Overview
An IoT-enabled AgriBot prototype for smart farming using ESP32 edge control, environmental sensors, real-time telemetry, and automation logic for irrigation and fertilization decisions.
What I built
I worked on an ESP32-based smart farming prototype that connected environmental sensors, telemetry, mobile monitoring, and automation logic for irrigation and fertilization decisions.
Technical focus
The technical focus was hardware-software integration: reading sensor data, applying control logic, transmitting real-time field data, and giving users visibility through a monitoring dashboard.
Why it matters
This project shows my ability to connect software with physical systems, edge control, automation logic, and real-world decision support.