The DSGVO All in one for WP WordPress plugin before 4.2 does not sanitise and escape some of its settings, which could allow high privilege users such as admin to perform Stored Cross-Site Scripting attacks even when the unfiltered_html capability is disallowed (for example in multisite setup)
** REJECT ** DO NOT USE THIS CANDIDATE NUMBER. ConsultIDs: none. Reason: This candidate was withdrawn by its CNA. Further investigation showed that it was not a security issue. Notes: none.
In OrchardCore rc1-11259 to v1.2.2 vulnerable to HTML injection, allow an authenticated user with an editor security role to inject a persistent HTML modal dialog component into the dashboard that will affect admin users.
This is interesting research:
In this paper, we develop a new mechanism for detecting audio deepfakes using techniques from the field of articulatory phonetics. Specifically, we apply fluid dynamics to estimate the arrangement of the human vocal tract during speech generation and show that deepfakes often model impossible or highly-unlikely anatomical arrangements. When parameterized to achieve 99.9% precision, our detection mechanism achieves a recall of 99.5%, correctly identifying all but one deepfake sample in our dataset.
From an article by two of the researchers:
The first step in differentiating speech produced by humans from speech generated by deepfakes is understanding how to acoustically model the vocal tract. Luckily scientists have techniques to estimate what someone—or some being such as a dinosaur—would sound like based on anatomical measurements of its vocal tract.
We did the reverse. By inverting many of these same techniques, we were able to extract an approximation of a speaker’s vocal tract during a segment of speech. This allowed us to effectively peer into the anatomy of the speaker who created the audio sample.
From here, we hypothesized that deepfake audio samples would fail to be constrained by the same anatomical limitations humans have. In other words, the analysis of deepfaked audio samples simulated vocal tract shapes that do not exist in people.
Our testing results not only confirmed our hypothesis but revealed something interesting. When extracting vocal tract estimations from deepfake audio, we found that the estimations were often comically incorrect. For instance, it was common for deepfake audio to result in vocal tracts with the same relative diameter and consistency as a drinking straw, in contrast to human vocal tracts, which are much wider and more variable in shape.
This is, of course, not the last word. Deepfake generators will figure out how to use these techniques to create harder-to-detect fake voices. And the deepfake detectors will figure out another, better, detection technique. And the arms race will continue.
Slashdot thread.
With “See Yourself in Cyber” as the theme for this year’s Cybersecurity Awareness Month, the focus is on you with a look at several quick ways you can quickly get safer online.
Now in its 21st year, Cybersecurity Awareness Month marks a long-standing collaboration between the U.S. government and private industry. It’s aim, empower people to protect themselves from digital forms of crime. And that stands as a good reminder. Phishing attacks, malware, and the other threats we regularly talk about in our blog are indeed forms of crime. And where there’s crime, there’s a person behind it.
It can be easy to lose sight of that, particularly as the crook on the other end of the attack is hiding behind a computer. Cybercrime can feel anonymous that way, yet it’s anything but. Whether a single bad actor or as part of a large crime organization, people power cybercrime.
Yet just as you secure your home to prevent yourself from becoming a victim of a criminal, you can also secure your digital life to prevent yourself from becoming a victim of cybercriminal.
You have plenty of places where you can start, and they’re all good ones. Even a handful of the simplest measures can significantly decrease your risk. Better yet, several take far less time to put into place than you might think, while yet more work automatically once you implement them—making them a sort of “set it and forget it” security measure.
With that, this five-step list can get you going:
Strong, unique passwords offer another primary line of defense. Yet with all the accounts we have floating around, juggling dozens of strong and unique passwords can feel like a task—thus the temptation to use (and re-use) simpler passwords. Hackers love this because one password can be the key to several accounts. Instead, try a password manager that can create those passwords for you and safely store them as well. Comprehensive security software will include one, and McAfee also offers a free service with True Key.
Updates do all kinds of great things for gaming, streaming, and chatting apps, like add more features and functionality over time. Updates do something else—they make those apps more secure. Hackers will hammer away at apps to find or create vulnerabilities, which can steal personal info or compromise the device itself. Updates will often include security improvements, in addition to performance improvements.
For your computers and laptops:
On Windows devices, you can set up your operating system to update automatically with a trip to your Start menu. You can also set up Windows to automatically update your apps through the Microsoft Store.
For macOS devices, you can set up your operating system and your apps to update automatically as well from the Apple menu.
For your smartphones:
Much the same goes for the operating system on smartphones too. Updates can bring more features and more security. iOS users can learn how to update their phones automatically in this article. Likewise, Android users can refer to this article about automatic updates for their phones.
For your smartphone apps:
iPhones update apps automatically by default, yet you can learn how to turn them back on here if they’ve been set to manual updates. For Android phones, this article can help you set apps to auto-update if they aren’t set that way already.
Often overlooked is the humble browser. Yet if you think about it, the browser is one of the apps we use most often. Particularly on our desktops. It takes us shopping, to shows, the bank, and even work. Hackers realize that, which is why they love targeting browsers. Whether it’s through vulnerabilities in the code that runs the browser, injecting malicious code into a browser session, or any one of several other attack vectors, hackers will try to find a way to compromise computers via the browser.
One of the best ways to keep your browser safe is to keep it updated. By updating your browser, you’ll get the latest in features and functionality in addition to security fixes that can prevent attacks from hackers. It’s a straightforward process, and this article will show you can set your browser to automatically update.
Whether they come by way of an email, text, direct message, or as bogus ads on social media and in search, phishing attacks remain popular with cybercriminals. Across their various forms, the intent remains the same—to steal personal or account information by posing as a well-known company, organization, or even someone the victim knows. And depending on the information that gets stolen, it can result in a drained bank account, a hijacked social media profile, or any number of different identity crimes. What makes some phishing attacks so effective is how some hackers can make the phishing emails and sites they use look like the real thing, so learning how to spot phishing attacks has become a valuable skill nowadays. Additionally, comprehensive online protection software will include web protection that can spot bogus links and sites and warn you away from them, even if they look legit.
Some signs of a phishing attack include:
Email addresses that slightly alter the address of a trusted brand name so it looks close at first glance.
Awkward introductions like a “Dear Sir or Madam,” from your bank.
Bad spelling and grammar, which indicate the communication is not coming from a professional organization.
Poor visual design, like stretched logos, mismatched colors, and cheap stock photos.
Urgent calls to action or threats that pressure you to claim a reward or pay a fine immediately followed by a link to do so.
Unexpected attachments, such as a “shipping invoice” or “bills,” which hackers use to hide payloads of malware and ransomware.
Again, this can take a sharp eye to spot. When you get emails like these, take a moment to scrutinize them and certainly don’t click on any links.
Another way you can fight back against crooks who phish is to report them. Check out ReportFraud.ftc.gov, which shares reports of phishing and other fraud with law enforcement. Taken together with other reports, your information can aid an investigation and help bring charges on a cybercriminal or an organized ring.
Chances are you’re using multi-factor authentication (MFA) on a few of your accounts already, like with your bank or financial institutions. MFA provides an additional layer of protection that makes it much more difficult for a hacker or bad actor to compromise your accounts even if they know your password and username. It’s quite common nowadays, where an online account will ask you to use an email or a text to your smartphone to as part of your logon process. If you have MFA as an option when logging into your accounts, strongly consider using it.
This list can get you started, and you can take even more steps now that you’re rolling. Keep dropping by our blog for more ways you can make yourself safer, such as on social media, your smartphone, in app stores, and more. Visit us any time!
The post See Yourself in Cyber – Five Quick Ways You Can Quickly Get Safer Online appeared first on McAfee Blog.
In 2021, a vulnerability was revealed in a system that lay at the foundation of modern computing. An attacker could force the system to execute arbitrary code. Shockingly, the vulnerable code was almost 54 years old—and there was no patch available, and no expectation that one would be forthcoming.
Fortunately, that’s because the system in question was Marvin Minsky’s 1967 implementation of a Universal Turing Machine, which, despite its momentous theoretical importance for the field of computer science, had never actually been built into a real-world computer. But in the decade or so after Minsky’s design, the earliest versions of Unix and DOS came into use, and their descendants are still with us today in the 21st century. Some of those systems have had bugs lurking beneath the surface for years or even decades.
rubygem-pdfkit-0.8.7-1.fc35
Update to 0.8.7. This new release fixes CVE-2022-25765.
