It’s no secret that the internet can be a dangerous place. Hackers, scammers, and identity thieves are always looking for new ways to steal your information or scam you out of your hard-earned money. That’s why it’s critical to take steps to protect yourself while you’re online.
Why HTTPS Matters For Your Cybersecurity
Make Site Visitors Feel Secure With These Tips
Don’t give your customers any reason to feel insecure when dealing with your business. When they visit and use your website, you must engender feelings of trust and security instead of alarm and distrust. Don’t worry — you can easily do this with these three tips.
Better Internet Security: Easy as 1, 2, 3
The internet is not such a bad place to be in — for as long as website owners do their share in keeping it safe for their visitors. Here are three tips to do exactly just that.
Chrome to Mark HTTP as ‘Not Secure’
Google Chrome currently marks HTTPS-encrypted sites with a green lock icon and “Secure” sign. And starting in July, Chrome will mark all HTTP sites as “not secure.” Google hopes this move will nudge users away from the unencrypted web. Read on to learn more about the forthcoming changes.
The Importance of HTTPS
Very few internet users understand the meaning of the padlock icon in their web browser’s address bar. It represents HTTPS, a security feature that authenticates websites and protects the information users submit to them. Let’s go over some user-friendly HTTPS best practices to help you surf the web safely.
Phishers Use Encrypted Sites to Scam
Just when you thought cyber criminals couldn’t get smarter, along comes a new scamming technique. Previously used for safeguarding browsing activity, encryption tools are now used by hackers in carrying out phishing scams. This means some fraudulent sites may have HTTPS on their address, giving users a false sense of security.
KRACK Hacks: What You Need to Know
You’ve heard of ransomware, denial-of-service attacks, and even phishing, but one hacking technique you may not have heard of is the KRACK exploit. This attack takes advantage of a vulnerability in WiFi networks, which puts any device with a wireless connection at risk.