Facebook Wants Your Account to Be More Secure (or “Facebook Wants More of Your Private Data”)

March 3rd, 2011

Yesterday, I was greeted by the message shown in the first image of the following gallery, informing me that my Facebook account protection status was Low. I was not at all surprised that this was little more than another ploy by Facebook to get more of my private data. Read the rest of this entry »

Google Enables 2-Factor Authentication

February 18th, 2011

Last week, Google took a very important step in improving security on their systems’ accounts, including Gmail: 2-Factor Authentication. Read the rest of this entry »

Online Dating Sites Compromised. What Can YOU Do?

February 11th, 2011

As if to underscore the lessons learned by the Gawker Media hack last year, online dating sites PlentyOfFish.com and eHarmony.com were recently hacked as well. Yet again, you must take action to protect yourself in this situation. But what can you do if their site is compromised? It doesn’t matter what measures you have taken to secure your data if the site to which you have given it is compromised… or does it?

Read the rest of this entry »

Another Good Facebook Security Tool

February 3rd, 2011
Facebook Security Settings

Facebook Security Settings

Recently added to my Facebook account’s “Account Security” setting under “Account Settings,” was an option to send an email when a new computer logs on to Facebook. Read the rest of this entry »

Let’s Make Facebook More Secure to Celebrate Data Privacy Day

January 28th, 2011

Today is Data Privacy Day! I decided it would be appropriate to pick on one of the biggest offenders of crimes against your privacy – Facebook. Read the rest of this entry »

Gawker Hacked: Lessons Learned

December 14th, 2010

This week Gawker Media, owner of several very popular websites, had their user database compromised. Read the rest of this entry »

What is Web Browser Security, and Why You Need to Care About It

December 2nd, 2010

What is a web browser? Everybody uses a web browser to access the Internet. That fact alone makes the web browser a tempting target for
Bad Guys who want to take over your computer and use it for their own nefarious purposes by installing malicious software, or “malware.” Read the rest of this entry »

OpenDNS vs Google Public DNS, Abroad

November 12th, 2010

While on Vacation in Brazil, I decided to see what Google’s Public DNS performance was like compared to that of OpenDNS, while abroad. I’d heard OpenDNS was faster in the US, and Google overseas. While ICMP reply times are certainly not the only indicator of performance, it’s safe to say they are a very big one. Here are the results: Read the rest of this entry »

Real-World Security Measures from Facebook and Visa

November 3rd, 2010

While traveling on vacation, I experienced who real-world security measures, neither of them having to do with the TSA.

The first was having my credit card declined in an airport in Houston. I’d used it the previous day in Boston and Vermont, and I guess that was enough to raise their suspicions. Although it was mildly inconvenient, I was able to finish the transaction a minute later with another card, and I recognize the fact that this was a security measure designed to protect not only the card company, but myself from fraudulent charges. This is not unlike having a computer account locked after too many invalid logon attempts.

Shortly thereafter, I logged in to Facebook on my iPhone. Facebook decided that my IP address looked a little suspicious, given that I had just logged in from Boston a few hours before. I logged in, verified my account and was able to proceed. I then had the pleasure of repeating this process minutes later, as Facebook then realized I was in Brazil. Again, the inconvenience of having to simply log back in to Facebook again to prove my identify was minor, and the added security gained from having to do so was worth it.

Given the alternatives of having unauthorized charges on my credit card or having my Facebook account compromised, I’d much rather endure an occasional minor inconvenience.

What Do All Those Computer Security Words Mean? (In Layman’s Terms)

October 29th, 2010

This blog article is reposted in part, with permission, from the SANS Ouch! Newsletter.

[Editor's Note: (Wyman) This month we present an overview of why and how the Bad Guys do it, what it's called, and what you can do to protect your computer.]

Blackhats. Hackers who use their skills for explicitly criminal or other malicious ends, such as writing malware (malicious software) to steal
credit card numbers and banking data or by phishing; a.k.a. the Bad Guys.

Phishing. The practice of sending out fake email messages that look as if they come from a trusted person or institution-usually a bank-in
order to trick people into handing over confidential information. The emails often direct you to a website that looks like that of the real
financial institution. But it is a fake and has been rigged to collect your personal information, such as passwords, credit card numbers and
bank account numbers, and transmit them to the Bad Guys.

Man-in-the-middle. An attack in which a criminal hacker intercepts information sent between your computer and the website of your financial
institution and then uses that information to impersonate you in cyberspace. The hacker is able to defeat even very sophisticated
security measures and gain access to your account.

Botnet. Botnets consist of large numbers of hijacked computers that are under the remote control of a criminal or a criminal organization. The
hijacked computers-a.k.a. “zombies” or “bots” (short for “robots”) -are recruited using viruses spread by email or drive-by downloads. Worms are used to find and recruit additional computers. The biggest botnets consist of thousands and even millions of computers, most often
unprotected home computers.

Virus. A malicious program that usually requires some action on the part of a user in order to infect a computer; for example, opening an
infected attachment or clicking on a link in a rigged email may trigger a virus to infect your computer.

Drive-by Download. A kind of malware that installs itself automatically when you visit a booby-trapped website. Symptoms of a drive-by download include: your homepage has been changed, unwanted toolbars have been added, and unfamiliar bookmarks appear in your browser.

Worm. Self-replicating malware that, for instance, hunts down unprotected computers and recruits them for criminal or other malicious
purposes. Unlike a virus, worms do not require any action on your part in order to infect your computer.

Fake Anti-Virus. Fake anti-virus software purports to be a helpful program than can find and remove malware, but in fact it is malware–the
very thing that it’s supposed to eliminate. After taking over your computer, it pretends to do security scans, tells you it has found
malware, and then asks you to pay to have the non-existent malware removed. Whether or not you pay, fake anti-virus is likely to install
more malware.

Whitehats. Hackers who use their skills for positive ends, and often for thwarting blackhats. Many whitehats are security professionals who spend their time identifying and fixing vulnerabilities in software that blackhats seek to exploit for criminal or other malicious purposes.

Security suite. A set of software applications designed to protect your computer that consists of anti-virus, anti-malware and a personal
firewall.

Anti-virus and anti-malware. Helpful software applications that scan your computer for certain patterns of infection. The patterns they scan
for are the signatures, or definitions, of known forms of malware. Since Bad Guys are creating new forms of malware continuously, it is important that you keep your anti-virus and anti-malware definitions updated. See
the “Patches and Updates” section below.

Personal firewall. Software that monitors incoming and outgoing traffic on your computer and checks for suspicious patterns indicating the
presence of malware or other malicious activity. A personal firewall alerts you to these threats and attempts to block them. Like anti-virus
and anti-malware software, personal firewalls require frequent updates to provide effective protection.

Updates. Security software relies on frequent updates in order to be able to counteract previously undetected forms of malware. Consequently, your computer may suffer a “window of vulnerability” between the time a new form of malware is identified and the time when your security software can block it or remove the infection. Set your security software to update automatically.

Patches. Operating systems, like Windows and OS X, and software applications, such as Internet Explorer and Firefox, may be found to contain security flaws or holes that make your computer vulnerable to attack. Their makers release patches to plug the holes. The fastest and surest way to get these installed quickly is to use auto-updating via the Internet. Some software applications require manual updating. See the “Patches and Updates” section below.

Black Tuesday a.k.a. Patch Tuesday. On the second Tuesday of each month Microsoft releases security patches for Windows, Internet Explorer, Office and its other software products. You can have these installed automatically using Microsoft Update. See the “Patches and Updates” section below.

Auto-updating. A software tool built into Windows (“Microsoft Update”) and OS X (“Auto Update”) and many other applications which can download and install important security updates and patches for software installed on your computer automatically. See the “Patches and Updates” section below.

More information:
http://www.binaryfarm.com/jargon.html
http://besafe.more.net/sam/resources/jargon.pdf
http://ittraining.iu.edu/workshops/win_security/terminology.html