Geovision Hydrica: remote monitoring

The Challenge

Our client, a university, needed to develop an institutional environmental monitoring project to study water quality in tributaries within its surroundings for scientific research, sustainability, and student training. The challenge was to obtain continuous and reliable data on critical parameters such as dissolved oxygen, pH, temperature, turbidity, dissolved solids, and conductivity in remote areas where there was no connectivity or infrastructure for data transmission. Without an automated solution, the project could not advance with the technical rigor or scale required.

Our Solution

We designed and built a complete custom remote monitoring system, in collaboration with the university, as the technological pillar of the project:

• Robust and autonomous hardware: we developed autonomous sensor stations equipped with long-lasting batteries and solar panels for 24/7 operation in the field.
• LoRaWAN connectivity: we used long-range wireless transmission to send data from mountainous and hard-to-reach areas to the central server.
• Georeferenced web platform: centralization and real-time visualization of data on an interactive map to facilitate analysis for researchers.
• Artificial Intelligence module: algorithms that analyze water quality trends, detect anomalies early, and predict variations for proactive environmental management.

Platform Visualization

The geovisor interface allows viewing in real time the behavior and exact location of the distributed sensor nodes:

Measurable Results