Polynet Greenhouse Monitor
Agritech
Team Size
10 members
My Role
Product Manager & Technical Lead
SDG Impact
Project Impact
Optimized greenhouse operations with 25% improvement in crop yield and 30% reduction in resource waste through intelligent automation
Download the App
The Polynet Greenhouse Monitor is now available on Google Play Store. Download the app to experience real-time greenhouse monitoring and control features on your mobile device.
Download on Google PlayProject Overview
The Polynet Greenhouse Monitor is a modern, IoT-powered mobile application designed for efficient greenhouse management. Developed by Aqualink Bangladesh Ltd, this comprehensive solution addresses the critical challenges faced by modern greenhouse operators in maintaining optimal growing conditions while maximizing resource efficiency and crop yields. After logging in, users are directed to a user-friendly dashboard where they can select and monitor their greenhouse. The dashboard displays vital environmental data in real-time, including temperature, humidity, and soil moisture levels. Users can seamlessly switch between auto and manual modes for various peripherals such as fans, pumps, lights, and irrigation systems. The app features a side drawer where users can change the app language to suit their preferences and set custom schedules for peripherals to operate automatically, ensuring crops receive optimal care without constant supervision. Whether managing a small greenhouse or a large agricultural setup, Polynet Greenhouse offers precision, control, and convenience at your fingertips.
Key Features & Advantages
Real-time monitoring of temperature, humidity, and soil moisture levels
User-friendly dashboard for greenhouse selection and monitoring
Seamless switching between auto and manual control modes
Peripheral control for fans, pumps, lights, and irrigation systems
Custom schedule setting for automatic peripheral operation
Multi-language support with app language preferences
Side drawer navigation for easy access to settings and schedules
Mobile-first design optimized for greenhouse management on-the-go
Technologies & Tools
Challenges Faced
Integrating multiple sensor types and ensuring data accuracy in harsh greenhouse environments
Managing power consumption for continuous monitoring in remote locations
Developing reliable automation sequences for complex greenhouse operations
Ensuring system reliability and minimal downtime for critical growing operations
Creating user-friendly interfaces for non-technical greenhouse operators
Solutions Implemented
Developed rugged, weather-resistant sensors with self-calibration and error detection
Implemented energy-efficient edge computing with solar power and battery backup options
Created sophisticated automation engine with fail-safe mechanisms and manual override capabilities
Built redundant systems with automatic failover and remote diagnostics
Designed intuitive mobile-first interface with offline functionality and role-based access
Results & Impact
25% improvement in crop yield through optimized growing conditions
30% reduction in resource waste (water, fertilizer, energy) through intelligent automation
40% decrease in manual monitoring time for greenhouse operators
50% reduction in crop loss due to environmental stress or equipment failure
95% user satisfaction rate among greenhouse operators and managers