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Architecture of instant messaging systems for secure data transmision

机译:用于安全数据传输的即时消息传递系统的体系结构

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The use of online messaging systems to exchange information has changed due to the ability to share text, video and pictures almost immediately. Also it has become an excellent alternative for transmitting data with certain reserve levels in places or where voice signals and other forms of communication are not of high quality and/or availability, creating gaps in critical information security systems. This article describes the inherent risk of use messaging apphcations for transmission of classified information, based on user needs, but with a concept of organizational use. The analyzed elements are usability, privacy of contacts and content, data security, safe storage of information, traceability of messages, lifespan of the message, information storage encryption protocols and channel codification. Because of this, in this project, a survey has been conducted in regards to acceptable requirements applicable to these technologies in the work sector. This has led to the design of a set of applications from a usability standpoint while ensuring adequate and flexible security levels. Work completed in this research included aspects of design and architecture of a XMPP messaging system, privacy of information, use of local databases and storage of information according to relevant corporate security policies and agreements, biometric recognition systems for authentication encryption protocols.
机译:由于几乎可以立即共享文本,视频和图片,因此使用在线消息传递系统交换信息已经发生了变化。同样,它已成为在某些地方或语音信号和其他形式的通信质量不高和/或可用性不高的情况下以一定保留水平传输数据的绝佳替代方案,从而在关键信息安全系统中造成了差距。本文介绍了基于用户需求但具有组织使用概念的,使用消息传递应用程序传输分类信息的固有风险。分析的元素包括可用性,联系人和内容的保密性,数据安全性,信息的安全存储,消息的可跟踪性,消息的寿命,信息存储加密协议和通道编码。因此,在该项目中,针对适用于工作领域中这些技术的可接受要求进行了调查。从可用性的角度出发,这导致了一组应用程序的设计,同时确保了足够而灵活的安全级别。这项研究完成的工作包括XMPP消息传递系统的设计和体系结构,信息的保密性,本地数据库的使用以及根据相关公司安全策略和协议存储的信息,用于身份验证加密协议的生物识别系统。

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