What is it about?

This project presents a custom-built Virtual Private Network (VPN) framework designed to protect sensitive network communication. It combines strong cybersecurity techniques—such as advanced encryption (AES & RSA), multi-factor authentication, and threat prevention—with intelligent data analytics features, including real-time traffic monitoring, behavioral pattern detection, and usage-based anomaly tracking. Together, these elements form a secure and efficient VPN system tailored for modern digital environments.

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Why is it important?

With rising cyber threats and increasing reliance on remote access, the need for secure and smart VPN systems has never been greater. While many VPNs rely solely on encryption, this framework goes further—integrating analytics to continuously assess risk, detect unusual behavior, and optimize security response. By combining defensive cybersecurity with proactive data analysis, our system offers a scalable solution that’s both secure and adaptive

Perspectives

This work represents a collaborative approach: My co-author focused on designing and strengthening the cybersecurity infrastructure, including encryption protocols and system architecture. I contributed the data analytics perspective, building modules that collect, process, and analyze network activity to identify threats and performance issues. Together, we built a solution that doesn't just protect — it learns, adapts, and evolves with the data it encounters. This project is valuable for: Organizations needing both security and insights Cybersecurity engineers seeking data-informed defense Data analysts entering the cybersecurity space

AKSHAY KUMAR PALEPU

Read the Original

This page is a summary of: Designing a secure and robust virtual private network (VPN) framework for enhanced network communication protection, January 2025, American Institute of Physics,
DOI: 10.1063/5.0264873.
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