Dual-Modality IoT Framework for Integrated Access Control and Environmental Safety Monitoring with Real-Time Cloud Analytics
Abdul Hasib, A. S. M. Ahsanul Sarkar Akib, Nihal Das Ankur, Anish Giri

TL;DR
This paper introduces a dual-modality IoT framework that integrates access control and environmental safety monitoring into a unified, cost-effective cloud-based system, enhancing operational efficiency and emergency response capabilities.
Contribution
It presents a novel integrated IoT architecture combining RFID access control with environmental sensors, demonstrating high accuracy, reliability, and cost savings over traditional separate systems.
Findings
RFID authentication accuracy of 99.2%
Flame detection reliability of 98.5% within 5 meters
Cloud data logging success rate of 99.8%
Abstract
The integration of physical security systems with environmental safety monitoring represents a critical advancement in smart infrastructure management. Traditional approaches maintain these systems as independent silos, creating operational inefficiencies, delayed emergency responses, and increased management complexity. This paper presents a comprehensive dual-modality Internet of Things framework that seamlessly integrates RFID-based access control with multi-sensor environmental safety monitoring through a unified cloud architecture. The system comprises two coordinated subsystems: Subsystem 1 implements RFID authentication with servo-actuated gate control and real-time Google Sheets logging, while Subsystem 2 provides comprehensive safety monitoring incorporating flame detection, water flow measurement, LCD status display, and personnel identification. Both subsystems utilize ESP32…
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Taxonomy
TopicsRFID technology advancements · IoT and Edge/Fog Computing · Energy Efficient Wireless Sensor Networks
