Mine Subsidence Intelligence

AI-Enabled Wireless Surface Mesh for Real-Time Subsidence Early Warning

PROTOTYPE DEMONSTRATION · PS 26025

Demonstrating the ESP32 sensor node collecting tilt, vibration, and strain data.

Hardware demonstration featuring the deployed LoRa sensor node and a real-world LoRaWAN gateway establishing a robust communication link.

ESP32 sensor nodes feed a self-healing LoRa mesh, MQTT, InfluxDB/PostGIS and a GIS dashboard for deformation and severity scoring.

EXISTING APPROACH

←→

OUR SYSTEM

drag divider

SYSTEM VISUALIZATION

Sensor Nodes

LoRa Mesh

Gateway

MQTT

Data Platform

AI Engine

GIS Dashboard

Alert System

Sensor Node

Solar-powered, low-cost, and distributed across the mine surface.

Cost per Node

~₹2,300

LoRa Mesh

865–867 MHz

Microcontroller

ESP32

Power Source

Solar

On-board Sensing

TiltVibrationStrainCrack

If a node drops out, telemetry reroutes through a neighbor rather than going dark.

SYSTEM VISUALIZATION - mesh routing

Nominal routing

Mine overview, live telemetry, and zone status.

DEMO DATA

PROTOTYPE DASHBOARD