Key Features
Automation and Labor Intensity Reduction
The intelligent algorithm automates agricultural tasks, especially for elderly farmers, reducing their physical burden in labor-intensive activities like fertilization and irrigation.
Digital Training and Support for New Farmers
Digital training tools and resources are provided to new farmers to help them better understand and manage the complexities of agricultural production, thereby improving efficiency and stability in agriculture.
Real-Time Monitoring and Dynamic Adjustment
The algorithm dynamically adjusts fertilization plans based on real-time monitoring data, adapting to changing field conditions. This optimizes nutrient supply, aiming for efficient and sustainable agricultural production.
Integrated Business Model
Our project has engaged with several key stakeholder groups to promote our innovative greenhouse
system and its potential benefits. Through our engagement with these key stakeholder groups, we
have been able to promote our project's potential benefits, foster collaboration, and create a more
sustainable and efficient agricultural ecosystem.
Innovative Algorithm
Our algorithm meticulously monitors various stages of plant growth, soil conditions, and weather data, yielding highly accurate planting advice, enabling young farmers to optimize field management. Moreover, our algorithm isn't static; it dynamically revises fertilization strategies based on continuous real-time monitoring.
Impact
- Billable vegetable yield volume increase by 33%
- Production cycle increases from 2 rounds to 6 rounds per year
- Selling price increases by ~80% with better quality through higher end channels
