europe.

Business Model

Agrinoze partners with investors and local farms using a subscription-based model. In some cases, the partnership includes deeper involvement (from irrigation planning and implementation to farm establishment and management)