How to Protect Your Privacy in a Connected World

Protect Your Privacy in a Connected World

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Not so long ago computers were our only connection to the internet, but these days we are almost constantly connected, through our phones, homes, autos, and even our children’s toys. In fact, research firm Gartner estimates that we now have over 8.4 billion connected “things” in use and that number will continue to grow rapidly.

Being connected brings great convenience, of course, but it also opens us up to a much wider range of risks, including the loss of money, data, and property, not to mention privacy. So the question now is, how to protect ourselves as we move through the connected world. Let’s start by talking about one of the newer and less familiar avenues of attack: connected “things.”


The term “Internet of Things” (IoT) is used to describe connected devices such as IP cameras, smart TVs and appliances, and interactive speakers and toys. These things have a built-in connection to the internet, but often don’t come with sophisticated security features—many have password protection at the most. This makes them easy to hack, especially if the password isn’t changed from the factory default. You may remember the Mirai malware incident, in which tens of thousands of IoT devices were infected and used to launch attacks against popular websites. IoT malware has only grown more sophisticated since then, opening the door to dangers such as launching larger attacks, accessing computing power to mine for cryptocurrencies, or leapfrogging attacks to computers and smartphones that store critical information. The bottom line is that IoT devices give cybercriminals a lot of access points to play with, and we have yet to see all the risks that they could bring.

Computers & Smartphones

Just as attacks on devices have become more sophisticated, so too have threats aimed at computers and smartphones. Cybercrooks are no longer satisfied with distributing malware to cause disruption—now they are focused on making money. Cryptocurrency miners are just one example of this; the other is the huge growth we have seen in ransomware. Authors of this type of malware don’t only make money by locking down the data of normal computer users, businesses, and government agencies, and demanding money to release it. They have also created an entirely new industry by selling ransomware products to other would-be cybercriminals online.

Another large and growing threat to smartphone users is malicious apps. We’ve seen a large uptick in risky applications, designed to steal data, rack up premium charges without the user’s permission, or access the device for other malicious purposes. Again, money is a driver, since a large number of the new risky apps we’ve detected have been designed to manipulate mobile ads, generating money for the malware authors.


Our computers and devices aren’t the only things under attack—the networks we use continue to be a growing target. This is no doubt related to our desire to be connected no matter where we go. Public Wi-Fi networks offer bad guys an unprecedented opportunity to intercept multiple users’ data while in transit to and from the network. This data can include credit card numbers, passwords, and identity information, if the network is not secure. What’s more, some attackers are going even higher up in the chain to take advantage of vulnerabilities in network protocols, making secure infrastructure even more important.

With so many risks associated with the connected landscape, it’s up to all of us to take steps to protect our data, devices and privacy.

Here are some key tips to safely navigate the connected world:

  • Always use comprehensive security software on both your computers and mobile devices, and keep all of your software up-to-date. This will safeguard you from the latest threats.
  • When you bring home a new IoT device, make sure that you reset the default password.
  • Look into putting all of your connected home devices onto a separate network from your computers and smartphones, so if one device is infected the attacker cannot access your other data-rich devices. Check your router’s user manual to learn how.
  • To ensure that your home computers and devices stay safe, look for a more secure network solution that includes IoT protection.
  • Avoid connecting to public Wi-Fi networks, which may or may not be secure. Instead, consider using a VPN. This is a piece of software that will give you a secure connection to the internet no matter where you go.
  • Only download apps from official app stores and read other users’ reviews first to see if they are safe.
  • Keep up-to-date on the latest threats, since they are constantly evolving, and make sure to share these important security tips with friends and family.

Source : : Blog

The Many Forms of IP Theft Add Up to Big Losses

intellectual property theft

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U.S. military drone technology surfaces on the black market and is bought by arms dealers. A pharmaceutical company based in Eastern Europe obtains trade secrets divulging the recipe for a popular prescription medication. A business that rejected an architect’s bid nevertheless uses part of that plan in construction. An advance copy of a much-anticipated “Game of Thrones” episode is sold to rabid fans on social media.

Welcome to the wide world of intellectual property theft, which accounts for one of the largest slices of overall global cybercrime. Unlike ransomware, crimes targeting financial institutions, or state-supported hacking, IP theft takes many forms – large and small, sophisticated and crude, strategic and unintentional – making it especially difficult to address. When it involves military technology, IP theft creates risks to national security. When it involves unlicensed use of creative assets, the losses can be invisible to the victim. Yet a resulting decline in revenue has an impact.

How serious is the global issue of IP theft? Diplomacy at the highest level prioritizes addressing IP theft above addressing state-run espionage. At the 2015 summit between Presidents Xi Jinping of China and Barack Obama of the United States, the leaders agreed that “neither country’s government will conduct or knowingly support cyber-enabled theft of intellectual property, including trade secrets or other confidential business information, with the intent of providing competitive advantages to companies or commercial sectors.”  Interestingly, the language of this agreement was drafted by the U.S. to allow continued espionage.  China and the U.S. tacitly agreed that they could continue to spy on each other if there was a national security justification. The resulting 2015 Obama Xi agreement on commercial cyber espionage may have “saved” the U.S. perhaps as much as $15 billion a year.

Putting a value on IP is an art.  How much is spent on research and development does not determine the value of IP,  Companies can estimate what the IP would fetch on the market if offered for sale or licensing.  Companies can estimate the future revenue stream their IP will produce, but there may be a long lag between theft and the introduction of a competing product.  One way to measure the cost of intellectual property theft is to look for competing products that take market share from the rightful owners. If hackers steal intellectual property from a small or medium sized enterprise, such as their product designs, it can be a fatal experience.

McAfee’s estimate puts the value of all IP in the U.S  at $12 trillion, with an annual increase of between $700 billion and $800 billion annually.  Based on our earlier analyses, and assuming that loss rates from IP theft track other kinds of cybercrime and the effect of the Obama-Xi agreement, the annual losses for the U.S. of between $10 billion and $12 billion from cybercrime targeting IP and perhaps $50 billion to $60 billion globally.

These figures may not reflect the full global loss. IP theft is everywhere, in many different forms.

Source : : Blog

How Pseudo-ransomware KillDisk Creates a Smoke Screen for Cybercriminals

Hacker Datenschutz

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We all remember Petya/NotPetya. How could you forget? The nasty malware took cues from WannaCry, leveraging the same SMB vulnerability. But instead of locking away files, Petya/NotPetya was a wiper – simply cleaning devices of their data. Petya was not the first wiper we’ve seen, and it’s certainly not the last. In fact, a classic disk wiper is currently re-emerging in Latin America, called KillDisk, and is targeting financial firms. Once dropped on a computer, it will load itself into memory, delete its files from disk, and rename itself.

KillDisk is actually one of the most infamous malware families around. It has historically masked itself as ransomware, but is rather a very destructive wiper. Cybercriminals typically deploy it in the later stages of an infection so they can use it to hide their tracks by wiping disks and destroying forensic evidence. That’s precisely why it was paired together with the BlackEnergy malware during Telebots’ attacks on the Ukrainian power grid – so the cybercriminals could conduct their scheme with stealth.

As Christiaan Beek, lead scientist and principal engineer at McAfee claims – that’s a wiper’s bread and butter. He says, “In the past we have seen wipers being used targeting the Energy sector in the Ukraine, Oil & Gas industry in the Middle-East, Media-company and against targets in South Korea. All of these were related to regional or political conflicts.”

Destruction is clearly the end goal, but stealth is the way of getting there. Beek continues, “In 2017, we introduced the term pseudo-ransomware where destructive attacks disguised as ransomware either took down companies in a nation or were used to keep the IT-department busy while money was being transferred at the same time. Now with KillDisk, it seems that criminals do not hesitate to use it during their campaigns. Since the initial infection vector is unknown and we are lacking further samples or details, we can only speculate why they are using this.”

That’s the ultimate question – why? Is KillDisk part of a larger attack, intended to help cybercriminals avoid detection? Or are crooks extorting these financial institutions for monetary gain? As of now, we’re unsure of the motive. But we do know that as this threat continues to evolve and creates a convincing smoke screen, we all must be as vigilant as ever.

Source : : Blog

Are We Dating Our Devices? How Our Online Interactions Impact Our Personal Security

online personal security

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L is for the way you look at your technology, O is for you’re not the only one looking at it. We L-O-V-E our connected devices, our apps, and all the online social interaction that comes with them. But unfortunately, we’re not the only ones who love them, as cybercriminals are attempting to capitalize on our connected lifestyles in order to swoop valuable personal information. Let’s explore why this is happening, how our increased device use impacts our lives, and what we can do to show our personal security some love.

Sharing data during modern dating

We love our devices largely for the connectedness and information they provide us with. For example, modern romance has shifted towards dating apps largely because these apps connect us with world quickly and easily. On these dating apps, you share information about yourself with strangers. But could you be sharing that info with strangers that aren’t even on the app? Just a few weeks ago, security researchers discovered that popular dating app Tinder still lacks basic HTTPS encryption for photos. Just by being on the same Wi-Fi network as any user of Tinder’s iOS or Android app, potential hackers could see any photo the user did, or even inject their own images into his or her photo stream. These crooks could even watch a user swipe left or right. By trying to stay connected online, these dating app users could be helping cybercriminals connect to their personal data instead.

The effects of our device devotion

Ironically enough, our efforts to engage socially online don’t exactly help us strengthen real-life relationships. In fact, we know from last year’s Connected Relationships survey that as we use our connected devices more and more each day, our relationships are negatively impacted by that use.

The Connected Relationships survey respondents said that they spend an equal amount of time at home online (38%) as they do interacting with others face-to-face. And 40% felt their significant other paid more attention to their own device when they were together one-on-one. You could even say that, for many, these devices have become the “other (wo)man” in the relationship.

Though devices have managed to cause some minor riffs between couples, that doesn’t stop couples from sharing even when they shouldn’t. Out of those surveyed, nearly 30% of couples share passwords to social media accounts, 28% share passwords to personal email accounts, and most shockingly, more than 20% share their work-specific devices and accounts with their significant other.

Spread the love to your personal security

So, whether you’re sharing your private data with a dating app, or your account info with a loved one, it’s important you show your personal security some love too. To do just that, follow these tips:

  • Limit how personal you get. Whether its Tinder, another dating app, or just any regular app, only provide the program with information that is absolutely necessary — this especially goes for financial data. Additionally, take the time to remove unnecessary personal information from your devices in general that could compromise your security. The less personal data you have on a device, the safer your information will be.
  • Make passwords a priority. Ensure your passwords are secure and strong by including numbers, lowercase and uppercase letters, as well as symbols. If you’re someone who knows the struggle with generating and remembering multiple unique passwords, use a password manager, like the True Key app. A password manager can help you create strong and secure passwords and log you into your favorite websites automatically using multi-factor authentication.
  • Focus on what really matters. We love our devices, but it’s important to disconnect every now and then to spend time with the important people in our lives, like friends and family. Don’t worry: your social networks will be right there waiting for you when you get back.

Source : : Blog

Cryptojacking is Soaring, and “Stegware” Makes it a Stealth Bomber


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With Bitcoin becoming resource-intensive to mine, and several cryptocurrency platforms arising as alternatives, more bad actors are jumping into cryptojacking: the unsolicited use of your device to mine cryptocurrency. This is becoming a dangerous threat that sometimes targets web systems, while other times infiltrates consumer or enterprise devices.

When a consumer device is targeted by cryptojacking, immediate effects appear because of the mining operation. Sometimes the system performance is not consistent with the expected user workload. Similarly, when the attack targets an enterprise device such as a server, these indicators will be there, although maybe harder to identify. In fact, when the mining script is correctly configured, a throttled CPU usage might be concealed as a slightly higher server usage in accordance with theoretically higher demand. Verifying these facts? Not an easy task.

The purpose of a cryptojacking attack is essentially revenue, so it makes sense that high-value assets (involving significant CPU or GPU resources) will be targeted. Recent reports reveal that manufacturing and financial services industries together constitute more than 55% of the systems affected by cryptojacking attacks (1). In one recent example, the Smominru Monero botnet has produced around $3 million running a mining operation with more than 500k compromised hosts (2).

Several cryptojacking attacks are using steganography, which is used as a mechanism to conceal and deliver the malicious mining script.

With security solutions maturing, bad actors need to think about new strategies to convey the attacks. That’s where “stegware”, malware hidden with steganography, comes in handy. As previously discussed (3), steganography is a very good vehicle for concealing an attack. In the case of cryptojacking, delivering the mining script is all the attacker requires. For that purpose, carriers such as an image file are used to hide the script. Then, taking advantage of either vulnerabilities (or features) already present in the services exposed by servers, the image is planted and the mining script can be executed. This technique is so effective that in some cases, bad actors won’t use actual steganography, just a fake image file, which is enough to bypass security solutions.

In a similar way, web-based cryptojacking attacks are poisoning hundred of websites (by either taking advantage of web server exploits or via “malvertising”) to mine cryptocurrency when a user visits a webpage. Essentially, an image (for example an ad) is placed somewhere so the mining script can be extracted and executed via the user device resources. Fortunately, popular browsers have already implemented measures to detect this activity and shut it down.

But even with monitored devices such as servers, differentiating between a legitimate increased server demand and a cryptojacking attack may not always be that simple. If the mining script is correctly configured, an infected server process using a slightly higher amount of CPU would be on a gray area, but not necessarily spotted as an anomaly.

 Collateral Damage

The fact that a mining script is extensively consuming resources such as CPU or GPU constitutes a potential risk to the system and its components. When devices are stressed by the extra load of mining, CPU, GPU and heat dissipation mechanisms are more active than usual. This increases energy consumption and could rapidly deteriorate system components. Although this is not the purpose of cryptojacking, we can’t ignore the consequences, as it may constitute a sort of “denial of service” when critical infrastructure is compromised. A cryptojacking botnet compromising servers may not disrupt a business, but it surely introduces some challenges to the operation.

Less Headache, More Benefits

In comparison with ransomware, cryptojacking might be more attractive to cybercriminals. Essentially, both attacks will produce revenue. However, while a ransomware attack becomes obvious once the ransom is requested, a stealthy cryptojacking has better chances of being undetected (especially when steganography is assisting the attack). Also, if a cryptojacking attack is discovered, it’s very hard to trace it back to the source, because of the intrinsic anonymity of cryptocurrency. Add to that the fact that the victim may not have enough incentive to go after the author (since “no damage” was produced), and it’s clear why this attack provides more benefits and fewer headaches than ransomware.

Staying Alert

Because no evident damage is produced, fighting cryptojacking requires a trained eye. Look for anomalies related to either performance, overheating, or failing components. The more data you have, the better you will be able to spot an attack. Determining the cause of a device or server being stressed is not easy, but that’s where you should start. Also, other indicators such as unknown processes or unknown images being downloaded can help you trace the path to a mining script.

Source : : Blog

How You Can Protect Against W-2 Theft This Tax Season

Protect Against W-2 Theft

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Benjamin Franklin once said only two things are certain in life: death and taxes. And practically everyone can agree – taxes are certain. So, it’s only natural that cybercriminals are trying to take advantage of the certainty of taxes by finding ways to steal all the crucial personal data floating around during tax season. From deceptive phishing scams, to physical theft  – we’ve seen the exploitation of W-2s becoming a major trend as tax season is underway.

We saw W-2 phishing scams run rampant last year, and unfortunately this year is no different.

Just this past week, we saw a deceptive phishing attack compromise the personal information of 100 Waldo County employees in Maine. It began with a cybercriminal impersonating a county official and requesting confidential employee information, including W-2 forms and social security numbers. Easily deceived, an employee sent over the data and just like that, Waldo County employees were faced with potential identity theft. And this isn’t the first case we’ve seen in 2018, as earlier in February the City of Pittsburg was hit by a phishing scheme in which an employee was tricked into giving up the W-2 information of both current and former employees.

W-2 theft isn’t just digital either, as there’s a chance that thieves may head to physical mailboxes and open them in the hopes of discovering envelopes containing W-2 forms. In fact, authorities in Minnesota are expecting such thing to occur and have been warning residents to be extra vigilant with their mail.

So, whether the thievery is digital or physical, it’s important we all start taking action to protect against W-2 theft and secure our personal identities this tax season. To do just that, follow these tips:

  • File before cybercriminals do it for you. The easiest defense you can take against tax seasons schemes is to get your hands on your W-2 and file as soon as possible. The more prompt you are to file, the less likely your data will be raked in by a cybercriminal.
  • Obtain a copy of your credit report. FYI – you’re entitled to a free copy of your credit report from each of the major bureaus once a year. So, make it a habit to request a copy of your file every three to four months, each time from a different credit bureau. That way, you can keep better track of and monitor any suspicious activity and act early if something appears fishy.
  • Beware of phishing attempts. It’s clear that phishing is the primary tactic crooks are leveraging this tax season, so it’s crucial you stay vigilant around your inbox. This means if any unfamiliar or remotely suspicious emails come through requesting tax data, double check their legitimacy with a manager or the security department before you respond. Remember: the IRS only contacts people by snail mail, so if you get an email from someone claiming to be from the IRS, stay away.
  • Consider an identity theft protection solution.  If for some reason your personal data does become compromised, be sure to you an identity theft solution such as McAfee Identity Theft Protection, which allows users to take a proactive approach to protecting their identities with personal and financial monitoring and recovery tools to help keep their identities personal and secured.

Source : : Blog

Warning: Crypto-Currency Mining is Targeting Your Android


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Cryptocurrency, a virtual form of currency designed to work as a secure form of exchange, has gained a lot of traction in the world of finance and technology. But for many, the concept of obtaining cryptocurrency, or “crypto-mining,” is obscure. Investopedia defines crypto-mining as, “the process by which transactions are verified and added to the public ledger, known as the blockchain, and also the means through which new currencies such as Bitcoin and Ethereum are released.”

The practice has been around since 2009, and anyone with access to the Internet, the required programs and hardware can participate in mining. In fact, by the end of this month, Forbes Magazine will have published its first “Top Richest” list dedicated to Crypto Millionaires.

With the rise in popularity of digital currency, it’s no surprise that cybercriminals across the globe are leveraging malicious code to obtain it. Hackers would rather develop or utilize mining malware instead of paying the expensive price tag associated with mining machines, which can be upwards of $5000. In China, the ADB Miner malware is spreading and targeting thousands of Android devices for the primary purpose of mining cryptocurrency. The malware is spread through the publicly accessible Android Debug Bridge (abd) on an opened port 5555. This port is typically closed but can be opened by an ADB debug tool. Once infected, a device will look for other devices with the same vulnerability to spread the malware and leverage other Android-based smartphones, tablets, and televisions for crypto-mining.

So why are cybercriminals now targeting Android mobile devices? This could be due to the fact that hackers know they can easily manipulate vulnerabilities in Google Play’s app vetting system. Last year McAfee Mobile Threat Research identified more than 4,000 apps that were removed from Google Play without notification to users. Currently, the app store does not have consistent or centralized reporting available for app purchasers. Even if an app is supported by Google Play at the time of download, it could later be identified as malicious and Android users may be unaware of the fact that they’re harboring a bad app.

Researchers have found over 600 blacklisted malicious cryptocurrency apps across 20 app stores including Apple and Google Play. Google Play was found to have the highest amount of malicious crypto apps, with 272 available for download. In the United States, researchers have found another crypto-mining malware that is so demanding of phone processors, its causing them to implode. Loapi, a newly-discovered Trojan crypto-miner, can cause phone batteries to swell up and burst open the device’s back cover, and has been found in up to 20 mobile apps.

Crypto-mining malware isn’t a new phenomenon. Before the WannaCry attacks last summer, cryptocurrency malware sprung up as another malicious software looking to take advantage of the same Windows vulnerabilities that WannaCry exploited. But, instead of locking down systems with ransomware, these cybercriminals were putting them to work, using a cryptocurrency mining malware called Adylkuzz.

Here are a few tips to ensure your Android-devices are protected from crypto-mining malware:

  • Download your apps from a legitimate source. While some malicious apps may slip through the cracks, app stores like Google Play do have security measures in place to protect users, and it’s much safer than downloading from an unknown source.
  • Delete any apps that you haven’t used over the past 6-months. An app’s security can change over time; applications that were once supported by an app store can be flagged as malicious and removed from the platform without notification. If an app is no longer supported in the app store, you should delete it immediately.
  • Keep all of your software up to date. Many of the more harmful malware attacks we’ve seen, like the Equifax data breach, take advantage of software vulnerabilities in common applications, such as operating systems and browsers. Having the latest software and application versions ensures that any known bugs or exploits are patched, and is one of the best defenses against viruses and malware.
  • Double up on your mobile security software. I can’t stress enough how important is to use comprehensive security software to protect your personal devices.

Source : : Blog

Could You Have a Toxic Relationship with Your Smartphone?

Could You Have a Toxic Relationship with Your Smartphone

It’s the elephant in the room no one wants to talk about: our devotion to and dependence on our smartphones. For most of us, our children included, smartphones have become an appendage; a limb of voracious digital consumption and social obligation that keeps us scrolling, refreshing, swiping, and responding with no end in sight.

Any friend or psychologist would encourage us to rid ourselves of toxic relationships that hinder — even threaten — our emotional and physical well-being, but what if that relationship is with a smartphone? Would you be willing to give it up (or reset the relationship) if you knew it was toxic?

Researchers are increasingly debating the impact of the smartphone on our emotional well-being, and the debate often returns to striking a balance between the ethical design of technology versus corporate profitability. One of the most compelling arguments is that of researcher Tristan Harris, a former Google Design Ethicist, on a crusade to inspire people to stop clicking and start caring about how technology is intentionally designed to shape the behavior of the people who use it. Harris has launched a nonprofit called Time Well Spent. His viral TED Talk proposes a renaissance in online design that can free tech users from being manipulated by apps, websites, and advertisers as the race for user attention increases.

From Facebook notifications to Snapstreaks to YouTube auto plays, Harris argues that our online behavior is anything but random. Instead, our thoughts and feelings are being carefully manipulated by technologists behind the scenes persuasively competing for more and more our attention.

Not convinced you among the tech lemming crowd? I wasn’t either. But the discussion got me thinking and inspired me to make some specific changes to test my smartphone dependence.

5 Ways to Drastically Reduce Smartphone Dependence

  • Turn your phone to grayscale mode (google how to do this – it’s amazing)
  • Turn off all push notifications (reclaim your attention span).
  • Park your phone in one physical location (stop carrying it everywhere).
  • Stand up when you use your phone (no more getting cozy for hours).
  • Ban your phone from the bedroom (get an alarm clock).

I made these changes for a week and here’s what happened.

Not as interesting, right?
Grayscale mode, iPhone.

Absolutely no fun in sight for the first three days. Initially, I felt overcome with a sense of vulnerability, panic even that suddenly, somehow, I wasn’t in control of something. I felt an overwhelming need to check my phone every 15-30 minutes. That time gradually increased to about an hour by the third day. Not having my phone nearby, I was sure I’d miss out on something important. For the first few days, I constantly felt as if I had lost something and I’d get up and wander around before realizing my phone was docked safely in the kitchen — just like when I was growing up and had to physically walk to the kitchen to use the phone. I resolved to check my phone once every three hours rather than carry it with me from room to room. When I did check it, surprisingly, the world had not collapsed without my attention to it. I found an average of three texts (two from family with non-critical comments, and usually, one discount text from a retailer).

Because I turned my screen grayscale (wow, what a game changer!) I didn’t feel the anticipation of checking social media, scrolling, reciprocating, uploading, or commenting. My phone in the grayscale mode made using it stale, almost irritating. I realized looking at my phone in grayscale that I being overly influenced and pulled by pretty pictures and all the colors, sounds, links, and prompts, which had come to own my attention. Sadly, I was giving my time to this relationship without any meaningful, lasting benefit coming back to me. I was in a toxic relationship, and something had to change.

By the end of the week, I felt awesome, empowered almost. I had successfully distanced myself from a toxic relationship and redefined it on my terms. I also realized something profound: There’s an unspoken cost to unbalanced technology use I’m not willing to hand over any longer, and that is my time.

When I parked my phone in the kitchen, banned it from the bedroom, and refused to sit down with it, I noticed patches of extra time magically appear in my day. What could I do with all the time I once poured into my phone? As it turns out, quite a lot.

I’m keeping my new habits, and I’m encouraging my family to do the same for a good reason. Here’s what we know: Kids are spending more time on digital devices than ever before, and that trend has no reason to reverse. Anxiety disorders linked to social media use is at an all-time high. Also, researchers are confirming the link between technology, depression, and suicide among youth

McAfee Internet Security Takes Home Perfect AV-TEST Scores


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McAfee Internet Security offers comprehensive online security with accelerated performance, and helps keep you and your family safe from cyberthreats. With McAfee Internet Security, all the personal data held on your devices is safeguarded with an extra layer of defense.

In the cybersecurity space, personal devices– including mobile devices, computers, tablets – are also defined as endpoint devices. When they connect to a network, they create a potential entry point for security threats. McAfee Internet Security acts as a safeguard for these endpoint devices, as does McAfee Endpoint Security one of McAfee’s solutions for businesses. And now, we’re pleased to announce that both have been recognized for their advanced protection.

The AV-TEST Institute, a leading international and independent service provider in the fields of IT security and anti-virus research, has given McAfee Internet Security perfect scores across the board for protection, performance, and usability, resulting in 18 out of 18. What’s more the AV-TEST Institute has given McAfee Endpoint Security a Top Product Award in their latest corporate windows7 test and scored the most recent version of the product a 17.5 out of 18.

These scores are not only exciting, but truly significant as both our corporate and consumer nodes work together to deliver one of the largest real-world sensor grids available, with over 350 million clients deployed globally. These awards also remind us that these offerings will continue to be crucial as we work to fuel company growth and strengthen our customers’ security in 2018 and beyond.

Source : : Blog

How We Price the McAfee SECURE Certification (The 4 Risk Factors)

McAfee SECURE Certification
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Not all websites are created equal. Some have thousands of pages and receive millions of hits every day, while others get less traffic but have a slew of intricate components, such as credit card forms. The way we price our McAfee SECURE certification service, therefore, has to account for the enormous variety of websites out there.


To accomplish this (very tricky) task, we created an assessment that looks at four major factors of a website. Based on the risk factors, we derive a score from 1-100, and from that score, we set a price. Higher scores mean higher prices, but a website that scores 16 will pay the exact same price as all the other websites that score 16. It doesn’t matter if your website looks and acts completely different from another website that scored the same—both will always pay the same price for certification.

The 4 Risk Factors Are:


What counts as “engagement?” Everything from loading a page, to clicking on links, to posting comments—all the way up to entering credit card info. Once we assess all of it, it’s simple: the more your website asks from visitors, the higher your engagement score will be.


Pages, pages, pages. And of course, the stuff that’s on them. The more you have, the more content we have to scan and certify. The more time and resources that go to use, the higher your size score.


A heavily trafficked website is that much more likely to attract unwanted attention than a lightly trafficked one, and we price that risk accordingly. So if you have two identical websites and one gets a million hits a day and the other gets a thousand? You guessed it—the popular site costs more to certify.


If you’ve been breached by hackers in the past 24 months, you’re more likely to be hit again. This risk factor also affects the price, and may even require you to undergo a security review with our team of experts before we feel comfortable certifying your website as secure.

Source : : Blog