Secure Messaging Platform Based on Blockchain

U. P. Ellewala, W.D.H.U Amarasena, H.V Sachini Lakmali, L.M.K Senanayaka, A. Senarathne
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引用次数: 5

Abstract

The boundaries between personal and business communications is a key issue faced by most organizations. Use of unsecured and unsafe applications in workplaces pose enormous security risks. Companies are not adequately aware about the applications that are being used in their employees' devices. When it comes to critical business communication involving exchanging trade secrets, making business referrals and strategic business decisions, protecting of messages and shared files becomes a challenge. Most publicly available communication platforms do not empower organizations to regulate, track and scale their communication and does not provide compliance with data protection frameworks, which can result in cross industry system risks. As a result, both individuals and organizations express deep concern about data security and protection of privacy when using Instant Messaging applications. Non-repudiation in communications not only conveys to the user, recognition of the communication process, but it is also a crucial way to establish a relationship of trust and to overcome trust disputes. Our primary objective, through this research, is to develop a chat application with more secure channels of enterprise level communication. Using new technologies such as blockchain, which operate on a decentralized model, we can surmount the drawbacks of traditional messaging applications, thereby ensuring confidentiality, integrity and availability of official data, along with advanced auditing features.
基于区块链的安全消息传递平台
个人通信和商业通信之间的界限是大多数组织面临的一个关键问题。在工作场所使用不安全和不安全的应用程序会带来巨大的安全风险。公司没有充分意识到员工设备中使用的应用程序。当涉及到交换商业秘密、进行业务推荐和战略业务决策的关键业务通信时,保护信息和共享文件就成为一项挑战。大多数公开可用的通信平台没有授权组织管理、跟踪和扩展其通信,也没有提供与数据保护框架的合规性,这可能导致跨行业系统风险。因此,在使用即时消息应用程序时,个人和组织都对数据安全和隐私保护表示深切关注。通信中的不可否认性不仅向用户传达了对通信过程的认可,也是建立信任关系、克服信任纠纷的重要途径。通过这项研究,我们的主要目标是开发一个具有更安全的企业级通信通道的聊天应用程序。使用区块链等以去中心化模式运行的新技术,我们可以克服传统消息传递应用程序的缺点,从而确保官方数据的机密性、完整性和可用性,以及高级审计功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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