CLIMATE TECH & ESG • AGRARIAN IOT

Arid-Zone Mesh — Arid-Zone Solar & UV Environmental Telemetry Mesh

Lead Hardware & Telemetry Designer

Executive Context

Semi-arid agricultural belts face falling water tables, while irrigation is scheduled by habit rather than measurement.

The Challenge

Build sensor nodes that survive years unattended in heat and dust, and turn their data into irrigation decisions farmers trust.

Designed an autonomous, solar-harvesting wireless sensor network measuring narrowband UV irradiance, soil evapotranspiration, and water-table stress across semi-arid agricultural belts to automate precision drip-irrigation schedules.

4-Stage Architecture Explorer · Click any node

UV, soil and water-table sensing.

▸Narrowband UV photodiodes
▸Soil moisture & ET probes
▸Piezometer water-table sensing
▸Supercap + solar harvesting

Groundwater Conservation

0+ Year

Solar Node Autonomy

Spectral & Soil Precision