region

Asia Pacific

오늘 토론토 대학교 뭉크스쿨 글로벌상황연구소 산하 시티즌랩 (Munk School of Global Affairs, Citizen Lab)에서는 새로운 보고서 “우리의 아이들은 안전한가? 청소년들을 디지털 위험에 노출시키는 한국의 스마트보안관 앱(Are the Kids Alright? Digital Risks to Minors from South Korea’s Smart Sheriff Application)”을 발표한다. 동 보고서는 한국 정부가 권장하는 유해정보 차단 소프트웨어인 “스마트보안관”의 프라이버시 보호 정도 및 보안성에 대한 독립적인 두 건의 감사 결과를 상세하게 서술하고 있다.

September 20, 2015

This report describes the results of two independent security audits of Smart Sheriff, one by researchers who collaborated at the 2015 Citizen Lab Summer Institute (held at the Munk School of Global Affairs, University of Toronto), and the other by the auditing firm Cure53. The combined audits identified twenty-six security vulnerabilities in recent versions of Smart Sheriff (versions 1.7.5 and under). These vulnerabilities could be leveraged by a malicious actor to take control of nearly all Smart Sheriff accounts and disrupt service operations.

September 20, 2015

In this paper presented at USENIX FOCI 2015 we use reverse engineering to provide a view into how keyword censorship operates on four popular social video platforms in China: YY, 9158, Sina Show, and GuaGua. We also find keyword surveillance capabilities on YY. Our findings show inconsistencies in the implementation of censorship and the keyword lists used to trigger censorship events between the platforms we analyzed. We reveal a range of targeted content including criticism of the government and collective action. These results provide evidence that there is no monolithic set of rules that govern how information controls are implemented in China.

August 10, 2015

UC Browser is the most popular mobile web browser in China and India, boasting over 500 million users. This report provides a detailed analysis of how UC Browser manages and transmits user data, particularly private data, during its operation. Our research was prompted by revelations in a document leaked by Edward Snowden on which the Canadian Broadcasting Corporation (CBC) was preparing a story.

This post describes our analysis of China’s “Great Cannon,” our term for an attack tool that we identify as separate from, but co-located with, the Great Firewall of China. The first known usage of the Great Cannon is in the recent large-scale novel DDoS attack on both GitHub and servers used by GreatFire.org.

April 10, 2015
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