NetSE: Medium: Collaborative Research: Privacy Preserving Social Systems

未来互联网的成功将不仅仅是通过性能来衡量，而是通过它对社会和社会的影响来改变我们的生活质量。下一代互联网不仅要连接机器，还要连接用户：家人和朋友、代表和权利倡导者。在促进通信的同时保护用户隐私和保护他们的安全存在巨大的技术挑战。我们应对三个关键挑战。首先，我们将以用户为中心的研究应用于开发朋友之间的实用安全通信，为社交消息传递奠定基础，而无需信任中央权威机构来提供身份。其次，我们开发了先进的加密技术来处理私人数据，而不会泄露给应用程序提供商，将私人社交应用程序置于坚实的理论基础之上。最后，我们建议通过将社交网络数据嵌入到应用程序的设计中，从根本上改变分布式应用程序中鼓励合作和惩罚不当行为的方式。这项工作具有重要的更广泛的影响。社交网络非常流行，维护隐私是这些系统中的一个重要问题。对隐私的渴望阻止了个人的充分参与，使那些参与的人容易受到各种问题的影响，包括潜在的身份盗窃。由于问题和问题域的重要性，我们的研究结果将具有重大的公共影响。研究本提案的研究生和本科生将获得社交应用、评估加密协议和构建结合社交数据的系统的经验。我们积极地让本科生参与到我们的研究中来，并期望继续下去。

The success of the future Internet will not be measured by performance alone, but by its social and societal effects that alter our quality of life. The next-generation Internet must connect not only machines but also users: families and friends, representatives and rights advocates. There are immense technical challenges in facilitating communication while protecting user privacy and guarding their security. We address three key challenges. First, we apply user-focused research into developing practical secure communication between friends, laying the groundwork for social messaging without trusting centralized authorities to provide identities. Second, we develop advanced cryptographic techniques for processing private data without divulging it to application providers, placing private social applications on a solid theoretical foundation. Finally, we propose to fundamentally change how cooperation is encouraged and misbehavior is punished in distributed applications by embedding social network data into the design of applications.This work has important broader impacts. Social networking is incredibly popular and maintaining privacy is a significant problem within these systems. The desire for privacy prevents individuals from participating fully and makes those who do participate vulnerable to various problems including potential identity theft. Because of the importance of the problem and problem domain, the results of our research will have significant public impact. Graduate and undergraduate students working on this proposal will gain experience with social applications, evaluating cryptographic protocols, and building systems that combine social data. We have actively involved undergraduate students in our research, and expect to continue.