24/7 water quality monitoring and intelligent aerator automation for sustainable aquaculture. Improve survival rates by 35% while reducing energy costs through smart automation and real-time insights.
End-to-end water quality monitoring and aerator automation solution designed for sustainable aquaculture operations with real-time insights and intelligent control systems.
Continuous monitoring of pH, dissolved oxygen (DO), ammonia, and temperature with high-precision sensors and instant alerts for optimal aquaculture conditions.
Intelligent control of aerators and pumps based on real-time water quality data with threshold-based automation and manual override capabilities.
Complete control and monitoring through mobile app and web dashboard with offline-first capabilities and automatic data synchronization.
Smart energy management with 20% reduction in energy consumption through optimized aerator duty cycles and intelligent scheduling.
Comprehensive monitoring of pH, dissolved oxygen (DO), ammonia, and temperature with threshold-based control of aerators and pumps. Works online and offline with seamless synchronization.
Continuous monitoring of pH, DO, ammonia, and temperature with high-precision sensors and instant alerts for optimal aquaculture conditions.
Intelligent control of aerators and pumps based on real-time water quality data with threshold-based automation and manual override capabilities.
Complete control and monitoring through mobile app and web dashboard with offline-first capabilities and automatic data synchronization.
Complete water quality monitoring and aerator control through our mobile application. Monitor pH, DO, ammonia levels, and control aerators remotely with offline capabilities.
Comprehensive water quality monitoring and control capabilities designed for sustainable aquaculture operations, ensuring optimal growing conditions and maximum survival rates.
Our water quality monitoring solution delivers measurable benefits for aquaculture operations, with proven results across 8 districts and partnerships with 6 NGOs.
Average improvement in fish survival rates through stable water quality and optimal DO levels
Reduction in energy consumption through smart aerator automation and optimization
Reduction in manual monitoring time through automation and real-time alerts
Continuous water quality monitoring with instant alerts for critical conditions
Stable water conditions and optimal DO levels result in 35% improvement in fish survival rates. Automated monitoring ensures consistent water quality throughout all growth stages.
Average survival improvement
Smart aerator automation and optimized duty cycles reduce energy consumption by 20%. Intelligent scheduling based on water quality data minimizes unnecessary energy usage.
Average energy savings
Automated monitoring and control systems reduce manual labor requirements by 50%. Remote management capabilities allow for efficient operation with minimal on-site personnel.
Reduction in manual monitoring
Successful deployment across 8 districts with robust outcomes and proven results
Collaboration with 6 NGOs for sustainable practices and community training
Works reliably even in areas with poor connectivity with automatic sync
Compatible with various aerators, pumps, and control systems
See how our water quality monitoring and aerator automation deliver measurable improvements in survival rates, growth, and energy efficiency. Join successful deployments across 8 districts.
Ready to transform your operations? Tell us about your project and we'll provide a customized proposal.
House#26, Road#28, Block#K
Banani, Dhaka-1213
National ICT Award 2022 winner
Complete IoT ecosystem
Proven results across deployments