Blockchain Papers

Kummari Santhosh Kumar, Nadiminti Shaik Mahammad Haneef, Tholla Umesh Chand, Dr. Manjunatha N

The Decentralized Record Management System for Land Data using Blockchain Technology aims to improve the security, transparency, and reliability of land record management. Traditional land record systems are mostly centralized and manual, which makes them prone to fraud, data manipulation, delays, and loss of records. This project proposes a blockchain-based solution to securely store and manage land ownership details, transactions, and historical records in a tamper-proof and transparent manner. By using blockchain technology, all land records are stored in a distributed ledger that cannot be altered once recorded. Each transaction, such as land registration or ownership transfer, is verified and added as a new block, ensuring data integrity and traceability. Smart contracts are used to automate processes like ownership transfer and verification, reducing human intervention and increasing efficiency. Only authorized users can access or update records, ensuring data privacy and security.

Parvataneni Rajendra Kumar, S. Meenakshi, S. Shalini, S. Devi · 5 authors

The integration of deep learning and blockchain technologies has the potential to revolutionize soil quality prediction in smart agriculture. Deep learning models, like neural networks and convolutional neural networks, enable accurate predictions of soil properties by considering intricate relationships within data. Contextual learning approaches, including embeddings and data fusion, enrich the prediction process by incorporating external factors like weather conditions and land management practices. Blockchain technology ensures secure storage of predictions and data, while smart contracts facilitate automated model execution. This integrated system empowers farmers with accurate predictions for optimal resource allocation and fosters collaboration through decentralized data sharing. Future directions include advancements in deep learning algorithms, blockchain applications, and potential integration with IoT and remote sensing technologies.

R. R. Bhalerao, Pratik Gite, Preet Patil, Rahul Gupta · 5 authors

The usage of Electronic Health Records (EHR) is becoming increasingly widespread globally. However, there are several issues with the current EHR systems, particularly in terms of privacy and security. Some of the major challenges faced by the current systems are limited infrastructure, shortage of trained healthcare personnel, lack of funding, limited usability, data privacy, lack of proper planning and limited access to technology. The proposed solution addresses many of these problems by utilizing a public Ethereum blockchain to connect hospitals, patients, and doctors worldwide. By utilizing RSA asymmetric key cryptography, the system ensures secure storage and controlled access to records. Patients are given full control over their records and are able to grant or revoke access for hospitals or healthcare centers. Additionally, the system employs IPFS (Interplanetary File System) for record storage to offer the benefits of being decentralized and providing immutability of records. Furthermore, our model is able to maintain disease statistics while maintaining patient privacy.

P. William, N Yogeesh, S. Vimala, Pratik Gite · 5 authors

With ever-evolving internet models automating and digitizing innumerable industrial and domestic applications, today’s world has achieved tremendous gains in the exchange of healthcare data and the initiation of essential measures. Private information and data integrity are the two most important considerations in today’s healthcare data-sharing environment. Encryption is critical when it comes to health records and other sensitive data in order to prevent unauthorized parties from seeing or accessing the data. There may be no feasible method to deploy typical encryption algorithms through the intermediary node, and the intermediary nodes should not be given excessive weight. Blockchain technology may be used to encrypt data between nodes in the 5G network’s design, and this article addresses the different security difficulties that exist in the current mechanism and the current strategies for IoT-driven healthcare monitoring frameworks’ security solutions. The proposed approach was evaluated using a variety of performance parameters, and the findings indicated that it outperformed the alternatives.

P. William, Dushyant Jadhav, Pratik Cholke, M. A. Jawale · 5 authors

In recent years, blockchain technology has gained more attention, and a plethora of applications have developed. It's a digital money. In addition to solving the problem of double-spending, Bitcoin is a well-known Blockchain application since it does it without relying on a central authority. Blockchain technology provides a tamper-proof basis for any application that relies on it. With this article's help, shoppers will no longer be solely reliant on merchants to verify the legitimacy of things. We present a decentralised Blockchain system for anti-counterfeiting items. This system enables producers to deliver authentic products without managing direct-operated storefronts, considerably lowering the cost of product quality assurance.

Venkamaraju Chakravaram, Sunitha Ratnakaram, Ester Agasha, Nitin Simha Vihari

No abstract is available for this record.