Patel Parin Research Profile

About

Dr. Parin Patel | Ph.D. in Blockchain 🔗 Academic Researcher | 🧠 Innovator | 📚 10+ Years Experience** I am Dr. Parin Patel, an academic professional with a Ph.D. in Blockchain technology and over a decade of contribution to research, innovation, and scholarly development. My work focuses on consensus mechanisms, smart contracts, privacy, security, and scalable Blockchain solutions.

Skills

Experience

Assistant Professor

Gandhinagar Institute of Technology (GIT)

Jan-2008 to Present

Education

The Kadi Sarva Vishwavidyalaya (KSV), Kadi

PhD in Computer Engineering

Passout Year: 2024

Government Engineering College, Gandhinagar (GEC-G...

Master of Engineering (ME) Computer Science and Technology

Passout Year: 2013

Publication

Patel Parin

April, 2023

LCHAIN: A Secure Log Storage Mechanism using IPFS and Blockchain Technology

Journal : IJRITCC - International Journal on Recent and Innovation Trends in Computing and Communication

Data security is a very important and crucial part of Cloud storage. Day by day, thousands of operations function over the Cloud, verify logs generated from all transactions is very difficu...

Patel Parin

April, 2022

LCHAIN: A Secure Log Storage Mechanism using IPFS and Blockchain Technology

Journal : IJRITCC - International Journal on Recent and Innovation Trends in Computing and Communication

Data security is a very important and crucial part of Cloud storage. Day by day, thousands of operations function over the Cloud, verify logs generated from all transactions is very difficul...

Patel Parin

June, 2020

Review of Blockchain Technology to Address Various Security Issues in Cloud Computing

Journal : Book Title - Data Science and Intelligent Applications

Being distributed in nature, Cloud is an in-use technology over the last decade where the data is stored on the Cloud service provider’s site where the data owner does not have direct acce...

Peer-Reviewed Articles

Blockchain-Based Intranet Banking Backup System for Emergency Cash Withdrawal During Network Outages

Modern banking systems are heavily dependent on internet connectivity, making them vulnerable during network outages caused by cyberattacks, natural disasters, or warfare. This paper proposes a novel intranet-based backup system that enables customers to withdraw cash from their home branch ATMs during internet disruptions. The system utilizes local area network (LAN) infrastructure combined with blockchain technology to ensure secure, transparent, and tamper-proof transaction processing. Our proposed architecture implements a hybrid Byzantine Fault Tolerance (BFT) consensus algorithm to validate offline transactions and synchronize data once connectivity is restored. The system restricts withdrawals to predetermined limits at the customer's registered home branch, ensuring liquidity management and fraud prevention. Performance analysis demonstrates that the proposed system achieves 99.7% transaction success rate with an average processing time of 2.3 seconds while maintaining data integrity through cryptographic hashing. This research contributes to financial system resilience by providing a practical solution for maintaining critical banking services during emergency situations. Index Terms—Banking backup system, blockchain, Byzantine Fault Tolerance, disaster recovery, intranet, offline ATM, network resilience, emergency banking

Blockchain and Hybrid Encryption: A Dual Layer Approach to Secure Data Communication

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