First of all, if you haven’t done it yet, please take this quick quiz to find out if you’re smarter than the guy in the video below. (After you complete the quiz, you can enter to win an Xbox 360 and a Kinect.)
Now that took the quiz know how much smarter you are than John, here’s a quick review of why you shouldn’t do anything John does online.
1. Use unique, strong passwords for all of your important accounts.
John uses the same password for every account. That means if a hacker gets a hold of John’s Twitter password, that hacker would have access to every account John uses at work or at home. Creating and remembering unique, strong passwords is a must for your most important accounts. This system for creating and remembering strong passwords makes it easy.
2. Keep your computer’s software patched and protected.
You probably know which operating system you’re running. John doesn’t. He thinks it’s the one with the “windows.” A PC or a Mac running the latest versions of Windows 7 or OS X is probably as safe as any PC since the birth of the virus. However, if your OS and your applications aren’t patched you may be vulnerable to the kind of attacks John has to deal with on a daily if not hourly basis. Checking all of your applications for updates on a regular basis can be time-consuming. Our free Health Check makes it easy.
3. Realize that you’re vulnerable when you’re on an open Wi-Fi network.
When you use an open Wi-Fi network, the data you enter is only encrypted on secure pages, which start with https. Banks and credit card companies encrypt their sites however not all web email is encrypted. If you’ve ever emailed passwords or personal information, it could be accessible to a hacker. On an unsecured Wi-Fi network, you could get sidejacked by someone using a tool like Firesheep. Using the tracking data in your browser, a hacker can easily pretend she or he is you.
If you have to check your email or get on a social network and you only have open Wi-Fi, make sure you are using a secured session.
How to Secure Sessions
A virtual personal network is the best way to defend yourself from any snoopers. Most large companies insist on their employees using a VPN while doing any business over a wireless network. That’s a strategy John would never follow, but you should, especially if you make purchases or work with confidential information while on public Wi-Fi. Here are some strong VPN options for you to consider.
If you use Firefox, you can use HTTPS Everywhere by The Tor Project and the Electronic Frontier Foundation, which will encrypt your communications on several major websites.
You can secure any Twitter session by typing in an “s” after the http in the browser bar. If you click here, you’ll go to https://twitter.com and session will remain secure until you log out.
This feature is still being rolled out to some users. And it is not entirely secure.
You can activate secured browsing by logging in. Then go to Account> Account Settings> Under “Account Security”, check the box for “Browse Facebook on a secure connection (https) whenever possible”.
PLEASE NOTE: If you use an app, any Facebook app, you’ll get this warning:
PLEASE NOTE: If you use an app, any Facebook app, you’ll get a warning that you are now entering unsecured browsing.
If you continue on to unsecured browsing, your session is not unsecured and you are now vulnerable to a sidejacking attack. You will have to return to the same setting when you are done with the app to enable secured browsing again.
John was recently sidejacked by a friend who posted a hilarious Photoshop of John in the bathtub. Too bad it happened on a day when the HR department of a company that was about to hire John checked out his profile.
Login and go to the “Options” wheel in the uppermost right corner.
Select “Mail settings”.
Under “Browser connection”, select “Always use https”.
Go to https://account.live.com/ManageSSL and login if you have to.
Select “Use HTTPS automatically (please see the note above)”. And check out the note for the exceptions, of course.
4. Check to make sure a site is legitimate and secure before you make a purchase.
John will buy anything from any site. He bought his Snuggie from a website that had more pop-ups than the old AOL. Don’t be like John. Stick to online stores with good reputations. When you try out a new retailer, do a quick search for customer feedback. If you are still unsure, save yourself the trouble and money. Even if you trust a site, always check the URL of the page for two things before submitting your credit card number: 1) Is it a secured https page that will encrypt your information? 2) Am I really on the site I meant to be on? Try to use one credit card for all your online shopping and check the activity on that account often. Check out these safe shopping tips.
5. Don’t be afraid to reject or ignore a Facebook friend request.
On Facebook, wrong click and you could end up spamming your friends with something that will definitely waste their time and possibly your money. The best way to avoid becoming a victim or perpetrator of spam is to eliminate spam from your news feed. This requires you only friending people who are careful where they click. John, of course, lets spammers go on spamming as he adds more and more friends. You, however, should be careful who you add. If a friend shares some spam, inform them in a friendly way that they may have made a mistake. If it keeps happening, unfriend her or him.
Something else to remember: If you wouldn’t tell someone in person that you’re going to be out of town, don’t use Facebook to do so. If your Privacy Settings are set to “Friends of Friends”, you could be sharing your travel plans with thousands of people when you post them on Facebook. Before you post anything, ask yourself, “Would I be okay if all the friends of my friends’ friends knew this?” If your friends are anything like the average Facebook user, you could be thinking about more than a million people. (The average Facebook user has 120 friends. 120 X 120 X 120 = 1,728,000 friends you could be sharing with.)
6. Never use a password that is in the dictionary or could be guessed by a friend.
We’re back to passwords again because they can tend to be a weak link in many users’ security. And this weak link can be easily strengthened. The number of people who use “password” or their first name to secure their accounts is mind-blowing. Even John wouldn’t be that silly. It’s just as silly to use any word in the dictionary. Why? Because when a hacker uses a program to figure out your password, what do you think it tries first? Your passwords have to be unique and complex. They should also not be anything that could be guessed by a friend. If someone you know can guess your password, a stranger might be able to do the same thing by studying your Facebook profile.
7. Keep an eye out for Phishing Scams, even when you’re on your phone.
A Phishing Scam is a sneaky attempt to get you to turn over your financial data to criminals. That’s right crooks have found that Internet users, like John, will occasionally just hand over the account information needed to commit credit card fraud. All they do have to do is pretend to be a trustworthy site with official looking graphics and people fill in the forms and click submit. The best way to avoid Phishing scams is to check the URL of the webpage you are on to make certain it is on the domain of the bank or institution you think it is. Also, be skeptical of any email that contacts you asking you to change your password. If you’re ever in doubt, contact the institution directly. All of your accounts have values to a scammer, so keep in mind that you can even be phished for your Facebook account—and even when you’re on your phone. That’s why our Mobile Security blocks such scams.
8. Password protect your Wi-Fi network.
There’s plenty of good reasons to secure your home Wi-Fi network. You don’t want your neighbors to have access to private info. You don’t want strangers to slow down the connection you’re paying for. You don’t want people to use your connection to take part in illegal activities. The only reason to leave it open is if you want to give someone like John access to your digital life. Here’s how to set up a security key for your wireless network.
9. Don’t open strange email attachments (without scanning them).
The first computer security rule you probably learned was “Don’t open email attachments from strangers.” This is still true—even though John forgot it long ago. In fact, targeted attacks that use social engineering and profile their victims are becoming more advanced all the time. You should still refuse to open any attachment that you were not expecting. If you feel you must open an attachment, download it to you PC and scan it with your Internet security software first. Here’s more on how to deal with email attachments.
10. Don’t expect anyone else to protect your privacy.
Do you blame your telephone when you use it to tell someone something you shouldn’t? Then you can’t only blame Facebook when you post information that may cause you trouble. Even when you use the privacy settings correctly and keep your account under control, your information is only as secure as the people you share it with. If you need to share any information that could cause you trouble at work or could be used to answer your security questions, use private messages, email or even that old-fashion marvel the telephone. And never, under any circumstances, shout your password in public through a megaphone. John still hasn’t learned that one yet.
Which of these tips is most important? Which is John least likely to follow? Let us know in the comments.
Yet another big vulnerability in the headlines. The Metaphor hack was discovered by Israel-based NorthBit and can be used to take control over almost any Android device. The vulnerability can be exploited from video files that people encounter when surfing the web. It affects all versions of Android except version 6, which is the latest major version also known as Marshmallow. But why is this such a big deal? Severe vulnerabilities are found all the time and we receive updates and patches to fix them. A fast update process is as a matter of fact a cyber security cornerstone. What makes this issue severe is that it affects Android, which to a large extent lack this cornerstone. Android devices are usually not upgraded to new major versions. Google is patching vulnerabilities, but these patches’ path to the devices is long and winding. Different vendors’ practices for patching varies a lot, and many devices will never receive any. This is really a big issue as Android’s smartphone market share is about 85% and growing! How is this possible? This underlines one of the fundamental differences between the Android and iOS ecosystems. Apple’s products are planned more like the computers we are used to. They are investments and will be maintained after purchase. iOS devices receive updates, and even major system upgrades, automatically and free of charge. And most users do install them. Great for the security. Android is a different cup of tea. These devices are mostly aimed at a cheaper market segment. They are built as consumables that will be replaced quite frequently. This is no doubt a reasonable and cost-saving strategy for the vendors. They can focus on making software work on the currently shipping devices and forget about legacy models. It helps keeping the price-point down. This leads to a situation where only 2,3% of the Android users are running Marshmallow, even half a year after release. The contrast against iOS is huge. iOS 9 has been on the market about the same time and already covers 79% of the user base. Apple reported a 50% coverage just five days after release! The Android strategy backfires when bugs like Metaphor are discovered. A swift and compete patch roll-out is the only viable response, but this is not available to all. This leaves many users with two bad options, to replace the phone or to take a risk and keep using the old one. Not good. One could think that this model is disappearing as we all grow more and more aware of the cyber threats. Nope, development actually goes in the opposite direction. Small connected devices, IoT-devices, are slowly creeping into our homes and lives. And the maintenance model for these is pretty much the same as for Android. They are cheap. They are not expected to last long, and the technology is developing so fast that you would be likely to replace them anyway even if they were built to last. And on top of that, their vendors are usually more experienced in developing hardware than software. All that together makes the IoT-revolution pretty scary. Even if IoT-hacking isn’t one of the ordinary citizen’s main concerns yet. So let’s once again repeat the tree fundamental commands for being secure on-line. Use common sense, keep your device patched and use a suitable security product. If you have a system that provides regular patches and updates, keep in mind that it is a valuable service that helps keeping you safe. But it is also worth pointing out that nothing as black and white. There are unfortunately also problematic update scenarios. Safe surfing, Micke Photo by etnyk under CC
We who write stuff in the security industry are used to dashing off sentences like, “Online attacks are becoming more and more advanced” or “Malware is continually evolving in sophistication.” But in the past year we experienced a surprising throwback to one type of malware from an earlier era. Malware that uses a rather old technique, but it’s causing plenty of trouble nonetheless. It kinda feels like we've gone back in time. I’m talking about macro malware. It’s something we hadn’t seen prominently since the early 2000’s. And now, as touched on in our just released Threat Report covering the 2015 threat landscape, it has reared its head again. What is macro malware? Macro malware takes advantage of the macro feature in Office documents to execute commands. And macros are simply shortcuts the user can create for repeated tasks. For example, let’s say you are creating a document in Word and you find yourself repeatedly editing text to be red with a yellow highlight, 16 point, italic and right aligned. To save time, you can create a macro of your commands and then whenever you need that kind of style, simply run the macro. A little history Macro malware was common back in the 1990’s and early 2000’s. The first macro malware, Concept, was discovered in 1995, although it was basically harmless, simply displaying a dialogue box. In 1999, one of the most notorious macro malware, Melissa, was discovered. Melissa emailed itself to 50 addresses in the user’s address book, spreading to 20% of the world’s computers. But macro malware wouldn’t last long. When Microsoft released Word 2003, the default security settings were changed to stop macros from automatically running when a document opened. This made it more difficult to infect a computer through macros and attackers mostly dropped them to focus on other methods. So what happened? Why is it back again? The re-emergence, according to Sean Sullivan, Security Advisor in F-Secure Labs, may be correlated with the decline of exploitable vulnerabilities due to security improvements in today’s common software applications like Microsoft Office. Exploits have been one of the most common ways to infect machines in recent years, but with fewer software holes to exploit, malware authors seem to be reverting to other tricks. How it’s successful Today’s macro malware attempts to get around Microsoft’s default settings with a simple trick. When a document is opened, the information inside doesn’t appear properly to the viewer – for example, sometimes the document looks like scrambled gobbledygook. Text in the document claims that macros, or content, must be enabled for proper viewing. Here’s one example: Curiosity? Just plain unaware? Whatever the reason, as Sean says, the malware’s reappearance has been successful because “People click.” Once macros have been enabled, the malicious macro code is executed – which then downloads the payload. Macro malware is used by crypto-ransomware families like Cryptowall and the newest threat Locky. These families encrypt the data on a computer and then demand payment to unencrypt it. Although we don’t know for sure, it’s possible it was macro malware that was used in the holding of a Hollywood hospital for ransom last month. The banking Trojan Dridex, which allows attackers to steal banking credentials and other personal info from infected machines, also uses the technique. How to avoid it Fortunately, if you use security from F-Secure, you’re protected from these threats. But aside from that, the old advice still holds: Be wary of email attachments from senders you don’t know. And take care not to enable macros on documents you’ve received from sources you’re not 100% sure of. "Back to the Future" banner image courtesy of Garry Knight, flickr.com
So you sit down at a coffee shop in Thailand or Belgium or São Paulo to upload your photos for you next post. You coffee is properly sugared and milked and your tablet passcode is entered.Now you've got the Wi-Fi network selected and you're heading into your Gmail. Before you get halfway into your coffee, someone has stolen your Amazon credentials, reset your password and ordered some Happy Socks using your credit card. You’ve been hacked and you’re lucky. As a travel blogger, your blog is your business. If you’d logged in, your precious photos and the site you’ve spent years building up could have been trashed or infected with malware. All a criminal would need is your username and password—and if your password is weak enough, your username is all that’s needed to take over your site. In the worst case scenario, the banking credentials lingering in your browser could be used to access your account. Anyone who gets online – especially through public Wi-Fi – has to take basic precautions when it comes to security. But bloggers have more at risk than most of us. That’s why we invited about a dozen of the best local travel bloggers we could find to F-Secure headquarters to demonstrate how easy it is to be hacked, if you don’t take basic precautions. After our Chief Research Officer Mikko Hypponen explained how easy it is for “white hat” or good guy hackers poke around in the computers of banks and cars, Anssi from the F-Secure labs demonstrated how easy it was to hack from a Gmail account to free Happy Socks on me as I used a tablet. You could see in the bloggers eyes the realization of how many times they could have been hacked and all of the information their browser could expose about them. And when they learned about the growing threat of ransomware, which could take all of their precious media hostage, I thought some of them might faint. To put them on the right track, we emphasized the importance of strong passwords, running updated system and security software like SAFE and using a VPN like Freedome every time they connect to an open network. Do you really want to do your banking over open Wi-Fi in thousands of miles away from home without protection? It’s a message we hope they’ll spread – along with their beautiful photographs and unique travel advice.