ELZIAN AGRO delivers smart agronomy solutions that enable large‑scale farmers to monitor field conditions and automate operations using IoT sensors, drones, and farm‑mapping tools. Their platform provides real‑time data for precision irrigation, fertilizing, and robot harvesting, helping growers increase yields, improve crop quality, and reduce water, energy, and pesticide use. A portable IoT device prototype has been field‑tested in Sri Lanka, demonstrating accurate, easy‑to‑use measurements for farmers.
Funding
Funding not disclosed
Founders
Product
Problem
Large‑scale and indoor cultivators often lack real‑time visibility into soil, weather, and crop conditions, making it difficult to anticipate stress, allocate water, energy, and inputs efficiently, and maintain consistent product quality.
Solution
Elzian Agro offers an integrated smart agronomy platform that combines IoT‑enabled field sensors, a portable measurement device, and aerial drone imaging with precision‑farming software. The system streams soil moisture, temperature, nutrient, and weather data to a cloud‑based analytics engine, where algorithms generate actionable insights and automated control signals. Farmers can schedule demand‑based irrigation, variable‑rate fertilization, and robot‑assisted harvesting directly from a web dashboard or mobile app. By continuously monitoring key parameters, the platform helps users predict issues before they affect yields, optimize resource use, and improve the nutritional value of their crops while reducing reliance on pesticides.
Target Audience
Primary customers are large‑scale mass cultivators, indoor growers, and agribusiness operators seeking data‑driven precision agriculture solutions.
Features
- Network of low‑power IoT sensors for continuous soil moisture, temperature, pH, and ambient weather monitoring
- Portable handheld IoT device that provides instant, high‑accuracy field measurements with a simple user interface
- Drone‑based aerial imaging and farm mapping to assess canopy health and detect spatial variability
- Cloud‑hosted analytics platform delivering real‑time dashboards, predictive alerts, and resource‑allocation recommendations
- Automated demand‑based irrigation and variable‑rate fertilization controls that adjust inputs per plant zone
- Integration hooks for existing farm equipment and robotics to enable end‑to‑end automation