content-type

Report

This article, written by Postdoctoral Fellow Christopher Parsons and CIPPIC Staff lawyer Tamir Israel, analyzes how successive federal governments of Canada have actively sought to weaken the communications encryption available to Canadians. The article covers regulations imposed on mobile telecommunications providers, state authorities’ abilities to compel decryption keys from telecommunications providers writ large, and Canada’s signals intelligence agency’s deliberate propagation of flawed encryption protocols.

August 11, 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

The report, authored by Postdoctoral Fellow Christopher Parsons, examines how contemporary telecommunications surveillance is governed in Canada. He concludes that serious failures in transparency and accountability indicate that corporations are failing to manage Canadians’ personal information responsibly and that government irresponsibility surrounding accountability strains its credibility and aggravates citizens’ cynicism about the political process.

May 26, 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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