NeTS

group_project

Visible to the public NeTS: Small: Exploiting Social Networks to Build Trustworthy Distributed Systems

This project aims to develop a substrate called SocialLite that can use online social network data to obtain reliable identity and trust information. This work involves three steps: 1) identifying the rich variety of identity and trust information embedded in online social networks; 2) designing algorithms and software to efficiently and robustly abstract this information as a set of flexible API functions without violating a user?s privacy from large online social networks; and 3) evaluating the usefulness of the API by implementing a few sample applications.

group_project

Visible to the public  NeTS: Small: Collaborative Research: Leveraging Personalized Internet Services to Combat Online Trolling

Today, almost every browsing click that users make is collected by numerous trackers associated with a variety of online services (e.g., advertising networks, online social networks, e-commerce platforms). Users have often expressed concern about the lack of privacy and control over their personal data. Nonetheless, despite a substantial effort to expose and control this prevalent behavior, the reality is that users keep accepting updated online privacy policies, which in turn grant the gathering of more personal data.

group_project

Visible to the public NeTS: Small: Collaborative Research: Leveraging Personalized Internet Services to Combat Online Trolling

Today, almost every browsing click that users make is collected by numerous trackers associated with a variety of online services (e.g., advertising networks, online social networks, e-commerce platforms). Users have often expressed concern about the lack of privacy and control over their personal data. Nonetheless, despite a substantial effort to expose and control this prevalent behavior, the reality is that users keep accepting updated online privacy policies, which in turn grant the gathering of more personal data.

group_project

Visible to the public NETS: Small: Exploiting Social Communication Channels Against Cyber Criminals

Malware, especially botnets, have become the main source of most attacks and malicious activities on Internet. Bots communicate with each other and Command & Control servers to coordinate their malicious activities. This project is developing new techniques and tools to detect malicious activities and botnets through analyzing their communication channels.

group_project

Visible to the public NeTS: Medium: HayStack: Fine-grained Visibility and Control of Mobile Traffic for Enhanced Performance, Privacy and Security

Despite our growing reliance on mobile phones for a wide range of daily tasks, their operation remains largely opaque even for experts. Mobile users have little insight into how their mobile apps operate and perform in the network, into how (or whether) they protect the information that users entrust to them, and with whom they share user's personal information. A number of previous studies have addressed elements of this problem in a partial fashion, trading off analytic comprehensiveness and deployment scale.

group_project

Visible to the public NeTS: Large: Collaborative Research: Measuring and Modeling the Dynamics of IPv4 Address Exhaustion

Today's Internet has some 1.7 billion users, fosters an estimated $1.5 trillion in annual global economic benefits, and is widely agreed to offer a staggering array of societal benefits. The network sees enormous demand---on the order of 40 Tbps of inter-domain traffic and an annual growth rate of 44.5%. Remarkably, in spite of the Internet's importance and rapid growth, the core protocols that support its basic functions (i.e., addressing, naming, routing) have seen little fundamental change over time.