A synchronized aquaculture telemetry solution combining ruggedized field instrumentation with an edge-to-cloud monitoring portal, tracking dissolved oxygen, pH, salinity, and water temperature in real time to prevent aquatic stock mortality.
The Challenge
Aquaculture and commercial fisheries depend on strict, narrow water quality thresholds to sustain fish and shrimp health. Subtle drifts in Dissolved Oxygen (DO), sharp pH swings, or salinity imbalances can trigger widespread stock stress, disease outbreaks, or sudden mass mortality within hours. Relying on spot-checking ponds or raceways with standalone manual probes is labor-intensive, unsuited for overnight oxygen dips, and leaves farm operators blind to gradual environmental shifts until it is too late to intervene.
What We Built
We engineered an integrated hardware-to-cloud water quality monitoring solution specifically for aquaculture operations. On the water, a dedicated multi-parameter field instrument continuously reads industrial DO, pH, salinity/electrical conductivity, and temperature probes, displaying live readings locally on a daylight-readable enclosure. In parallel, an integrated cellular/wireless IoT telemetry module pushes encrypted, second-by-second readings to a custom cloud dashboard, giving farm managers 24/7 visibility and automated SMS/app alarm notifications the moment water parameters drift outside safe biological envelopes.
Key Capabilities
- Continuous Multi-Probe Signal Conditioning: High-accuracy digital acquisition and dynamic temperature compensation for optical/galvanic Dissolved Oxygen (DO), combination pH electrodes, and toroidal salinity sensors.
- On-Site Daylight-Readable Display: High-contrast, weather-sealed field enclosure providing pond-side operators with instant, color-coded health indicators and numeric readouts.
- Autonomous Edge-to-Cloud Telemetry: Low-power wireless data transmission with local non-volatile offline caching to guarantee zero data loss during network dropouts.
- Live Web & Mobile Cloud Dashboard: Multi-pond visualization showing real-time water health, historical trendlines, thermal stratification curves, and diurnal DO cycles.
- Automated Early-Warning Alerts: Configurable threshold logic triggering instant multi-channel alerts (SMS, WhatsApp, audio alarms) for hypoxic conditions or rapid pH shifts, enabling proactive aeration and chemical dosing.
Outcome
Replaced reactive manual sampling with continuous, autonomous aquaculture oversight. Farm managers gain actionable, 24×7 insight into water chemistry, preventing costly stock loss, optimizing feeding and aeration cycles, and maintaining complete environmental traceability across every harvest cycle.