The Top 10 Things Everybody Googled in 2017

When people want to know the answer to something they invariably Google it. But what have people been Googling in 2017? Google has published various lists detailing what people have Googled over the past 12 months, including overall search terms, consumer tech, and memes.

The Search Terms That Trended in 2017

The first, and most important, list is the one detailing the searches that trended in 2017. This is a heady mix of catastrophic events (Hurricane Irma), big technology launches (iPhone X), celebrities who made the headlines (Matt Lauer and Meghan Markle), and fads (Fidget Spinner).

1) Hurricane Irma 2) iPhone 8 3) iPhone X 4) Matt Lauer 5) Meghan Markle 6) 13 Reasons Why 7) Tom Petty 8) Fidget Spinner 9) Chester Bennington 10) India National Cricket Team

Google’s takeaway from these statistics is the prevalence of “How”. Apparently, more people than ever are Googling how to do something or other, whether it’s “How to make slime” or “How to buy Bitcoin”. Which is good for us, as we pride ourselves in showing people how to use technology.

Amongst the other lists is one detailing the consumer tech search terms that trended in 2017. Apple will be pleased to see the iPhone 8 and iPhone X at the top, but then smartphones make up the bulk of this list. The Nintendo Switch, Xbox One X, and new Nokia 3310 the exceptions.

1) iPhone 8 2) iPhone X 3) Nintendo Switch 4) Samsung Galaxy S8 5) Xbox One X 6) Nokia 3310 7) Razer Phone 8) Oppo F5 9) OnePlus 5 10) Nokia 6

There are 15 lists to scour, with the one listing the biggest memes of the year being particularly worth a look. However, it should be noted that these may not be the terms people have searched for the most in 2017, but that experienced “a high spike in traffic in 2017 as compared to 2016.”

Tips for Using Public Wi-Fi Networks

Wi-Fi hotspots in coffee shops, libraries, airports, hotels, universities, and other public places are convenient, but often they’re not secure. If you connect to a Wi-Fi network, and send information through websites or mobile apps, it might be accessed by someone else. To protect your information when using wireless hotspots, send information only to sites that are fully encrypted, and avoid using mobile apps that require personal or financial information.

How Encryption Works

Encryption is the key to keeping your personal information secure online. Encryption scrambles the information you send over the internet into a code so it’s not accessible to others. When you’re using wireless networks, it’s best to send personal information only if it’s encrypted — either by an encrypted website or a secure Wi-Fi network. An encrypted website protects only the information you send to and from that site. A secure wireless network encrypts all the information you send using that network.

How to Tell If a Website is Encrypted

If you send email, share digital photos and videos, use social networks, or bank online, you’re sending personal information over the internet. The information you share is stored on a server — a powerful computer that collects and delivers content. Many websites, like banking sites, use encryption to protect your information as it travels from your computer to their server.

To determine if a website is encrypted, look for https at the start of the web address (the “s” is for secure). Some websites use encryption only on the sign-in page, but if any part of your session isn’t encrypted, your entire account could be vulnerable. Look for https on every page you visit, not just when you sign in.

What About Mobile Apps?

Unlike websites, mobile apps don’t have a visible indicator like https. Researchers have found that many mobile apps don’t encrypt information properly, so it’s a bad idea to use certain types of mobile apps on unsecured Wi-Fi. If you plan to use a mobile app to conduct sensitive transactions — like filing your taxes, shopping with a credit card, or accessing your bank account ­— use a secure wireless network or your phone’s data network (often referred to as 3G or 4G).

If you must use an unsecured wireless network for transactions, use the company’s mobile website — where you can check for the https at the start of the web address — rather than the company’s mobile app.

Don’t Assume a Wi-Fi Hotspot is Secure

Most Wi-Fi hotspots don’t encrypt the information you send over the internet and aren’t secure. In fact, if a network doesn’t require a WPA or WPA2 password, it’s probably not secure.

If you use an unsecured network to log in to an unencrypted site — or a site that uses encryption only on the sign-in page — other users on the network can see what you see and what you send. They could hijack your session and log in as you. New hacking tools — available for free online — make this easy, even for users with limited technical know-how. Your personal information, private documents, contacts, family photos, and even your login credentials could be up for grabs.

An imposter could use your account to impersonate you and scam people in your contact lists. In addition, a hacker could test your username and password to try to gain access to other websites – including sites that store your financial information.

Protect Your Information When Using Public Wi-Fi

Here’s how you can protect your information when using Wi-Fi:

  • When using a hotspot, log in or send personal information only to websites you know are fully encrypted. To be secure, your entire visit to each site should be encrypted – from the time you log in to the site until you log out. If you think you’re logged in to an encrypted site but find yourself on an unencrypted page, log out right away.
  • Don’t stay permanently signed in to accounts. When you’ve finished using an account, log out.
  • Do not use the same password on different websites. It could give someone who gains access to one of your accounts access to many of your accounts.
  • Many web browsers alert users who try to visit fraudulent websites or download malicious programs. Pay attention to these warnings, and keep your browser and security software up-to-date.
  • Consider changing the settings on your mobile device so it doesn’t automatically connect to nearby Wi-Fi. That way, you have more control over when and how your device uses public Wi-Fi.
  • If you regularly access online accounts through Wi-Fi hotspots, use a virtual private network (VPN). VPNs encrypt traffic between your computer and the internet, even on unsecured networks. You can get a personal VPN account from a VPN service provider. In addition, some organizations create VPNs to provide secure, remote access for their employees. What’s more, VPN options are available for mobile devices; they can encrypt information you send through mobile apps.
  • Some Wi-Fi networks use encryption: WEP and WPA are common, but they might not protect you against all hacking programs. WPA2 is the strongest.
  • Installing browser add-ons or plug-ins can help. For example, Force-TLS and HTTPS-Everywhere are free Firefox add-ons that force the browser to use encryption on popular websites that usually aren't encrypted. They don’t protect you on all websites — look for https in the URL to know a site is secure.
  • Take steps to secure your wireless network.

Hackers Hijacked an Internet Provider to Mine Cryptocurrency with Laptops In Starbucks

When Noah Dinkin, CEO of Stensul, a platform that helps marketers craft emails, visited a Starbucks in Buenos Aires last week, he discovered that the store’s Wi-Fi provider was hijacking his laptop to mine a digital currency. At the time, a Starbucks spokesperson stated that the issue was resolved quickly and wasn’t widespread, but Dinkin disagreed on the latter point. “This was observed by a friend and I in three separate Starbucks stores in Buenos Aires over multiple days following my original tweet, that week,” he wrote on Twitter on Wednesday. “It wasn't just one store.”

The Argentine internet provider responsible for Starbucks’ Wi-Fi in Buenos Aires—Fibertel— blamed hackers for planting the miner code on their network.

“Fibertel detected a security intrusion on one of the equipment that forms part of the Wi-Fi access solution that [we] provide to our client Starbucks Argentina,” Fibertel spokesperson Florencia Marcote said in an email. “The incident was identified and solved immediately by the specialized support.”

“It is not about any Fibertel practice, but an intrusion of security,” Marcote continued.

Cryptocurrency miners hijack your computer’s resources—usually your CPU—to crunch some math problems in order to generate digital coins. These scripts can impact your computer’s performance.

Dinkin noticed a 10-second delay when connecting to the Starbucks location’s Wi-Fi, so he checked the source code of the landing page and found a script for CoinHive, a popular embeddable cryptocurrency miner. Over the next few days, he and a friend checked at two more Starbucks locations in Buenos Aires and found the same code in both.

“Our stores are where a lot of our customers go to do personal things and conduct business, so we want to make sure that they’re safe and secure,” Reggie Borges, a Starbucks spokesperson, said over the phone. “Any time we see something that could happen in other places, we have to check it to make sure there’s no vulnerabilities and take next steps.”

According to Fibertel, the issue was isolated to Buenos Aires and has been resolved.

“This happened only [locally] in Buenos Aires and is completely solved since last week,” spokesperson Marcote wrote in an email.

With the value of cryptocurrencies skyrocketing, the incident in Argentina may be a pale horse as criminals continue to find ways to get other people to generate digital coins for them.

A Trojan Targeting Polish Banks was Found in Google Play

It has happened again, several banking Trojan samples have been found on Google Play, this time the malicious code targeted a number of Polish banks.

The malware was disguised as seemingly legitimate apps “Crypto Monitor”, a cryptocurrency price tracking app, and “StorySaver”, a third-party tool for downloading stories from Instagram.

The malicious code is able to display fake notifications and login forms on the infected device to harvest login credentials used to access legitimate banking applications. The code is also able to intercept SMS messages to bypass two-factor authentication used by the financial institutions.

The same malware was discovered by experts at security firm RiskIQ in November.

According to researchers from ESET, the “Crypto Monitor” app was uploaded to the Play store on November 25 by the developer walltestudio, while the “StorySaver” app was uploaded by the developer kirillsamsonov45 on November 29.

“Together, the apps had reached between 1000 and 5000 downloads at the time we reported them to Google on December 4. Both apps have since been removed from the store.” states the analysis published by ESET.

When the user launches the malicious apps, they compare the apps installed on the infected device against a list of fourteen apps used by Polish banks and once found one of them, the malicious code can display fake login forms imitating those of the targeted legitimate apps.

App name Package name
Alior Mobile com.comarch.mobile
BZWBK24 mobile pl.bzwbk.bzwbk24
Getin Mobile com.getingroup.mobilebanking
IKO pl.pkobp.iko
Moje ING mobile pl.ing.mojeing
Bank Millennium wit.android.bcpBankingApp.millenniumPL
mBank PL pl.mbank
BusinessPro pl.bph
Nest Bank pl.fmbank.smart
Bank Pekao eu.eleader.mobilebanking.pekao
PekaoBiznes24 eu.eleader.mobilebanking.pekao.firm
plusbank24 eu.eleader.mobilebanking.invest
Mobile Bank eu.eleader.mobilebanking.raiffeisen
Citi Handlowy com.konylabs.cbplpat

In some cases the fake login form is displayed to the user only after he clicks on a fake notification presented by the malware imitated the ones used by the targeted bank app.

“ESET’s security systems detect the threat as Android/Spy.Banker.QL and prevent it from getting installed.” states ESET.

“ESET telemetry shows that 96% of the detections come from Poland (the remaining 4% from Austria), apparently due to local social engineering campaigns propagating the malicious apps.” 

The experts noticed that it is very easy to remove the malicious apps by going to  Settings > (General) > Application manager/Apps, searching for the malicious apps and uninstalling them.

“To avoid falling prey to mobile malware in the future, make sure to always check app ratings and reviews, pay attention to what permissions you grant to apps, and use a reputable mobile security solution to detect and block latest threats.” concluded ESET.

ESET, who credited Witold Precikowski for the discovery, included the IoCs for this specific threat in its report.

How to Secure Your Business Wi-Fi Network

Today’s small business network may include a wide range of wireless devices, from computers and phones, to IP Cameras, POS (Point of Sale) devices, and networked storage with confidential customer data. Taking basic steps to secure your  network will help protect your business data – and your customer's information – from compromise.

Understand How a Wireless Network Works

Going wireless generally requires connecting an internet "access point" – like a cable or DSL modem – to a wireless router, which sends a signal through the air, sometimes as far as several hundred feet. Any device within range can pull the signal from the air and access the internet.

Unless you take certain precautions, anyone nearby can use your network. That means your neighbors – or any hacker nearby – could "piggyback" on your network or access information on your device. If an unauthorized person uses your network to commit crime or send spam, the activity could be traced back to your account.

Use Encryption on Your Wireless Network

Once you go wireless, you should encrypt the information you send over your wireless network, so that nearby attackers can’t eavesdrop on these communications. Encryption scrambles the information you send into a code so that it’s not accessible to others. Using encryption is the most effective way to secure your network from intruders.

Two main types of encryption are available for this purpose: Wi-Fi Protected Access (WPA) and Wired Equivalent Privacy (WEP). Your computer, router, and other equipment must use the same encryption. WPA2 is strongest; use it if you have a choice. It should protect you against most hackers. Some older routers use only WEP encryption, which likely won’t protect you from some common hacking programs. Consider buying a new router with WPA2 capability.

Wireless routers often come with the encryption feature turned off. You must turn it on. The directions that come with your router should explain how. If they don't, check the company’s website.

Limit Access to Your Network

Allow only specific devices to access your wireless network. Every device that is able to communicate with a network is assigned a unique Media Access Control (MAC) address. Wireless routers usually have a mechanism to allow only devices with particular MAC addresses to access to the network. Some hackers have mimicked MAC addresses, so don't rely on this step alone.

Secure Your Router

It’s also important to protect your network from attacks over the internet by keeping your router secure. Your router directs traffic between your local network and the internet. So, it’s your first line of defense for guarding against such attacks. If you don't take steps to secure your router, strangers could gain access to sensitive personal or financial information on your device. Strangers also could seize control of your router, to direct you to fraudulent websites.

Change the name of your router from the default. The name of your router (often called the service set identifier or SSID) is likely to be a standard, default ID assigned by the manufacturer. Change the name to something unique that only you know.

Change your router's pre-set password(s). The manufacturer of your wireless router probably assigned it a standard default password that allows you to set up and operate the router, as its “administrator.” Hackers know these default passwords, so change it to something only you know.  The same goes for any default “user” passwords. Use long and complex passwords – think at least 12 characters, with a mix of numbers, symbols, and upper and lower case letters. Visit the company’s website to learn how to change the password.

Turn off any “Remote Management” features. Some routers offer an option to allow remote access to your router’s controls, such as to enable the manufacturer to provide technical support.  Never leave this feature enabled. Hackers can use them to get into your home network.

Log out as Administrator: Once you’ve set up your router, log out as administrator, to lessen the risk that someone can piggyback on your session to gain control of your device.

Keep your router up-to-date: To be secure and effective, the software that comes with your router needs occasional updates. Before you set up a new router and periodically thereafter, visit the manufacturer’s website to see if there’s a new version of the software available for download. To make sure you hear about the latest version, register your router with the manufacturer and sign up to get updates.

And when you secure your router, don’t forget to secure your computer too. Use the same  basic computer security practices that you would for any computer connected to the internet. For example, use protections like antivirus, antispyware, and a firewall -- and keep these protections up-to-date.

Protect Your Network during Mobile Access

Apps now allow you to access your home network from a mobile device. Before you do, be sure that some security features are in place.

Use a strong password on any app that accesses your network. Log out of the app when you’re not using it.  That way, no one else can access the app if your phone is lost or stolen.

Password protect your phone or other mobile device. Even if your app has a strong password, it’s best to protect your device with one, too.