Abstract
DESIGN AND EVOLUTION OF INDUSTRIAL IOT SYSTEM USING RASPBERRY PI AND ENTERPRISE PYTHON AND C APPLICATIONS
Vinodha G.* and Sangeetha D. V.
ABSTRACT
The Climate Tracking Process found on Node and microcontroller control unit ESP8266 is adapted to provide real-time environmental data acquisition and remote monitoring capabilities. The system leverages the NodeMCU ESP8266 microcontroller, integrated with various sensors, to collect and transmit weather- related data into centralized server. The primary sensors include calescence, damp, and atmospheric pressure sensors. The NodeMCU ESP8266 linked with the cyberspace using Wi-Fi, enabling seamless communication with cloud-based platforms. The data mining is transmitted in real-time to a designated server, where it is processed and stored for data analysis. Users can access the weather data through a user-friendly web interface or a dedicated mobile application. The Climate tracking process joins with NodeMCU ESP8266 presents an efficient and cost-effective solution for individuals, researchers, and organizations seeking a customizable and easily deployable weather monitoring platform. Mixture of IoT technologies and cloud-based services enhances the system's capabilities, providing a comprehensive and accessible solution for weather data acquisition and analysis.
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