Abstract :

The Increasing Need For Advanced Security Systems In Banking And High-value Asset Protection Has Intensified Due To Rising Cyber-physical Threats, With Global Financial Fraud Losses Exceeding 40 Billion USD Annually And Smart Security Systems Projected To Grow At Over 16% Per Year. Additionally, Traditional Locker Systems Remain Vulnerable To Unauthorized Access, Identity Spoofing, And Delayed Threat Detection, Necessitating Intelligent And Predictive Security Solutions. Conventional Locker Systems Rely On Single-layer Authentication Methods Such As Keys Or PINs, Which Are Prone To Theft, Duplication, Or Brute-force Attacks, And Lack Real-time Monitoring And Anomaly Detection Capabilities. Furthermore, They Do Not Provide Immediate Alerts Or Predictive Insights, Making Them Inefficient Against Modern Security Threats. To Overcome These Limitations, The Proposed AI-IoT Secure Smart Bank Locker Access System Utilizes The ESP32 Microcontroller To Implement A Predictive, Multi-layered Security Framework. The System Integrates Fingerprint Biometric Authentication, Keypad-based PIN Verification, And ESP32- CAM Facial Recognition To Establish A Robust Three-factor Authentication Mechanism. Upon Successful Validation, A DC Motorized Lock Grants Access, While LCD And Buzzer Modules Provide Real-time Feedback. The AI-driven Fraud Detection Module Continuously Analyzes Access Patterns To Identify Anomalies Such As Unusual Timings Or Repeated Failures, Triggering Preventive Actions Including System Lockdown And Instant Alerts. IoT Connectivity Enables Remote Monitoring, Real-time Notifications, And Data Logging For Enhanced Security Management. This Intelligent System Significantly Enhances Safety, Prevents Unauthorized Access, And Delivers A Scalable, Proactive Solution For Modern Secure Storage Applications.

Published:

14-4-2026

Issue:

Vol. 26 No. 4 (2026)

Page Nos:

1688-1695

Section:

Articles

License:

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

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