How to Protect Yourself From the Heartbleed Bug

Bleeding-heart
Image: iStockphoto, Tomacco
An encryption flaw called the Heartbleed bug that has exposed a collection of popular websites — from Airbnb and Yahoo to NASA and OKCupid — could be one of the biggest security threats the Internet has ever seen. If you have logged into any of the affected sites over the past two years, your account information could be compromised, allowing cybercriminals to snap up your credit card information or steal your passwords.
You're likely affected either directly or indirectly by the bug, which was found by a member of Google's security team and a software firm named Codenomicon. The bad news: There's not a lot you can do about it now. It's the responsibility of Internet companies to update their servers to deal with Heartbleed, and once they do, you can take action (see below).
The issue involves network software called OpenSSL, which is an open-source set of libraries for encrypting online services.
Secure websites — with “https” in the URL ("s" stands for secure) — make up 56% of websites, and nearly half of those sites were vulnerable to the bug.
Secure websites — with “https” in the URL ("s" stands for secure) — make up 56% of websites, and nearly half of those sites were vulnerable to the bug. In theory, a cybercriminal could have exploited Heartbleed by making network requests that could piece together your sensitive data. The good news: There isn't any indication that a hacker caught wind of this; it seems the researchers were the first to locate the problem. But the scary part is that attackers could have infiltrated these websites, extracted the information they wanted and left no trace of their presence. Thus, it's hard to determine whether someone ever exploited the bug, or if your account information was compromised.

What to do

First, check which sites you use are affected. If you don't want to read through the long list of websites with the security flaw, the password security firm LastPass has set up a Heartbleed Checker, which lets you enter the URL of any website to check its vulnerability to the bug and if the site has issued a patch. [Update: We've compiled a list of popular sites and whether they were affected.]
Next, change your passwords for major accounts — email, banking and social media logins — on sites that were affected by Heartbleed but patched the problem. That patch should also include reissuing any digital certificates that might be vulnerable. However, if the site or service hasn't patched the flaw yet, there's no point to changing your password. Instead, ask the company when it expects to push out a fix to deal with Heartbleed.
A big cause for concern is related to sites that have your sensitive information, such as Yahoo and OKCupid (most people aren't logging into NASA.gov with private data). Both companies have since issued a patch to fix the security hole, so users with accounts with those companies — including Yahoo Mail, Flickr and so on — should update their passwords immediately.
It's important to wait to get the "all clear" sign from a company or service before changing, especially now that this bug is out in the open. Changing a password before the bug is fully patched wont' make things any better.
Facebook and Twitter use OpenSSL web servers, though it's still unclear whether or not they were vulnerable to the issue.
Facebook and Twitter use OpenSSL web servers, though it's still unclear whether or not they were vulnerable to the issue. Facebook reportedly issued a security patch, as did Google. Other websites that have issued an OpenSSL software security update include WordPress, Amazon Web Services and Akamai.
Some websites not considered vulnerable include AOL, Foursquare and Evernote, among others.
"It's a big deal for Internet users, especially when it comes to protecting financial information," Joe Siegrist, CEO and cofounder of LastPass, told Mashable. "Some financial organizations are using more conservative web security choices like Microsoft, which is not vulnerable to the bug, so users should check and see if their bank has been affected."
Make sure to keep an eye on sensitive online accounts, especially banking and email, for suspicious activity for the next week or so.
Have something to add to this story? Share it in the comments.
BONUS: What Is the Heartbleed Bug?

Check your baby before it’s conceived


LONDON: A new technology that creates digital embryos by virtually mixing two people's DNA can allow parents a glimpse of their baby's health and physical characteristics — before it has even been conceived.

The Matchright technology can allow people to screen out sperm donors who, when their genes are combined with those of the intended mother, could increase the risk of a child inheriting genetic diseases.

The technology, which will be available in two American fertility clinics later this month, could also give clues to the baby's eye and skin pigmentation, height and waist size.

"It covers any disease or any trait that has a genetic influence," said Lee Silver at Princeton University, who co-founded GenePeeks, the company that markets the technology. GenePeeks intends to use the system to identify rare conditions such as cystic fibrosis and Tay-Sachs disease, which are passed on to a child when both parents carry a mutation in a single gene.

Screening for genetic disorders usually involves sequencing the DNA of the prospective parents.

GenePeeks takes this a step further: algorithms are fed this information and use it to digitally recreate the process of genetic recombination — the mixing of genetic information between a sperm and an egg, New Scientist reported.

This allows them to look at the genetic make-up of the possible embryos. Before a woman selects a donor from a participating fertility clinic , the Matchright algorithms , which Silver developed , are run thousands of times for each donor. This produces up to 10,000 'embryos' per pairing. These are sequenced to look for mutations in genes that can cause some 500 rare diseases, and used to work out the disease risk in the 'baby' .

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