Artifact Sentinel: A Real-Time IoT System for Artifact Safety and Conservation

As everyone knows, museums are houses for priceless artifacts that need to be preserved at all costs. It is important to note that these artifacts need to be stored in a suitable environment for preservation. The proposed "Deformation Evidence Guard" is an Internet of Things device that provides protection for deformation evidence and ensures that its environmental norms are maintained. Various sensors in this device work together to ensure that desired results are obtained. An alarm beeps, and an immediate alert is issued when movement is detected near an artifact, and an ESP takes a picture of a 32-came intruder. Technology also enables the sensor to continuously monitor temperature and humidity levels, presenting results on an LED display to help preserve as many artifacts as possible. This simple, automated device increases museum protection by reducing the possibility of theft and deterioration through real-time monitoring and environmental tracking. The proposed model using high energy efficiency, the ability to monitor surroundings, motion sensing, and an attached camera, as well as features such as real-time reactions, consistent monitoring, and detailed tracking, making it a novel approach compared to existing.

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Publication Details

Journal
Journal of Electrical Engineering and Automation
Published
2025-07-18
DOI
https://doi.org/10.36548/jeea.2025.2.006
Primary Topic
Conservation Techniques and Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Artifact Sentinel: A Real-Time IoT System for Artifact Safety and Conservation

S. Madesh, S. Arunkumar, C. M. Nalayini
Journal of Electrical Engineering and Automation
Conservation Techniques and Studies
article

Artifact Sentinel: A Real-Time IoT System for Artifact Safety and Conservation

S. Madesh, S. Arunkumar, C. M. Nalayini
article en

Abstract

As everyone knows, museums are houses for priceless artifacts that need to be preserved at all costs. It is important to note that these artifacts need to be stored in a suitable environment for preservation. The proposed "Deformation Evidence Guard" is an Internet of Things device that provides protection for deformation evidence and ensures that its environmental norms are maintained. Various sensors in this device work together to ensure that desired results are obtained. An alarm beeps, and an immediate alert is issued when movement is detected near an artifact, and an ESP takes a picture of a 32-came intruder. Technology also enables the sensor to continuously monitor temperature and humidity levels, presenting results on an LED display to help preserve as many artifacts as possible. This simple, automated device increases museum protection by reducing the possibility of theft and deterioration through real-time monitoring and environmental tracking. The proposed model using high energy efficiency, the ability to monitor surroundings, motion sensing, and an attached camera, as well as features such as real-time reactions, consistent monitoring, and detailed tracking, making it a novel approach compared to existing.

Journal of Electrical Engineering and AutomationVol. 7(2)
Velammal Educational Trust (IN)
Affordable and clean energy
Openalex Percentile: Top 75%
Conservation Techniques and Studies
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