Real-Time Weather Data Logger

IoTEnvironmental Monitoring, Smart Agriculture, Smart Cities

Overview

An automated IoT weather monitoring system using GSM, GPRS, and GPS technologies to collect multiple environmental parameters, geo-tag data, and transmit to cloud for real-time visualization and analytics.

Key Features & Capabilities

Real-time monitoring of multiple weather parameters
GSM/GPRS-based data transmission
GPS-based location tagging
MQTT protocol for reliable IoT communication
Cloud dashboard for data visualization and analytics
Suitable for remote and unattended locations

Challenge / Problem Statement

Manual weather data collection and isolated weather stations do not provide real-time visibility or centralized access. Lack of timely data affects planning, agriculture decisions, and environmental analysis.

Oxymora Solution

Oxymora developed a Real-Time Weather Data Logger using GSM, GPRS, and GPS technologies. The system collects data from multiple analog sensors (temperature, humidity, pressure), geo-tags the data using GPS, and transmits it to an IoT-enabled cloud using the MQTT protocol.

Hardware

Temperature, humidity, pressure, and environmental sensors
Embedded microcontroller
GSM/GPRS module
GPS module
Power management circuitry

Software / Firmware

Embedded C/C++
MQTT
GSM+GPRS communication stack
IoT cloud platform

Outcome / Impact

Enabled continuous and remote weather monitoring. Improved data accuracy and availability. Supported data-driven decisions in agriculture and planning. Delivered a scalable IoT-based environmental monitoring solution.