Precise Farming, Zero Hunger is the goal that the world should strive to achieve. Despite some progress in recent years, feeding a rapidly growing population while ensuring equal access to food remains a challenge. The United Nations (UN) reports that more than 690 million people worldwide are still afflicted by hunger, and the COVID-19 pandemic has worsened the crisis. In response to this challenge, the UN has established its second Sustainable Development Goal (SDG 2): Zero Hunger. HEMAV, a Spanish AI technology company, has created Predictive-tech, a cutting-edge product that can help achieve Zero Hunger by enabling Precise Farming.
What is Predictive-tech?
Predictive-tech is a product developed by HEMAV that uses satellite imagery and artificial intelligence (AI) to predict crop yields and identify potential problems in the field. The technology collects data from various sources, including weather data, soil samples, and drone ans satellite imagery, to provide farmers with accurate predictions of crop yields, helping them make informed decisions about their farms.
How does Predictive-tech contribute to SDG 2: Zero Hunger?
HEMAV’s Predictive-tech is helping to achieve SDG 2: Zero Hunger by improving agricultural productivity and food security in several ways:
- Increased Crop Yields: Predictive-tech provides farmers with accurate predictions of crop yields, allowing them to optimize their farming practices to increase productivity and reduce waste.
- Reduced Food Waste: By providing farmers with accurate predictions of crop yields, Predictive-tech helps reduce food waste by ensuring that only the necessary amount of food is produced. Precise Agriculture for Ending Hunger
- Improved Food Security: Predictive-tech helps improve food security by ensuring that farmers can produce enough food to meet the needs of their communities.
- Reduced Environmental Impact: Predictive-tech helps reduce the environmental impact of agriculture by optimizing farming practices, reducing the use of water, fertilizers, and pesticides.
Case Study: Predictive-tech in Spain
HEMAV’s Predictive-tech has already made a significant impact in Spain. The technology has been used in various vineyards and olive groves to predict crop yields and identify potential problems. In one instance, Predictive-tech was used to monitor a vineyard in Rioja. The technology forecast dictated the exact moment for harvest, reducing in high % the grape wasting, demonstrating the accuracy of the technology. Precise Farming for Zero Hunger
- What crops can Predictive-tech be used for?
Predictive-tech can be used for various crops, including cereals, vegetables, fruits, and vines.
- How accurate is Predictive-tech?
Predictive-tech has an accuracy rate of up to 97%.
- What are the benefits of using Predictive-tech?
The benefits of using Predictive-tech include increased crop yields, reduced food waste, improved food security, and reduced environmental impact. HEMAV for Zero Hunger
HEMAV’s Predictive-tech is helping to achieve SDG 2: Zero Hunger. By providing farmers with accurate predictions of crop yields and identifying potential problems, Predictive-tech helps increase agricultural productivity, reduce food waste, and improve food security. The technology has already made a significant impact in Spain and has the potential to transform agriculture globally. Precise Farming for Zero Hunger