使用在线服务的密钥交换(PIKE)

Wolfgang Apolinarski, M. Handte, Muhammad Umer Iqbal, P. Marrón
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引用次数: 0

摘要

这个演示展示了PIKE,这是一个附带的密钥交换协议,它使用社交网络(如Facebook)或业务工具(如Google Calendar)来实现安全的个人交互。PIKE最大限度地减少了在一组设备之间建立安全通信通道所需的配置工作。为此,它在现有的在线服务上进行加密密钥交换,这些服务执行用户身份验证并启用(安全的)资源共享。为了在没有互联网连接的情况下支持加密或身份验证,PIKE依赖于对即将到来的个人交互和交换密钥的触发器的自动检测。为了演示PIKE的广泛适用性,我们提供两个示例应用程序,展示如何在现实世界中使用其安全密钥交换。第一个应用程序使用PIKE在事件发生时在一组设备之间自动共享资源——在我们的例子中是GPS接收器的读数。第二个应用程序依靠PIKE在会议的注册台对个人访问者进行安全和自动的识别。
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PIggy-backed key exchange using online services (PIKE)
This demonstration presents PIKE, a piggybacked key exchange protocol that uses social networks (like Facebook) or business tools (like Google Calendar) to enable secure personal interaction. PIKE minimizes the configuration effort that is necessary to set up a secure communication channel among a set of devices. To do this, it piggybacks the exchange of cryptographic keys on existing online services which perform user authentication and enable the (secure) sharing of resources. To support encryption or authentication without Internet connection, PIKE relies on the automatic detection of triggers for upcoming personal interactions and exchanges keys before they take place. To demonstrate the broad applicability of PIKE, we present two example applications that show how its secure key exchange can be used in the real world. The first application uses PIKE to automatically share resources - in our case the readings of a GPS receiver - among a set of devices, when an event takes place. The second application relies on PIKE to enable the secure and automatic identification of individual visitors at the registration desk of a conference.
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