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alizeait unflatto <= 1.0.2 was discovered to contain a prototype pollution via the method exports.unflatto at /dist/index.js. This vulnerability allows attackers to execute arbitrary code or cause a Denial of Service (DoS) via injecting arbitrary properties.
A recent analysis published by Infoblox reveals a sophisticated phishing operation, dubbed Morphing Meerkat, actively exploiting DNS vulnerabilities…
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A vulnerability has been found that can be exploited through every browser as long as its running on a Windows system
### Summary A publisher on a `publify` application is able to perform a cross-site scripting attack on an administrator using the redirect functionality. ### Details A publisher on a `publify` application is able to perform a cross-site scripting attack on an administrator using the redirect functionality. The exploitation of this XSS vulnerability requires the administrator to click a malicious link. We can create a redirect to a `javascript:alert()` URL. Whilst the redirect itself doesn't work, on the administrative panel, an a tag is created with the payload as the URI. Upon clicking this link, the XSS is triggered. An attack could attempt to hide their payload by using HTML, or other encodings, as to not make it obvious to an administrator that this is a malicious link. ### PoC A publisher can create a new redirect as shown below. The payload used is `javascript:alert()`. . The severity is also dependent on **arbitrary archives** being passed or not. Based on the above, severity high was picked to be safe. ### Patches Patched with the help of snyk and gosec in v1.0.1 ### Workarounds The only workaround is to manually validate archives before submitting them to this library, however that is not recommended vs upgrading to unaffected versions. ### References https://security.snyk.io/research/zip-slip-vulnerability
Cybersecurity researchers have disclosed 46 new security flaws in products from three solar inverter vendors, Sungrow, Growatt, and SMA, that could be exploited by a bad actor to seize control of devices or execute code remotely, posing severe risks to electrical grids. The vulnerabilities have been collectively codenamed SUN:DOWN by Forescout Vedere Labs. "The new vulnerabilities can be