Development of secure remote access solutions for banking employees working from multiple locations
Posted: Nov 22, 2023
Abstract
The rapid transition to remote work in the banking sector has exposed critical vulnerabilities in traditional security frameworks, particularly for employees accessing sensitive financial systems from multiple locations. This research introduces a novel multi-layered security architecture that combines behavioral biometrics, quantum-resistant cryptography, and dynamic access control to address the unique challenges of distributed banking operations. Unlike conventional VPN-based approaches, our methodology employs continuous authentication through keystroke dynamics and mouse movement patterns, creating an adaptive security posture that responds to contextual risk factors. The system integrates homomorphic encryption for real-time data processing without decryption, ensuring that sensitive financial information remains protected even during analysis. Our experimental implementation across three banking institutions demonstrated a 94.3
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