IoT-enabled hydrogeochemical sensing paired with real-time GIS spatial mapping. Know your water. Everywhere. Always.
The Device
ESP32 IoT Device
[ hardware photo ]
Dual-core 240MHz processor with Wi-Fi & BLE. Handles all sensor orchestration and data transmission.
ADS1115 16-bit ADC for precision analog reads. pH electrode, TDS V1.0 probe, and DS18B20 thermal sensor.
Every sample is stamped with GPS coordinates. Seamlessly feeds into the HydroSync GIS spatial pipeline.
Outputs structured CSV in real-time — directly ingestible by the dashboard and GIS interpolation engine.
Capabilities
Interpolate sensor point data across your study area using Inverse Distance Weighting or Ordinary Kriging — rendered as interactive Folium maps.
GEOSTATISTICSGibbs diagrams, Durov plots, suitability scatter plots, and statistical distributions — all computed from your CSV in seconds.
ANALYTICSGemini-powered report generation creates professional hydrogeological assessments in English, Hindi, and Tamil.
AI / NLPLive sensor streaming via MQTT or direct CSV upload. Watch your spatial map update as new readings arrive from the field.
IOT LIVEAutomatic flagging of high TDS, fluoride, nitrate, and pH anomalies with WHO-aligned thresholds and risk descriptions.
PUBLIC HEALTHDownload reports as .docx or .pdf. Export filtered datasets as CSV. Share maps via direct link. All in one click.
EXPORTParameters Monitored
Map Render Time
Language Support
Sampling Points
Process
The Creator
An interdisciplinary innovator at the intersection of hydrogeology, IoT sensing, and spatial computing. HydroSync GIS was built from the ground up — from the ESP32 circuit board to the Kriging interpolation engine — to bring field-grade water intelligence to anyone with a laptop.
Open the live dashboard and upload your CSV — spatial maps render in under two seconds, no GIS expertise needed.
Launch Dashboard →