Blockchain Technology has innumerable benefits such as timestamp, accountability, transparency, high secured, highly scalable. It maintains a distributed and immutable ledgerfor transactions managed by multiple participants. NonProfitorganizations work towards the welfare of society and aim to address various social and environmental causes. NonProfit organizations work towards the welfare of society the organization earns the money as donation and utilized to address various social and environmental issues. Now-a-days we observe that diminishing number of donors because lack of transparency in utilization of funds. A blockchain is used to manage the traceability and safety of the donation. It is a digital ledger system that operates in a decentralized manner, recording transactions among numerous parties in a manner that can be verifiable, immutable, transparent, and secure manner. The proposed paper is a decentralized system which is built on Solana Blockchain using Rust smart contracts, which provides improved accuracy, transparent nature and donors are easily to track the assets and it mainly focuses on conserving of gas fee of blockchain while compared to Ethereum blockchain.

Keywords : Charity accountability, Blockchain technology, Solana blockchain, Smart contracts, Cryptocurrency, Web3, Transparency, Donation traceability, Philanthropy services, Donor trust.

Author : R. Yashwanth Ram Kumar, G. Sri Lakshmi, K. Venkata Siva Sai, V. Rani Keerthana, Md. Mubeena

Title : Ensuring Charity Accountability Through Blockchain Technology

Volume/Issue : 2024;06(04)

Page No : 1-5

Price Negotiating Chatbot with text and voice functions is available in this article. The setting is an e-commerce platform. The chatbot makes easy and effective negotiations possible for consumers and the platform by understanding voice commands and providing clear pricing information. Voice or text interactions allow users to participate in conversations, providing flexibility and simplicity. The platform provides a well-organized user experience from product browsing to purchase confirmation, increasing user engagement and delight. Adding order management and sentiment analysis functionality boosts the platform's value. Chatbots have greatly improved user experiences and transactional procedures in e-commerce. This is a great innovation and improvement.

Keywords : Price Negotiating Chatbot, Text and Voice Interaction, E-commerce Platform, User Engagement, Negotiation Efficiency

Author : M.S.S.N. Shankar ,Dr. G.D.K. Kishore , N.L.N.C. Anudeep , R. Bhavya , R. Siva Sankar

Title : E-commerce Chatbot For Price Negotiation Using NLP

Volume/Issue : 2024;06(04)

Page No : 6-13

Through the implementation of transfer learning strategies inside deep learning frameworks, the objective of this project is to implement a transformation in the tomato quality classification process. By classifying tomatoes, guavas, and lemons into a variety of separate groups according to their quality and the flaws that have been detected (such as defectfree, cracks, pests, skin cracks, sunburn, and end rot), the project intends to overcome the limitations that are associated with traditional classification methods. Using a dataset that has been rigorously curated and verified, this research presents a novel technique that makes use of neural networks that have already been trained in order to achieve extraordinary accuracy, efficiency, and scalability in the evaluation of tomato quality. Through this work, there is the potential to make substantial advancements in agricultural produce evaluation procedures.

Keywords : component, formatting, style, styling, insert

Author : T Sivanarayana, G Sri Lakshmi, CH Swapna, N Akashreshwanth, CH Aishwarya

Title : Advancing Agricultural Product Grading with Deep Learning Techniques

Volume/Issue : 2024;06(04)

Page No : 14-18

The integration of blockchain technology with web browsers holds great potential for revolutionizing future web. This project aims to explore the feasibility and benefits ofintegrating blockchain technology into web browsers, with a focus on its potential applications and the challenges that need to be addressed. The project begins by providing an overview of blockchain technology and its fundamental principles, highlighting its decentralized nature, immutability, and cryptographic security. It then explores the existing landscape of web browsers and their limitations in terms of privacy, security, and trust. By integrating blockchain technology, web browsers canleverage its decentralized consensus mechanism to establish trust among users and eliminate the need for intermediaries. The project involves the development of a proof-ofconcept implementation. where a blockchain-based Web Application is created to showcase the potential functionalities and benefits of integrating blockchain with browsing. The extension enables secure and transparent online transactions, identity verification, and smart contract execution directly within the browser environment. The results of this project demonstrate the potential of integrating blockchain technology with webbrowsers to enhance online security, privacy,and trust.

Keywords : Blockchain, Web Browsers, Integration, Trust, Security, Privacy, Decentralization, Proof-ofConcept.

Author : Ch. Upendar Rao, Manthri Karthik, Manepally Datta Vinay, Datharu Bhargavi, Vemuri Kavya

Title : BLOCKCHAIN NAVIGATOR

Volume/Issue : 2024;06(04)

Page No : 19-22

One of the main concerns in cloud computing is how to effectively manage access controls for data using cryptography. While challenging, cryptographic methods are an appealing solution that both individuals and businesses want to adopt. To address this issue, a potential solution called CryptSecure has been proposed in this study. The primary goal of CryptSecure is to enable dynamic access control through cryptography. To revoke access permissions, the encrypted data in the cloud is modified as directed by CryptSecure. This technique involves a symmetric code system consisting of file codes and revocation codes. When a revocation occurs and an authorized entity uploads a new revocation code to the cloud, the file is encrypted with an additional layer of security. This triggers a corresponding adjustment in the encrypted code system. To reduce encryption layers and keys, CryptSecure uses three key techniques that address scalability concerns. This enables efficient dynamic access control without needing resource-intensive data transmission or decryption. Authorization to access can also be withdrawn quickly. The formal implementation of the system demonstrates CryptSecure's security and effectiveness in enabling efficient and secure dynamic access control for cloud-hosted data. This approach has proven invaluable for individuals and organizations to ensure remote data is accessible smoothly and securely.

Keywords : Cryptographic techniques, confidentiality, integrity, security, proxy re-encryption, centralized system, Revocation keys

Author : Ch. Upendar Rao, M.Deva Sandeep, K.Harsha Vardhan, Dasi Joseph, V.Bhavya Laxmi

Title : CRYPT-SECURE : CRYPTOGRAPHIC ENFORCEMENT OF DYNAMIC CLOUD ACCESS GOVERNANCE

Volume/Issue : 2024;06(04)

Page No : 23-28

This project focus on effectively exploring and analysing the integration of Business Intelligence systems using a Cloud environment. Business Intelligence is a computer technology that helps in identification, obtaining, and analysing the business data. In spite of its shortcomings, Business Intelligence has been able to create fast data that could take a long time to analyse , making it an best tool for analysing trends and making business decisions easily . Integration of business intelligence with cloud computing has made it easier to recognise trends through the data more effectively. The data sets are being cleaned to get more accurate trends and to study fluctuations in the data . and now we train various algorithms to make the predictions on the data. Mainly two algorithms are being used Decision tree and random forest Then we compare tem with the root mean square errors and check which algorithm is more precise.

Keywords : Business Intelligence, Cloud environment, Decision trees, Random Forest algorithms

Author : Ch. Upendar Rao, A.Tejaswini, G.Surya, K.Pooja, Y.Nikhil

Title : BUSINESS INTELLIGENCE SYSTEMS USING CLOUD ENVIRONMENT

Volume/Issue : 2024;06(04)

Page No : 29-34

In this project G+15 high-rise building modeling is completed to examine the outcome of special circumstances along with specific heights on seismic parameters like base shear, lateral displacements, and lateral drifts. The knowledge gained has been implemented for zones IV and V in soil type II (medium soils) as targeted in 1893–2002. This study focuses on the analysis and design of a G+15 high-rise building situated in seismic Zone IV and Zone V, employing STAAD Pro software. The seismic performance of structures is a critical aspect, particularly in regions characterized by high seismic activity. In this research, the seismic response of the building is evaluated, considering the dynamic effects of earthquakes. The analysis involves the determination of seismic loads, model analysis, and response spectrum analysis to understand the building's behavior under seismic forces. The software enables the assessment of various design parameters, including member sizing, reinforcement detailing, and load distribution, ensuring compliance with relevant building codes and standards. The findings of this research contribute to the advancement of seismic design practices for high-rise buildings in Zone IV and Zone V regions. The insights gained from the analysis facilitate the development of safer and more resilient structures, mitigating the risks associated with seismic events, and ensuring the protection of life and property.

Keywords : Zone IV & Zone V, Staad pro, Seismic zone.

Author : Ms. A.Krishna priya, D.Durga Prasad, D.Naga Suman Teja ,M.Rahul Kumar,P. Yashwanth

Title : A STUDY ON ANALYSIS AND DESIGN OF G+15 HIGH RISE BUILDING BY USING STAAD PRO IN SEISMIC ZONE IV & ZONE V

Volume/Issue : 2024;06(04)

Page No : 35-40