Agreed Earth provides a platform that utilizes machine learning, open-source models, and satellite data to monitor nitrogen flow in agriculture, helping farmers optimize fertilizer use and reduce nitrogen loss. This approach mitigates nitrous oxide emissions and nitrate pollution while enhancing soil health and farmer profitability in a $200 billion global fertilizer market.
Funding
Funding not disclosed
BTFounders
Product
Problem
Farmers often apply more nitrogen fertilizer than crops can effectively use, leading to significant nitrogen loss. This excess nitrogen not only represents a financial burden for farmers but also contributes to nitrous oxide emissions and nitrate pollution, negatively impacting the environment.
Solution
Agreed Earth offers a platform that leverages machine learning, open-source models, and satellite data to provide insights into nitrogen flow within agricultural systems. By monitoring nitrogen levels in real-time, the platform enables farmers to optimize fertilizer application, minimizing waste and reducing environmental impact. This data-driven approach helps to mitigate nitrous oxide emissions, prevent nitrate pollution, and promote healthier soil conditions. Ultimately, Agreed Earth aims to enhance both the profitability and sustainability of farming practices.
Target Audience
Agreed Earth primarily targets farmers and agricultural companies seeking to improve fertilizer management practices, reduce environmental impact, and enhance profitability.
Features
- Satellite-based nitrogen monitoring for real-time insights into field conditions
- Machine learning models to predict nitrogen uptake and loss
- Open-source data integration for comprehensive analysis
- Fertilizer optimization recommendations based on specific crop needs
- Reporting tools to track nitrogen use efficiency and environmental impact