Sure, downloading apps from third-party sites—i.e. not the Apple Store, Android Market, or Blackberry App World—can be all kinds of tempting. However, to do so is to put your device, and therefore yourself, at risk.
What Third-Party App Stores Do
Dangerous third-party app stores work via malicious advertising or even code. The ads or codes are “injected” into popular apps users purchase through these stores instead of legitimate options. While not all third-party apps are “bad,” many stores bait users by offering popular apps for much cheaper prices, and subsequently put user privacy ver...
Whether you’re a regular business traveler, or a high-tech adventurer seeker, traveling—particularly abroad—poses unique cyber security threats. Business travelers are especially vulnerable because they often carry sensitive data, both personal and business related, on a variety of devices including smartphone, laptops, and tablet.
Don’t cancel your travel plans just yet. Here are eight cyber security tips for business travelers that are also great tips for anyone planning a holiday abroad:
1. Lock Devices Down
Most smartphones, laptops, and tablets come equipped with security settin...
If you’re like most people, you don’t read the Terms of Service when you get a new app or buy a new device. That’s a big mistake, because a lot of apps on the market that are less-than-ideal, known as “grayware,” count on you allowing them access to your information. They know most people don’t read the Terms of Service, so their Terms of Service include language authorizing a massive invasion of your privacy. At the same time, you might have noticed that most Terms of Service is just boilerplate. How do you read the Terms of Service and find out what you need to know about privacy without...
The security argument between Apple’s iOS and Google’s Android system for smartphones is heating up yet again. In a recent study conducted by Daniel R. Thomas, Alastair R. Beresford, and Andrew Rice at the University of Cambridge, research concluded that 90 percent of Android devices are exposed to at least one critical vulnerability.
The threat model was constructed using three common attack vectors: installation attack (malicious codes installed through app download); dynamic code loading (an existing app downloads new malicious codes); and injection (an attacker injects malicious code...