Enterprise Vulnerabilities
From DHS/US-CERT's National Vulnerability Database
CVE-2021-24613PUBLISHED: 2021-09-20The Post Views Counter WordPress plugin before 1.3.5 does not sanitise or escape its Post Views Label settings, which could allow high privilege users to perform Cross-Site Scripting attacks in the frontend even when the unfiltered_html capability is disallowed
CVE-2021-24618PUBLISHED: 2021-09-20
The Donate With QRCode WordPress plugin before 1.4.5 does not sanitise or escape its QRCode Image setting, which result into a Stored Cross-Site Scripting (XSS). Furthermore, the plugin also does not have any CSRF and capability checks in place when saving such setting, allowing any authenticated us...
CVE-2021-24635PUBLISHED: 2021-09-20
The Visual Link Preview WordPress plugin before 2.2.3 does not enforce authorisation on several AJAX actions and has the CSRF nonce displayed for all authenticated users, allowing any authenticated user (such as subscriber) to call them and 1) Get and search through title and content of Draft post, ...
CVE-2021-24636PUBLISHED: 2021-09-20The Print My Blog WordPress Plugin before 3.4.2 does not enforce nonce (CSRF) checks, which allows attackers to make logged in administrators deactivate the Print My Blog plugin and delete all saved data for that plugin by tricking them to open a malicious link
CVE-2021-24637PUBLISHED: 2021-09-20
The Google Fonts Typography WordPress plugin before 3.0.3 does not escape and sanitise some of its block settings, allowing users with as role as low as Contributor to perform Stored Cross-Site Scripting attacks via blockType (combined with content), align, color, variant and fontID argument of a Gu...
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User Rank: Strategist
1/30/2015 | 1:33:18 PM
Thank you for the thoughtful comment. We very much agree with you on the importance of power consumption as a system constraint and potential inhibitor to strong security. Our researchers in Intel Labs are looking at very low power implementations of standard algorithms. As an example, we have implemented AES in about 2K gates using near threshold voltage (NVT) technology. This will result in lower bandwidth but will also consume much less power than more typical implementations.
Second we are experimenting with non-standard crypto primitives. As an example of this we are advocating the use of the Simon block cipher family, which can be implemented in as few as 700 gates. We have evaluated this design and believe there is enough public cryptanalysis that we can consider it secure for most IoT usages. We have also evaluated schemes for other primitives that show promise. Lastly, it is our intention to work on low-power primitives in selected standards, for example, ISO/IEC JTC1 SC27.