多通道覆盖协议:在社交媒体平台上实现自组织消息身份验证

Charles A. Clarke, E. Pfluegel, D. Tsaptsinos
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引用次数: 1

摘要

随着企业、政府和专业机构逐步寻求通过社交媒体平台(SMP)与消费者接触,SMP用户验证接收内容来源及其完整性的能力变得越来越重要。从历史上看,smp具有相关的安全问题遗留问题,其中许多问题与内容完整性有关。在本文中,我们提出了多通道覆盖协议的设计,用于在社交媒体平台中实现用户生成内容(消息)的自组织认证。我们的方法从传统上用于在ad-hoc网络中配对无线设备的协议中获得灵感。因此,我们将传统的设备配对协议与我们自己的协议进行比较和对比,并考虑我们协议的安全特性,优点和局限性。
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Multi-channel overlay protocols: Implementing ad-hoc message authentication in social media platforms
As businesses, governments and professional institutions progressively seek to engage with consumers via social media platforms (SMPs), the capacity of SMP users to validate the source of received content and its integrity, becomes increasingly significant. Historically, SMPs have an associated legacy of security concerns, many of which pertain to content integrity. In this paper, we present designs for multi-channel overlay protocols, that are used to implement ad-hoc authentication of user-generated content (messages), in social media platforms. Our approach draws inspiration from protocols that are conventionally used for pairing wireless devices in ad-hoc networks. Hence, we compare and contrast conventional device pairing protocols with our own, as well as consider the security characteristics, benefits and limitations of our protocols.
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