Abstract :

In Modern Urban Environments, Air Pollution And Unpredictable Weather Conditions Have Become Major Concerns Affecting Human Health And Daily Life. Traditional Environmental Monitoring Systems Mainly Depend On Separate Platforms And Manual Observation Methods, Which Often Create Limitations In Accessibility, Real-time Monitoring, Data Visualization, And Public Awareness. Due To Rapid Industrialization, Increasing Vehicle Emissions, And Climate Changes, It Becomes Difficult For Users To Obtain Accurate And Combined Environmental Information Efficiently Using Conventional Methods [1]. The Lack Of Integrated Monitoring Systems Also Affects Decision-making And Environmental Awareness Among People. Recent Advancements In Web Technologies, API Integration Systems, And Real-time Data Visualization Techniques Have Enabled The Development Of Intelligent Environmental Monitoring Platforms [2]. Modern Dashboards Allow Users To Monitor Air Quality Parameters Such As AQI, PM2.5, PM10, Temperature, Humidity, And Weather Conditions Through Responsive Web Interfaces. These Systems Improve Accessibility, Reduce Manual Effort, And Provide Efficient Real-time Environmental Monitoring [3]. However, Many Existing Systems Mainly Focus On Either Weather Forecasting Or Air Quality Monitoring Separately And Do Not Provide A Centralized Platform With Interactive Visualization, Responsive UI, And Efficient Real-time Integration. The Proposed Integrated Air Quality And Weather Prediction System With Real-Time Dashboard Is Designed As A Centralized Web-based Platform That Integrates Real-time Weather Monitoring, Air Quality Analysis, Interactive Visualization, And API-based Environmental Data Management Into One System. The Platform Provides Responsive Environmental Monitoring And Dynamic Visualization Facilities Using Modern Web Technologies. It Also Includes Centralized Dashboard Functionalities For Displaying AQI Levels, Weather Conditions, Pollutant Values, Temperature, Humidity, And Graphical Analysis In A Simple And User-friendly Interface.

Published:

06-6-2026

Issue:

Vol. 26 No. 6 (2026)

Page Nos:

367-374

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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