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After a three-year hiatus, Cisco Live 2022 Melbourne is back! Personally, it will be a special experience, attending with my team and leaders for the first time as the Asia Pacific Cybersecurity Lead.
I will be speaking on the “Top Priorities for IT and Security Leaders in 2023” on 7 December at the Cisco Secure Insights Live, covering key priorities for security leaders as we enter the new year. Please join me at the Security Experience Hub at the World of Solutions. You can also participate virtually.
Today’s businesses require a strong culture of security and resilience that is pervasive throughout the organization to withstand uncertainty and emerge stronger. Hear from our Cisco security leaders on powering resilience across the enterprise in the following presentations:
Dive into 80+ security sessions by experts to uncover best practices to address key challenges, and maximize your technology investments.
Explore the Security Experience Hub and Demo Stand at the World of Solutions Zone for exciting security activities:
For those joining us online, we have the Cisco Secure Insights Live broadcast on all things security, and Cisco Live broadcast covering keynote presentations by industry leaders.
I’m excited for you to see how we can help you achieve security resilience and look forward to meeting you at Cisco Live 2022 Melbourne. I’m ALL IN, are you?
We’d love to hear what you think. Ask a Question, Comment Below, and Stay Connected with Cisco Secure on social!
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A recent scoop by Reuters revealed that mobile apps for the U.S. Army and the Centers for Disease Control and Prevention (CDC) were integrating software that sends visitor data to a Russian company called Pushwoosh, which claims to be based in the United States. But that story omitted an important historical detail about Pushwoosh: In 2013, one of its developers admitted to authoring the Pincer Trojan, malware designed to surreptitiously intercept and forward text messages from Android mobile devices.
Pushwoosh says it is a U.S. based company that provides code for software developers to profile smartphone app users based on their online activity, allowing them to send tailor-made notifications. But a recent investigation by Reuters raised questions about the company’s real location and truthfulness.
The Army told Reuters it removed an app containing Pushwoosh in March, citing “security concerns.” The Army app was used by soldiers at one of the nation’s main combat training bases.
Reuters said the CDC likewise recently removed Pushwoosh code from its app over security concerns, after reporters informed the agency Pushwoosh was not based in the Washington D.C. area — as the company had represented — but was instead operated from Novosibirsk, Russia.
Pushwoosh’s software also was found in apps for “a wide array of international companies, influential nonprofits and government agencies from global consumer goods company Unilever and the Union of European Football Associations (UEFA) to the politically powerful U.S. gun lobby, the National Rifle Association (NRA), and Britain’s Labour Party.”
The company’s founder Max Konev told Reuters Pushwoosh “has no connection with the Russian government of any kind” and that it stores its data in the United States and Germany.
But Reuters found that while Pushwoosh’s social media and U.S. regulatory filings present it as a U.S. company based variously in California, Maryland and Washington, D.C., the company’s employees are located in Novosibirsk, Russia.
Reuters also learned that the company’s address in California does not exist, and that two LinkedIn accounts for Pushwoosh employees in Washington, D.C. were fake.
“Pushwoosh never mentioned it was Russian-based in eight annual filings in the U.S. state of Delaware, where it is registered, an omission which could violate state law,” Reuters reported.
Pushwoosh admitted the LinkedIn profiles were fake, but said they were created by a marketing firm to drum up business for the company — not misrepresent its location.
Pushwoosh told Reuters it used addresses in the Washington, D.C. area to “receive business correspondence” during the coronavirus pandemic. A review of the Pushwoosh founder’s online presence via Constella Intelligence shows his Pushwoosh email address was tied to a phone number in Washington, D.C. that was also connected to email addresses and account profiles for over a dozen other Pushwoosh employees.
Pushwoosh was incorporated in Novosibirsk, Russia in 2016.
The dust-up over Pushwoosh came in part from data gathered by Zach Edwards, a security researcher who until recently worked for the Internet Safety Labs, a nonprofit organization that funds research into online threats.
Edwards said Pushwoosh began as Arello-Mobile, and for several years the two co-branded — appearing side by side at various technology expos. Around 2016, he said, the two companies both started using the Pushwoosh name.
A search on Pushwoosh’s code base shows that one of the company’s longtime developers is a 41-year-old from Novosibirsk named Yuri Shmakov. In 2013, KrebsOnSecurity interviewed Shmakov for the story, “Who Wrote the Pincer Android Trojan?” wherein Shmakov acknowledged writing the malware as a freelance project.
Shmakov told me that, based on the client’s specifications, he suspected it might ultimately be put to nefarious uses. Even so, he completed the job and signed his work by including his nickname in the app’s code.
“I was working on this app for some months, and I was hoping that it would be really helpful,” Shmakov wrote. “[The] idea of this app is that you can set it up as a spam filter…block some calls and SMS remotely, from a Web service. I hoped that this will be [some kind of] blacklist, with logging about blocked [messages/calls]. But of course, I understood that client [did] not really want this.”
Shmakov did not respond to requests for comment. His LinkedIn profile says he stopped working for Arello Mobile in 2016, and that he currently is employed full-time as the Android team leader at an online betting company.
In a blog post responding to the Reuters story, Pushwoosh said it is a privately held company incorporated under the state laws of Delaware, USA, and that Pushwoosh Inc. was never owned by any company registered in the Russian Federation.
“Pushwoosh Inc. used to outsource development parts of the product to the Russian company in Novosibirsk, mentioned in the article,” the company said. “However, in February 2022, Pushwoosh Inc. terminated the contract.”
However, Edwards noted that dozens of developer subdomains on Pushwoosh’s main domain still point to JSC Avantel, an Internet provider based in Novosibirsk, Russia.
Pushwoosh employees posing at a company laser tag event.
Edwards said the U.S. Army’s app had a custom Pushwoosh configuration that did not appear on any other customer implementation.
“It had an extremely custom setup that existed nowhere else,” Edwards said. “Originally, it was an in-app Web browser, where it integrated a Pushwoosh javascript so that any time a user clicked on links, data went out to Pushwoosh and they could push back whatever they wanted through the in-app browser.”
An Army Times article published the day after the Reuters story ran said at least 1,000 people downloaded the app, which “delivered updates for troops at the National Training Center on Fort Irwin, Calif., a critical waypoint for deploying units to test their battlefield prowess before heading overseas.”
In April 2022, roughly 4,500 Army personnel converged on the National Training Center for a war games exercise on how to use lessons learned from Russia’s war against Ukraine to prepare for future fights against a major adversary such as Russia or China.
Edwards said despite Pushwoosh’s many prevarications, the company’s software doesn’t appear to have done anything untoward to its customers or users.
“Nothing they did has been seen to be malicious,” he said. “Other than completely lying about where they are, where their data is being hosted, and where they have infrastructure.”
Edwards also found Pushwoosh’s technology embedded in nearly two dozen mobile apps that were sold to cities and towns across Illinois as a way to help citizens access general information about their local communities and officials.
The Illinois apps that bundled Pushwoosh’s technology were produced by a company called Government 311, which is owned by Bill McCarty, the current director of the Springfield Office of Budget and Management. A 2014 story in The State Journal-Register said Gov 311’s pricing was based on population, and that the app would cost around $2,500 per year for a city with approximately 25,000 people.
McCarty told KrebsOnSecurity that his company stopped using Pushwoosh “years ago,” and that it now relies on its own technology to provide push notifications through its 311 apps.
But Edwards found some of the 311 apps still try to phone home to Pushwoosh, such as the 311 app for Riverton, Ill.
“Riverton ceased being a client several years ago, which [is] probably why their app was never updated to change out Pushwoosh,” McCarty explained. “We are in the process of updating all client apps and a website refresh. As part of that, old unused apps like Riverton 311 will be deleted.”
Edwards said it’s far from clear how many other state and local government apps and Web sites rely on technology that sends user data to U.S. adversaries overseas. In July, Congress introduced an amended version of the Intelligence Authorization Act for 2023, which included a new section focusing on data drawn from online ad auctions that could be used to geolocate individuals or gain other information about them.
Business Insider reports that if this section makes it into the final version — which the Senate also has to pass — the Office for the Director of National Intelligence (ODNI) will have 60 days after the Act becomes law to produce a risk assessment. The assessment will look into “the counterintelligence risks of, and the exposure of intelligence community personnel to, tracking by foreign adversaries through advertising technology data,” the Act states.
Edwards says he’s hoping those changes pass, because what he found with Pushwoosh is likely just a drop in a bucket.
“I’m hoping that Congress acts on that,” he said. “If they were to put a requirement that there’s an annual audit of risks from foreign ad tech, that would at least force people to identify and document those connections.”
ESET researchers spot a new ransomware campaign that goes after Ukrainian organizations and has Sandworm's fingerprints all over it
The post RansomBoggs: New ransomware targeting Ukraine appeared first on WeLiveSecurity
Do yourself a favor: Open a new browser tab and head to your search engine of choice. Type in your full name and home address. Then, see what pops up.
Are the results sparking an ember of unease in the back of your brain? Whether you’re a private person online or you’re comfortable sharing your daily life updates on social media, there are likely to be several personal details about you on sites that shouldn’t have that information. Some of these sites may be data brokerage websites.
Data brokerage sites are legal and are mostly used by annoying advertisers, though cybercriminals may also use them maliciously. The average person has their information for sale on 31 data brokerage sites, and 95% of people have their personal information on sale without their permission.
So how do you scrub the internet of your personal details to keep your identity secure? McAfee Personal Data Cleanup is a service that prevents your personal information from being collected and sold online. Here’s why you should consider taking a few easy steps now to give you peace of mind about the security of your personally identifiable information (PII).
Attack surface is a term usually applied to corporate security, but it’s a great visualization for everyday people going about their personal online errands and entertainment. An attack surface is the number of possible entry points a cybercriminal could weasel their way through to get at your valuable and private information. Entry points include your social media profiles, your online shopping accounts, and data brokerage sites. The fewer entry points you have, the harder it is for cybercriminals to find and exploit them.
While Social Security Numbers (SSNs) are generally revered as the piece of PII to guard most closely, a cybercriminal can still damage your identity with just your name and an address, email address, or phone number. For example, they can request new passwords or multifactor authentication one-time passcodes to break their way into online banking or shopping accounts. Security breaches are happening to huge companies all over the world. All it takes is for your SSN to be leaked in one of them, for a cybercriminal to piece together your digital clone and use it to harm your identity or credit.
Personal Data Cleanup minimizes your attack surface by removing as much PII as possible that’s floating around the internet, just waiting for someone to buy it.
When you’re aware of how many unauthorized vendors are selling your PII, it could be the wakeup call you need start adopting more cautious online habits. For instance, oversharing on social media leaks a lot of valuable details that a savvy criminal can then use to take educated guesses at your passwords or craft a social engineering plot catered just to you.
The present is as good a time as any to start protecting your identity for the future; however, getting started is often the most difficult step. It can seem overwhelming to reach out to every data brokerage site individually and request they remove your info. Personal Data Cleanup can be your partner not only in beginning the cleanup process but in monitoring your data security to keep your online presence as minimal as possible. The service scans the internet’s riskiest sites and then, before deleting your information from these sites, runs it by you to confirm. Then, it will continually monitor those same sites, as your information will likely reappear every two to four months.
Do not underestimate the tenacity of a cybercriminal. Even for people who have the attitude that their PII is bound to be somewhere online and that it’s no big deal, McAfee Personal Data Cleanup manages three key steps in the data removal process: scanning, removing, and monitoring. So, even if you’re not convinced that data brokerage sites are a threat, the process is too easy to put off any longer!
For those who are concerned about their online privacy, full-service Personal Data Cleanup is included in McAfee+ Ultimate, which is the complete package to let you live your online life in private. McAfee+ Ultimate also includes identity monitoring and identity theft resolution services, unlimited VPN, credit lock, and much more.
In 2021, more than 1.4 million identity theft complaints were filed to the Federal Trade Commission.1 Identity theft can occur to anyone, so take steps today, starting with data brokerage sites, to live a more secure and more private digital life.
1Federal Trade Commission, “New Data Shows FTC Received 2.8 Million Fraud Reports from Consumers in 2021”
The post McAfee Personal Data Cleanup: Your Partner in Living a More Private Online Life appeared first on McAfee Blog.
Authored by Dennis Pang
What is antivirus? That’s a good question. What does it really protect? That’s an even better question.
Over the years, I’ve come to recognize that different people define antivirus differently. Some see it as way to keep hackers from crashing their computers. Others see it as a comprehensive set of protections. Neither definition is entirely on the money.
With this blog, I hope to give everyone a clear definition of what antivirus does well, along with what it doesn’t do at all. The fact is that antivirus is just one form of online protection. There are other forms of protection as well, and understanding antivirus’ role in your overall mix of online protection is an important part of staying safer online.
Antivirus software protects your devices against malware and viruses through a combination of prevention, detection, and removal.
For years, people have installed antivirus software on their computers. Today, it can also protect your smartphones and tablets as well. In fact, we recommend installing it on those devices as well because they’re connected, just like a computer—and any device that connects to the internet is a potential target for malware and viruses.
In short, if it’s connected, it must get protected.
One important distinction about antivirus is its name, a name that first came into use decades ago when viruses first appeared on the scene. (More on that in a bit.) However, antivirus protects you from more than viruses. It protects against malware too.
Malware is an umbrella term that covers all types of malicious software regardless of its design, intent, or how its delivered. Viruses are a subset of malicious software that infects devices and then replicates itself so that it can infect yet more devices.
So while we popularly refer to protection software as antivirus, it protects against far more than just viruses. It protects against malware overall.
Now here’s where some confusion may come in. Some antivirus apps are standalone. They offer malware protection and that’s it. Other antivirus apps are part of comprehensive online protection software, which can include several additional far-reaching features that can protect your privacy and your identity.
The reason why antivirus gets paired up with other apps for your privacy and identity is because antivirus alone doesn’t offer these kinds of protections. Yet when paired with things like a password manager, credit monitoring, identity theft coverage, and a VPN, to name a few, you can protect your devices—along with your privacy and identity. All the things you need to stay safer online.
In short, antivirus doesn’t cut it alone.
With that, let’s take a closer look at what malware and viruses really are—how they evolved, and what they look like today, along with how antivirus protects you against them.
Viruses have a long history. And depending on how you define what a virus is, the first one arguably took root in 1971—more than 50 years ago.
It was known as Creeper, and rather than being malicious in nature, it was designed to show how a self-replicating program could identify other connected devices on a network, transfer itself to them, and find yet more devices to repeat the process. Later, the same programmer who created a follow-on version of Creeper developed Reaper, a program that could remove the Creeper program. In a way, Reaper could be considered the first piece of antivirus software.
From there, it wasn’t until the 1980’s that malware started affecting the broader population, a time when computers became more commonplace in businesses and people’s homes.
At first, malware typically spread by infected floppy disks, much like the “Brain” virus in 1986. While recognized today as the first large-scale computer virus, its authors say they never intended it to work that way. Rather they say they created Brain as an anti-piracy measure to protect their proprietary software from theft. However, Brain got loose. It went beyond their software and affected computers worldwide. Although not malicious or destructive in nature, Brain most certainly put the industry, businesses, and consumers on notice.
Computer viruses became a thing.
Another piece of malware that got passed along via floppy disks was the “PC Cyborg” attack that targeted the medical research community in and around 1989. There the malware would lie in wait until the user rebooted their computer for the 90th time. And on that 90th boot, the user was presented with a digital ransom note like the one here:
Along with that note, PC Cyborg encrypted the computer’s files, which would only get unencrypted if the victim paid a fee—making PC Cyborg the first widely recognized form of ransomware.
Shortly thereafter, the internet started connecting computers, which opened millions of doors for hackers as people went online. Among the most noteworthy was 1999’s “Melissa” virus, which spread by way of infected email attachments and overloaded hundreds of corporate and governmental email servers worldwide.
It was quickly followed in 2000 by what’s considered the among the most damaging malware to date—ILOVEYOU, which also spread by way of an attachment, this one posing as a love letter. Specifically, it was a self-replicating worm that installed itself on the victim’s computer where it destroyed some information and stole other information, then spread to other computers. One estimate puts the global cost of ILOVEYOU at $10 billion and further speculated that it infected 10% of the world’s internet-connected computers at the time.
With the advent of the internet, malware quickly established itself as a sad fact of connected life. Today, McAfee registers an average of 1.1 million new malicious programs and potentially unwanted apps (PUA) each day, which contributes to the millions and millions of malicious programs already in existence.
Apart from the sheer volume of malware out there today, another thing that distinguishes today’s malware from early malware attacks—they’re created largely for profit.
We can think of it this way:
Today’s malware is far more than an annoyance or headache. It can lead to follow-on attacks that target your finances, your identity, your privacy, or a mix of all three.
So with a million or so new threats coming online each day, and millions more out there already, how does antivirus protect you from malware? It blocks, detects, and removes malware. And it does so in a couple of ways:
However, as mentioned earlier, antivirus provides only one aspect of online protection today. While it protects your devices and the data that’s on them, your privacy and identity can come under attack as well. So while antivirus alone can protect you from malware, it can’t prevent other forms of online crime like identity theft, phishing attacks designed to steal personal information, or attacks on your accounts, to name a few of the many other types of threats out there.
Yet comprehensive online protection can.
Comprehensive online protection software like ours offers antivirus, along with specific services and features that protect your privacy and identity online as well. It gives you dozens of other features like identity theft coverage & restoration, personal data cleanup, security freezes, and an online protection score that shows you just how safe you are, along with suggestions that can make you safer still.
So while protecting your devices with antivirus is a great start, it’s only one part of staying safer online. Including privacy and identity protection rounds out your protection overall.
The post What is Antivirus and What Does It Really Protect? appeared first on McAfee Blog.
Have you ever been browsing online and clicked a link or search result that took you to a site that triggers a “your connection is not private” or “your connection is not secure” error code? If you’re not too interested in that particular result, you may simply move on to another result option. But if you’re tempted to visit the site anyway, you should be sure you understand what the warning means, what the risks are, and how to bypass the error if you need to.
A “your connection is not private” error means that your browser cannot determine with certainty that a website has safe encryption protocols in place to protect your device and data. You can bump into this error on any device connected to the internet — computer, smartphone, or tablet.
So, what exactly is going on when you see the “this connection is not private” error?
For starters, it’s important to know that seeing the error is just a warning, and it does not mean any of your private information is compromised. A “your connection is not private” error means the website you were trying to visit does not have an up-to-date SSL (secure sockets layer) security certificate.
Website owners must maintain the licensing regularly to ensure the site encryption capabilities are up to date. If the website’s SSL certificate is outdated, it means the site owners have not kept their encryption licensing current, but it doesn’t necessarily mean they are up to no good. Even major websites like LinkedIn have had momentary lapses that would throw the error. LinkedIn mistakenly let their subdomain SSL certificates lapse.
In late 2021, a significant provider of SSL certificates, Let’s Encrypt, went out of business. When their root domain officially lapsed, it created issues for many domain names and SSL certificates owned by legitimate companies. The privacy error created problems for unwitting businesses, as many of their website visitors were rightfully concerned about site security.
While it does not always mean a website is unsafe to browse, it should not be ignored. A secure internet connection is critical to protecting yourself online. Many nefarious websites are dangerous to visit, and this SSL certificate error will protect you from walking into them unaware.
SSL certification standards have helped make the web a safer place to transact. It helps ensure online activities like paying bills online, ordering products, connecting to online banking, or keeping your private email accounts safe and secure. Online security continues to improve with a new Transport Layer Security (TLS) standard, which promises to be the successor protocol to SSL.
So be careful whenever visiting sites that trigger the “connection is not private” error, as those sites can potentially make your personal data less secure and make your devices vulnerable to viruses and malware.
Note: The “your connection is not private” error is Google Chrome‘s phrasing. Microsoft Edge or Mozilla Firefox users will instead see a “your connection is not secure” error as the warning message.
If you feel confident that a website or page is safe, despite the warning from your web browser, there are a few things you can do to troubleshoot the error.
Remember, you are taking your chances anytime you ignore an error. As we mentioned, you could leave yourself vulnerable to hackers after your passwords, personal information, and other risks.
Your data and private information are valuable to hackers, so they will continue to find new ways to try and procure it. Here are some ways to protect yourself and your data when browsing online.
As we continue to do more critical business online, we must also do our best to address the risks of the internet’s many conveniences.
A comprehensive cybersecurity tool like McAfee+ Ultimate can help protect you from online scams, identity theft, and phishing attempts, and ensure you always have a secure connection. McAfee helps keep your sensitive information out of the hands of hackers and can help you keep your digital data footprints lighter with personal data cleanup.
With McAfee’s experts on your side, you can enjoy everything the web offers with the confidence of total protection.
The post “This Connection Is Not Private” – What it Means and How to Protect Your Privacy appeared first on McAfee Blog.
It’s important to know that not all websites are safe to visit. In fact, some sites may contain malicious software (malware) that can harm your computer or steal your personal contact information or credit card numbers.
Phishing is another common type of web-based attack where scammers try to trick you into giving them your personal information, and you can be susceptible to this if you visit a suspicious site.
Identity theft is a serious problem, so it’s important to protect yourself when browsing the web. Online security threats can be a big issue for internet users, especially when visiting new websites or following site links.
So how can you tell if you’re visiting a safe website or an unsafe website? You can use a few different methods. This page discusses key things to look for in a website so you can stay safe online.
When you’re visiting a website, a few key indicators can help determine whether the site is safe. This section explores how to check the URL for two specific signs of a secure website.
“Https” in a website URL indicates that the website is safe to visit. The “s” stands for “secure,” and it means that the website uses SSL (Secure Sockets Layer) encryption to protect your information. A verified SSL certificate tells your browser that the website is secure. This is especially important when shopping online or entering personal information into a website.
When you see “https” in a URL, the site is using a protocol that encrypts information before it’s sent from your computer to the website’s server. This helps prevent anyone from intercepting and reading your sensitive information as it’s transmitted.
The padlock icon near your browser’s URL field is another indicator that a webpage is safe to visit. This icon usually appears in the address bar and means the site uses SSL encryption. Security tools and icon and warning appearances depend on the web browser.
Let’s explore the cybersecurity tools on the three major web browsers:
Overall, the ”https” and the locked padlock icon are good signs that your personal data will be safe when you enter it on a website. But you can ensure a website’s security is up to par in other ways. This section will explore five in-depth methods for checking website safety.
McAfee WebAdvisor is a free toolbar that helps keep you safe online. It works with your existing antivirus software to provide an extra layer of protection against online threats. WebAdvisor also blocks unsafe websites and lets you know if a site is known for phishing or other malicious activity. In addition, it can help you avoid online scams and prevent you from accidentally downloading malware. Overall, McAfee WebAdvisor is a useful tool that can help you stay safe while browsing the web.
When you’re browsing the web, it’s important to be able to trust the websites you’re visiting. One way to determine if a website is trustworthy is to look for trust seals. Trust seals are logos or badges that indicate a website is safe and secure. They usually appear on the homepage or checkout page of a website.
There are many types of trust seals, but some of the most common include the Better Business Bureau (BBB) seal, VeriSign secure seal, and the McAfee secure seal. These seals indicate that a third-party organization has verified the website as safe and secure.
While trust seals can help determine whether a website is trustworthy, it’s important to remember that they are not foolproof. Website owners can create a fake trust seal, so it’s always important to do your own research to ensure a website is safe before entering personal information.
Another way to determine if a website is safe to visit is to check for a privacy policy. A privacy policy is a document that outlines how a website collects and uses personal information. It should also state how the site protects your data from being accessed or shared by scammers, hackers, or other unauthorized individuals.
If a website doesn’t have a privacy policy, that’s a red flag that you shouldn’t enter any personal information on the site. Even if a website does have a privacy policy, it’s important to read it carefully so you understand how the site uses your personal data.
It’s important to do some preliminary research before visiting a new website, especially if you’re shopping online or entering personal data like your address, credit card, or phone number. One way to determine if a website is safe and trustworthy is to check third-party reviews. Several websites provide reviews of other websites, so you should be able to find several reviews for any given site.
Trustpilot is one example of a website that provides reviews of other websites.
Look for common themes when reading reviews. If most of the reviews mention that a website is safe and easy to use, it’s likely that the site is indeed safe to visit. However, if a lot of negative reviews mention problems with viruses or malware, you might want to avoid the site.
You can also analyze the website design when deciding whether a website is safe to visit. Look for spelling errors, grammatical mistakes, and anything that appears off. If a website looks like it was made in a hurry or doesn’t seem to be well-designed, that’s usually a red flag that the site might not be safe.
Be especially careful of websites that have a lot of pop-ups. These sites are often spammy or contain malware. Don’t download anything from a website unless you’re absolutely sure it’s safe. These malicious websites rarely show up on the top of search engine results, so consider using a search engine to find what you’re looking for rather than a link that redirects you to an unknown website.
If you’re unsure whether a website is safe to visit, download McAfee WebAdvisor for free. McAfee WebAdvisor is a program that helps protect you from online threats, such as malware and viruses. It also blocks pop-ups and other intrusive ads so you can browse the web without worry. Plus, it’s completely free to download and use.
Download McAfee WebAdvisor now and stay safe while browsing the web.
The post How to Tell Whether a Website Is Safe or Unsafe appeared first on McAfee Blog.
Throughout my career, I have noticed the way we “futurize” technology. Often, we are thinking of technology in five-to-ten-year increments. But the fact of the matter is – technology is moving faster than we can keep up. The minute we think we understand it, it’s already onto something new. That’s why here at Cisco, we’re focused on what’s NEXT. We all know technology will continue to grow at a rapid pace, our goal is to remain at the forefront of these changes.
After much anticipation, it’s finally here! I am excited to present the first episode of “NEXT” by Cisco Secure! “NEXT” is a video series illuminating simple conversations about complex topics. Our mission is twofold: First, we want to humanize cybersecurity. Second, we want to build a bridge between Cisco Secure and the ideas of the future.
CTO of Cisco Secure, TK Keanini and I sit down with Michael Ebel, CEO of Atmosfy. If you saw our preview, then you know Atmosfy is on a mission to help inspire others and support local restaurants through live videos.
Want to learn what’s NEXT for Michael Ebel and Atmosfy? Check out our episode!
We’d love to hear what you think. Ask a Question, Comment Below, and Stay Connected with Cisco Secure on social!
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When you think about the most resilient creatures in the animal kingdom, what comes to mind?
Perhaps the camel, which can survive for 6 months with no food or water. Or maybe it’s the honey badger, which tends to drink snake venom like cranberry juice.
Or how about the immortal jellyfish? This is one of the most fascinating (and oldest) creatures on Planet Earth. Not only are they immortal, but they also live their lives in Benjamin Button-esque fashion. Turritopsis nutricula jellyfish live to the age of 50 and think, “Well that was fun, but what if I did all of that again in reverse?” When they get back to the beginning, they age forwards again…kind of like the David Fincher film playing on an endless loop, which, I must be honest, felt rather reminiscent of my watching experience.
Those are all fine contenders. But I think the award for the most resilient animal goes to the Tardigrade.
A Tardigrade is a water creature – it needs water to survive. But if there’s a shortage – say, they made their home in a lovely bunch of moss which has unfortunately dried out, they have a plan B.
A Tardigrade will curl up, slow down their metabolism by a factor of 10,000, and can go without a drop of water for decades. Then, when conditions are better, they reboot, rehydrate, and carry on as if nothing has happened. Take that, evolution.
That’s not all. They can also survive temperatures of up to 150 degrees centigrade, without so much as a flinch. How about colder temperatures? Snow problem. (Sorry.) Turn the temperature down to minus 272 centigrade (pretty much Sub Zero), and you’ll defeat the atom, but you won’t make a mark on the Tardigrade.
This one is my favorite: They can survive space travel. In 2008 European scientists sent a colony of 3,000 tardigrades into low grade orbit for 10 days. The majority were able to withstand both cosmic radiation, and the power of the Sun’s UV light.
I guess one question you might ask is, “Why?” Why does a tardigrade need such a robust defense strategy when it’s only a millimetre in size and looks like a cuddly bear under a microscope?
It comes down to adaptation. Tardigrades are water creatures who needed to adapt to occasional droughts. Sure, they may have overshot it a little by including the potential for space travel too. But, they addressed their main threat, and set a more positive course for the future. I think that’s a nice sum up of what being resilient means.
Which brings me to my main reason for this post. I’d like to talk about security resilience, and how it can be the baseline for plotting a stronger future for your organization.
I believe, as with most things, that security resilience starts with people – looking after them, giving them what they need to flourish, and in most cases, getting out of their way.
That all sounds basic. However, the scale of what our people and security teams need to protect within the enterprise and the internet as a whole, keeps getting bigger. Not everything’s in the data center, and not everything’s in the cloud. Addressing the core challenges, and adapting as needed, is central to a security resilience strategy.
This involves moving away from a siloed security policy that is only focused on threat prevention and treats all alerts and threats equally. Not only is this way inefficient – it wears defenders out. We can’t prevent everything, so we must prevent what will affect us most from a security standpoint, while increasing detection and response for anything else that may come our way.
That’s where a detection, response and recovery strategy comes into play. This strategy is underpinned by risk-based contextual analysis (i.e., “Exactly how concerned do we need to be with this new vulnerability?”) and continuous trust assessments.
For your people running daily analysis, this is crucial to help them move from the overwhelming environments that often stem from alert fatigue. Dealing with the latest headline threats is reactive, exhaustive, and is a large component as to why burnout is so prevalent in security. Context-centric security is a key factor to moving away from this.
We explore this concept and more, in our new e-book: Adapt and Overcome: Your guide to building security resilience with Cisco Secure.
In this e-book, we identify the key steps to implementing security resilience. We help you to find the priorities, so you can drive resilience faster, and more efficiently. You will also be able to see this in action, in our case study with the NFL (National Football League).
Later on, we get into some specifics about how Cisco can help you build security resilience across four key areas: risk reduction, visibility, mitigating insider threats, and what to do with actionable intelligence.
Plus, we share some security resilience success principles from other organizations around the world.
Please check out the e-book when you have a moment. I hope the stories, videos and words have meaning for you, and can help your organization as it prepares to meet its current challenges and opportunities.
And finally, remember that with the right security partner, your organization can adapt to change with speed and precision, making informed decisions with the right context at the right time.
Learn more about how Cisco Secure can help you build your resilience strategy.
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Do your employees take more risks with valuable data because they’ve become desensitized to security guidance? Spot the symptoms before it’s too late.
The post Security fatigue is real: Here’s how to overcome it appeared first on WeLiveSecurity
What color jersey will you be sporting this November and December? The World Cup is on its way to television screens around the world, and scores of fans are dreaming of cheering on their team at stadiums throughout Qatar. Meanwhile, cybercriminals are dreaming of stealing the personally identifiable information (PII) of fans seeking last-minute vacation and ticket deals.
Don’t let the threat of phishers and online scammers dampen your team spirit this World Cup tournament. Here are three common schemes cybercriminals will likely employ and a few tips to help you dribble around their clumsy offense and protect your identity, financial information, and digital privacy.
Phishers will be out in full force attempting to capitalize on World Cup fever. People wrapped up in the excitement may jump on offers that any other time of the year they would treat with skepticism. For example, in years past, fake contests and travel deals inundated email inboxes across the world. Some companies do indeed run legitimate giveaways, and cybercriminals slip in their phishing attempts among them.
If you receive an email or text saying that you’re the winner of a ticket giveaway, think back: Did you even enter a contest? If not, treat any “winner” notification with skepticism. It’s very rare for a company to automatically enter people into a drawing. Usually, companies want you to act – subscribe to a newsletter or engage with a social media post, for example – in exchange for your entry into their contest. Also, beware of emails that urge you to respond within a few hours to “claim your prize.” While it’s true that real contest winners must reply promptly, organized companies will likely give you at least a day if not longer to acknowledge receipt.
Traveling is rarely an inexpensive endeavor. Flights, hotels, rental cars, dining costs, and tourist attraction admission fees add up quickly. In the case of this year’s host country, Qatar, there’s an additional cost for American travelers: visas.
If you see package travel deals to the World Cup that seem too good to pass up … pass them up. Fake ads for ultra-cheap flights, hotels, and tickets may appear not only in your email inbox but also on your social media feed. Just because it’s an ad doesn’t mean it comes from a legitimate company. Legitimate travel companies will likely have professional-looking websites with clear graphics and clean website copy. Search for the name of the organization online and see what other people have to say about the company. If no search results appear or the website looks sloppy, proceed with caution or do not approach at all.
Regarding visas, be wary of anyone offering to help you apply for a visa. There are plenty of government-run websites that’ll walk you through the process, which isn’t difficult as long as you leave enough time for processing. Do not send your physical passport to anyone who is not a confirmed government official.
Even fans who’ve given up on watching World Cup matches in person aren’t out of the path of scams. Sites claiming to have crystal clear streams of every game could be malware spreaders in disguise. Malware and ransomware targeting home computers often lurk on sketchy sites. All it takes is a click on one bad link to let a cybercriminal or a virus into your device.
Your safest route to good-quality live game streams is through the official sites of your local broadcasting company or the official World Cup site. You may have to pay a fee, but in the grand scheme of things, that fee could be a lot less expensive than replacing or repairing an infected device.
Here’s an excellent rule to follow with any electronic correspondence: Never send anyone your passwords, routing and account number, passport information, or Social Security Number. A legitimate organization will never ask for your password, and it’s best to communicate any sensitive financial or identifiable information over the phone, not email or text as they can easily fall into the wrong hands. Also, do not wire large sums of money to someone you just met online.
Don’t let scams ruin your enjoyment of this year’s World Cup! With these tips, you should be able to avoid the most common schemes but to boost your confidence in your online presence, consider signing up for McAfee+. Think of McAfee+ as the ultimate goalkeeper who’ll block any cybercriminals looking to score on you. With identity monitoring, credit lock, unlimited VPN and antivirus, and more, you can surf safely and with peace of mind.
The post Watch Out for These 3 World Cup Scams appeared first on McAfee Blog.
Cyber security implies protecting the confidentiality, availability and integrity of computer systems and networks. Often security researchers and security teams focus on threats to software and the risks associated with authenticating and managing users. However, computing systems are built upon a tall stack of computing resources.
Each layer within the stack is exposed to specific threats which need to be considered as part of a cyber security strategy. As the threat landscape evolves and exposure to risk changes, organizations need to review their threat exposure and consider if current mitigations are sufficient for their needs.
The recent disruption of the Nord Stream submarine gas pipeline in the Baltic Sea by an apparent act of sabotage highlights the risks to infrastructure located beneath the waves. The telecommunications infrastructure that carries internet traffic between countries and continents is often provided by submarine cables. These cables are relatively few in number but carry vast amounts of internet and enterprise traffic, potentially from many different service providers.
The seabed is a challenging environment for infrastructure. Sea water is corrosive, the pressure on the ocean floor can be extreme, while earthquakes, ship’s anchors and dredging provide additional risks to may result in the severing of a cable. Submarine cables are only expected to achieve a lifespan in the region of 25 years before failure.
Repairing or replacing a submarine cable is expensive and time consuming. It may be many months before a failed cable can be repaired or replaced. In the absence of a functioning cable, internet connections must be rerouted to avoid disruption. However, this risks saturating the remaining infrastructure and adversely affecting the quality of connections.
Organizations that require high availability international or intercontinental network connections should review their exposure to the risk of submarine cables failure. The nature of this risk will depend on how services are currently delivered.
At the time of writing there is no specific threat to undersea infrastructure. Other than attacks against terrestrial cables, no cable damage has been shown to be due to sabotage. Nevertheless, the Secretary General of NATO has stressed the importance of undersea cables to civilian society and military capability [1]. The British Chief of Defense Staff has warned how seriously intentional damage to telecommunications cables would be taken [2].
Physical infrastructure can not be taken for granted. Organizations would do well to review the impact of one or more submarine cables being taken out of service. Preparing response plans and contingencies in advance ensures that disruption is kept to a minimum in the event that such a scenario occurs.
[1]. Press Conference (22 Oct 2020), NATO Secretary General Jens Stoltenberg.
https://www.nato.int/cps/en/natohq/opinions_178946.htm?selectedLocale=en
[2]. “Chief of Defence Staff: Russia cutting underwater cables could be ‘an act of war’” (8 Jan 2022), Forces.net.
https://www.forces.net/news/chief-defence-staff-russia-cutting-underwater-cables-could-be-act-war
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Peter is an IT manager for a technology manufacturer that got hit with a Russian ransomware strain called “Zeppelin” in May 2020. He’d been on the job less than six months, and because of the way his predecessor architected things, the company’s data backups also were encrypted by Zeppelin. After two weeks of stalling their extortionists, Peter’s bosses were ready to capitulate and pay the ransom demand. Then came the unlikely call from an FBI agent. “Don’t pay,” the agent said. “We’ve found someone who can crack the encryption.”
Peter, who spoke candidly about the attack on condition of anonymity, said the FBI told him to contact a cybersecurity consulting firm in New Jersey called Unit 221B, and specifically its founder — Lance James. Zeppelin sprang onto the crimeware scene in December 2019, but it wasn’t long before James discovered multiple vulnerabilities in the malware’s encryption routines that allowed him to brute-force the decryption keys in a matter of hours, using nearly 100 cloud computer servers.
In an interview with KrebsOnSecurity, James said Unit 221B was wary of advertising its ability to crack Zeppelin ransomware keys because it didn’t want to tip its hand to Zeppelin’s creators, who were likely to modify their file encryption approach if they detected it was somehow being bypassed.
This is not an idle concern. There are multiple examples of ransomware groups doing just that after security researchers crowed about finding vulnerabilities in their ransomware code.
“The minute you announce you’ve got a decryptor for some ransomware, they change up the code,” James said.
But he said the Zeppelin group appears to have stopped spreading their ransomware code gradually over the past year, possibly because Unit 221B’s referrals from the FBI let them quietly help nearly two dozen victim organizations recover without paying their extortionists.
In a blog post published today to coincide with a Black Hat talk on their discoveries, James and co-author Joel Lathrop said they were motivated to crack Zeppelin after the ransomware gang started attacking nonprofit and charity organizations.
“What motivated us the most during the leadup to our action was the targeting of homeless shelters, nonprofits and charity organizations,” the two wrote. “These senseless acts of targeting those who are unable to respond are the motivation for this research, analysis, tools, and blog post. A general Unit 221B rule of thumb around our offices is: Don’t [REDACTED] with the homeless or sick! It will simply trigger our ADHD and we will get into that hyper-focus mode that is good if you’re a good guy, but not so great if you are an ***hole.”
The researchers said their break came when they understood that while Zeppelin used three different types of encryption keys to encrypt files, they could undo the whole scheme by factoring or computing just one of them: An ephemeral RSA-512 public key that is randomly generated on each machine it infects.
“If we can recover the RSA-512 Public Key from the registry, we can crack it and get the 256-bit AES Key that encrypts the files!” they wrote. “The challenge was that they delete the [public key] once the files are fully encrypted. Memory analysis gave us about a 5-minute window after files were encrypted to retrieve this public key.”
Unit 221B ultimately built a “Live CD” version of Linux that victims could run on infected systems to extract that RSA-512 key. From there, they would load the keys into a cluster of 800 CPUs donated by hosting giant Digital Ocean that would then start cracking them. The company also used that same donated infrastructure to help victims decrypt their data using the recovered keys.
A typical Zeppelin ransomware note.
Jon is another grateful Zeppelin ransomware victim who was aided by Unit 221B’s decryption efforts. Like Peter, Jon asked that his last name and that of his employer be omitted from the story, but he’s in charge of IT for a mid-sized managed service provider that got hit with Zeppelin in July 2020.
The attackers that savaged Jon’s company managed to phish credentials and a multi-factor authentication token for some tools the company used to support customers, and in short order they’d seized control over the servers and backups for a healthcare provider customer.
Jon said his company was reluctant to pay a ransom in part because it wasn’t clear from the hackers’ demands whether the ransom amount they demanded would provide a key to unlock all systems, and that it would do so safely.
“They want you to unlock your data with their software, but you can’t trust that,” Jon said. “You want to use your own software or someone else who’s trusted to do it.”
In August 2022, the FBI and the Cybersecurity & Infrastructure Security Agency (CISA) issued a joint warning on Zeppelin, saying the FBI had “observed instances where Zeppelin actors executed their malware multiple times within a victim’s network, resulting in the creation of different IDs or file extensions, for each instance of an attack; this results in the victim needing several unique decryption keys.”
The advisory says Zeppelin has attacked “a range of businesses and critical infrastructure organizations, including defense contractors, educational institutions, manufacturers, technology companies, and especially organizations in the healthcare and medical industries. Zeppelin actors have been known to request ransom payments in Bitcoin, with initial amounts ranging from several thousand dollars to over a million dollars.”
The FBI and CISA say the Zeppelin actors gain access to victim networks by exploiting weak Remote Desktop Protocol (RDP) credentials, exploiting SonicWall firewall vulnerabilities, and phishing campaigns. Prior to deploying Zeppelin ransomware, actors spend one to two weeks mapping or enumerating the victim network to identify data enclaves, including cloud storage and network backups, the alert notes.
Jon said he felt so lucky after connecting with James and hearing about their decryption work, that he toyed with the idea of buying a lottery ticket that day.
“This just doesn’t usually happen,” Jon said. “It’s 100 percent like winning the lottery.”
By the time Jon’s company got around to decrypting their data, they were forced by regulators to prove that no patient data had been exfiltrated from their systems. All told, it took his employer two months to fully recover from the attack.
“I definitely feel like I was ill-prepared for this attack,” Jon said. “One of the things I’ve learned from this is the importance of forming your core team and having those people who know what their roles and responsibilities are ahead of time. Also, trying to vet new vendors you’ve never met before and build trust relationships with them is very difficult to do when you have customers down hard now and they’re waiting on you to help them get back up.”
A more technical writeup on Unit 221B’s discoveries (cheekily titled “0XDEAD ZEPPELIN”) is available here.
Since releasing SecureX orchestration, we’ve regularly published two types of content for our customers to import and use: atomic actions and workflows. Atomic actions are small, re-usable functions that allow you to do simple things like isolating an endpoint in Cisco Secure Endpoint. Workflows are more complex combinations of activities, often made up of multiple atomic actions, that accomplish a broader objective. One of our most popular workflows fetches blog posts from Talos and then conducts an investigation into each post using a customer’s SecureX-integrated products. As of this blog post’s publishing, we’ve released 75 workflows. So, let’s talk about what’s new…
In the past, when you wanted to communicate with SecureX APIs, you had to go through a multi-step process to generate an API client, use that API client to get a token, and then refresh the token every 10 minutes. This process wasn’t exactly simple, so in April we released the new SecureX Token account key. This special type of account key allows you to integrate with SecureX APIs without creating an API client, generating a token, or worrying about when the token expires. Simply use a SecureX target in conjunction with a SecureX Token account key and the platform takes care of the tokens. For more information about this update and how to take advantage of this new functionality, check out our documentation. Keep in mind that if your orchestration tenant was created prior to April 2022, you may need to create a SecureX Token.
Now that we have SecureX Token account keys and customers have been using them for a few months, we decided it was time to update all of our previously published workflows to be fully compatible with the new account key type. All 24 workflows using SecureX APIs have now been updated to leverage SecureX Tokens. For more information about Cisco-published workflows, check out our workflow list.
Since Cisco Secure Firewall is almost always deployed on-premises and behind a firewall, integrating it with SecureX orchestration in the cloud has required the use of a SecureX orchestration remote. Not all of our customers are interested in deploying an on-premises virtual machine or they lack a VMware ESXi deployment within which to run the VM. Now, with the release of the SecureX Security Services Exchange (SSE) API proxy, you can integrate your SSE-registered FMC devices with orchestration workflows without the need for additional remotes or virtual machines. To show how this works and highlight how easy this integration is, we re-released five of our existing FMC workflows with support for the SSE API proxy:
To stay updated on what’s new with SecureX, check out the following resources:
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Monkey in the middle, the beloved playground staple, extends beyond schoolyards into corporate networks, home desktops, and personal mobile devices in a not-so-fun way. Known as a monkey-in-the-middle or man-in-the-middle attack (MiTM), it’s a type of cybercrime that can happen to anyone.
Here’s everything you need to know about mobile MiTM schemes specifically, how to identify when your mobile device is experiencing one, and how to protect your personally identifiable information (PII) and your device from cybercriminals.
A man-in-the-middle attack, or MiTM attack, is a scheme where a cybercriminal intercepts someone’s online activity and impersonates a trusted person or organization. From there, the criminal may ask personal questions or attempt to get financial information; however, since the mobile device owner thinks they’re communicating with someone with good intentions, they give up these details freely.
MiTM is an umbrella term that includes several cybercrime tactics, such as:
Cybercriminals gain access to mobile devices to carry out MiTM mobile attacks through three main methods: Wi-Fi eavesdropping, malware, or phishing.
The most common giveaway of a MiTM attack is a spotty internet connection. If a cybercriminal has a hold on your device, they may disconnect you from the internet so they can take your place in sessions or steal your username and password combination.
If your device is overheating or the battery life is much shorter than normal, it could indicate that it is running malware in the background.
If you can identify the signs of a MiTM attack, that’s a great first step in protecting your device. Awareness of your digital surroundings is another way to keep your device and PII safe. Steer clear of websites that look sloppy, and do not stream or download content from unofficial sites. Malware is often hidden in links on dubious sites.
To safeguard your Wi-Fi connection, protect your home router with a strong password or passphrase. When connecting to public Wi-Fi, confirm with the hotel or café’s staff their official Wi-Fi network name. Then, make sure to connect to a virtual private network (VPN). A VPN encrypts your online activity, which makes it impossible for someone to digitally eavesdrop.
Finally, a comprehensive antivirus software can clean up your device of malicious programs it might have contracted.
McAfee+ Ultimate includes unlimited VPN and antivirus, plus a whole lot more to keep all your devices safe. It also includes web protection that alerts you to suspicious websites, identity monitoring, and daily credit reports to help you browse safely and keep on top of any threats to your identity or credit.
A cybercriminal’s prize for winning a mobile scheme of monkey in the middle is your personal information. With preparation and excellent digital protection tools on your team, you can make sure you emerge victorious and safe.
The post Everything You Need to Know to Avoid a Man-in-the-Middle Mobile Attack appeared first on McAfee Blog.
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