content-type

Report

In our first investigation into Israel-based spyware company, Paragon Solutions, we begin to untangle multiple threads connected to the proliferation of Paragon’s mercenary spyware operations across the globe. This report includes an infrastructure analysis of Paragon’s spyware product, called Graphite; a forensic analysis of infected devices belonging to members of civil society; and a closer look at the use of Paragon spyware in both Canada and Italy.

Legal researchers Cynthia Khoo and Kate Robertson warn that a Canada-U.S. CLOUD agreement would extend the reach of U.S. law enforcement into Canada’s digital terrain to an unprecedented extent, and that if signed, this agreement would effectively allow U.S. police to demand personal data directly from any provider of an “electronic communication service” or “remote computing service” in Canada, so long as it had some ties to the U.S.

February 24, 2025

Our analysis of spyware covertly implanted on a phone returned to a Russian programmer after he was released from custody, finds that the spyware placed on his device allows the operator to track a target device’s location, record phone calls, keystrokes, and read messages from encrypted messaging apps, among other capabilities.

December 5, 2024

We analyze the system Amazon deploys on the US “amazon.com” storefront to restrict shipments of certain products to specific regions. We found 17,050 products that Amazon restricted from being shipped to at least one world region. – While many of the shipping restrictions are related to regulations involving WiFi, car seats, and other heavily regulated product categories, the most common product category restricted by Amazon in our study was books.

November 25, 2024

In this report, we examine cloud-based pinyin keyboard apps from nine vendors (Baidu, Honor, Huawei, iFlyTek, OPPO, Samsung, Tencent, Vivo, and Xiaomi) for vulnerabilities in how the apps transmit user keystrokes. Our analysis found that eight of the nine apps identified contained vulnerabilities that could be exploited to completely reveal the contents of users’ keystrokes in transit. We estimate that up to one billion users could be vulnerable to having all of their keystrokes intercepted, constituting a tremendous risk to user security.

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