IoT-Based Water Quality Monitoring & Smart Peripheral Control
Aquatech
Team Size
12 members
My Role
Product Manager & Technical Lead
SDG Impact
Project Impact
Deployed across 8 districts, impacting 30 farmers with 20% energy savings through optimized operations
Download the App
The Aquaculture WMS (Water Management System) is now available on Google Play Store. Download the app to experience real-time water quality monitoring and smart peripheral control features for your aquaculture operations.
Download on Google PlayProject Overview
This innovative IoT-based water quality monitoring system revolutionizes aquaculture and agricultural water management by providing continuous, real-time monitoring of critical water parameters. The solution addresses the pressing need for sustainable water management in farming and aquaculture operations, where poor water quality can lead to significant losses in yield and increased mortality rates. The system combines advanced sensor technology with intelligent automation to maintain optimal water conditions while minimizing energy consumption and environmental impact. By providing both automated control and remote monitoring capabilities, farmers can ensure consistent water quality while reducing operational costs and manual labor requirements.
Key Features & Advantages
24/7 Real-time water quality monitoring (pH, DO, Ammonia, Temperature)
Smart peripheral control with threshold-based automation
Remote access via mobile/web dashboard with offline capabilities
Up to 20% energy savings through optimized aerator operations
Increased yield & survival rates with stable water conditions
Collaboration with 6 NGOs for sustainable water management
Historical data analysis and trend prediction
Multi-device integration with various aerators and pumps
Technologies & Tools
Challenges Faced
Ensuring sensor accuracy in harsh aquatic environments
Managing power consumption for continuous monitoring
Integrating with diverse existing farm equipment
Providing reliable connectivity in remote rural areas
Training farmers on new technology adoption
Solutions Implemented
Developed rugged, waterproof sensors with self-calibration features
Implemented energy-efficient edge computing with solar power options
Created universal adapter system for equipment integration
Deployed hybrid connectivity solutions (LoRaWAN, WiFi, cellular)
Conducted comprehensive training programs with local NGOs
Results & Impact
20% reduction in energy consumption through smart automation
35% improvement in fish survival rates
50% reduction in manual monitoring time
Successful deployment across 8 districts
Partnership with 6 NGOs for sustainable practices