
Kamal Aliyu
Project OwnerLeads the development of AI models for real-time monitoring, automation, and predictive analytics. Ensures system accuracy and efficiency.
AgroZenith is transforming farming with an AI-powered hydroponic system designed for small-scale farmers. Our smart technology automates climate control, nutrient delivery, and water usage, increasing crop yields while reducing resource waste. By integrating IoT and real-time monitoring, we help farmers overcome climate challenges and optimize productivity. With a focus on affordability and scalability, AgroZenith empowers rural communities, ensuring food security and sustainability. Our mission is to make high-tech farming accessible, efficient, and resilient, regardless of weather or location.
New AI service
AgroZenith Smart Hydroponic AI is designed to optimize hydroponic farming by providing real-time monitoring, automated environmental adjustments, and actionable insights for farmers. The goal is to maximize crop yields while conserving water and nutrients, making sustainable farming accessible to small-scale and commercial farmers alike.
1. Real-time sensor data (temperature, humidity, pH, EC, nutrient levels, light intensity). 2. Farmer queries via chatbot. 3. Crop selection and growth stage data. 4. Environmental conditions from external sources (e.g., weather forecasts).
1. Automated environmental adjustments (water flow, nutrient mix, lighting, airflow). 2. Actionable insights and recommendations for optimizing plant growth. 3. Alerts and notifications for abnormal conditions. 4. Predictive analysis on yield expectations and harvesting schedules.
Develop and deploy the core AI system for real-time monitoring of hydroponic conditions, including temperature, humidity, water pH, nutrient levels, and light intensity. The system will integrate sensors, a data pipeline, and an initial AI model for data analysis.
A functional prototype capable of collecting and analyzing real-time data, generating alerts, and displaying insights on a user-friendly dashboard.
$15,000 USD
Successful data collection and monitoring with at least 90% accuracy in detecting environmental changes.
Develop AI-driven automation to adjust water and nutrient delivery, airflow, and lighting conditions based on real-time plant needs. Implement predictive algorithms to optimize yield and resource efficiency.
A fully integrated system with automated adjustments based on sensor data, reducing water and nutrient waste by at least 50%.
$20,000 USD
Successful real-time environmental adjustments with a measurable increase in plant growth efficiency.
Develop an AI chatbot to assist farmers with troubleshooting, best practices, and system recommendations. Final testing and deployment of the AgroZenith Smart Hydroponic AI system.
A functional AI chatbot integrated into the system, along with final system optimizations and deployment readiness for real-world testing.
$10,000 USD
Successful chatbot interaction with farmers and full system deployment for user testing.
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