RYNAN Smart Agriculture products

Rice cultivation contributes a significant amount of greenhouse gases, particularly methane. Flooded rice fields are a major source of methane emissions globally. When organic matter in rice paddies decomposes underwater, microbes produce methane as a byproduct. This methane escapes into the atmosphere and contributes to the growing effects of global warming. It is estimated that around 10% of global methane emissions and 1.5% of total greenhouse gas emissions come from rice cultivation. 

Empowering farmers with data-driven insights to reduce chemical use, predict and manage pests with visual intelligence, and achieve sustainable, high-yield production.

The RYNAN Soil Monitoring Device is designed to provide real-time analytics of crucial soil parameters pivotal for agricultural success. Equipped with integrated sensors, it monitors soil temperature, moisture, electrical conductivity (EC), pH levels, and NPK content, offering comprehensive insights into soil health. Effective soil monitoring is vital for detecting nutrient imbalances that can impede crop growth and productivity. This device facilitates the early detection of adverse conditions, allowing timely interventions to optimize fertilizer application and crop yields sustainably. Data is accessible via the RYNAN MEKONG App, providing farmers with remote, real-time tracking capabilities through a 4G connection. The platform's real-time data transmission and visualization through SaaS systems enable continuous monitoring with minimal latency, promoting data-driven soil management practices. This solution aids in mitigating soil degradation and salinity issues, ensuring sustainable agricultural operations.

RYNAN Technologies presents an innovative approach to agriculture with their Smart Fertilizers, emphasizing controlled release technology to enhance efficiency and sustainability across diverse crop types. Unlike traditional fertilizers, RYNAN Smart Fertilizers deliver nutrients gradually over time, matching crop growth cycles and reducing nutrient waste. This method minimizes environmental impact by preventing nutrient runoff and volatilization, thereby curbing water and air pollution. A notable aspect is the nano polymer coating technology that incorporates beneficial microorganisms and plant hormones without impairment, enhancing nutrient uptake. Additionally, the outer anti-caking layer prolongs shelf life and improves storage resilience. These fertilizers cater to precision agriculture, adapting nutrient profiles to optimize yield and quality across various crops, from fruits to leafy vegetables. Furthermore, the reduced application frequency translates into lesser labor and cost, streamlining farm operations while maintaining soil health and boosting nutrient efficiency.