Apps ▪ July 22
Apps ▪ July 17
Popular iOS and Android apps from companies like Walmart, ESPN, Slack and SoundCloud have been found vulnerable to password cracking, according to a recent report from AppBugs. The security firm found that dozens of the most popular apps are lacking, in that they allow you to make any number of attempts to login without restriction. These clearly opens up a gap for attackers who have the means to guess those passwords and gain access to your accounts.
The most secure apps will force you to reset your password if you don’t enter it correctly, or they’ll lock you out after you’ve made a certain number of attempts.
AppBugs tested the most popular apps to see how they stacked up. It checked 100 popular apps which support password-protected web accounts and limited themselves to apps which had been downloaded at least 1 million times. Of those 100 apps, 53 were found to have the vulnerability.
Apps ▪ July 16
First pitched by Steve Jobs in 2007 as “an iPod, a phone, and an Internet communicator,” the iPhone has since evolved into a medical device of sorts as software has gotten smarter and sensors have become more advanced in recent years.
Apple embraced this with iOS 8 and the rollout of HealthKit, a framework which allows medical and health apps to share data with each other and your doctors with your permission. Apple’s open source ResearchKit took it a step further by allowing developers to turn apps into scientific health and medical research tests.
Scientific American recently profiled three smartphone apps in development that point to how the iPhone could become even better at monitoring our health. The apps in development aim to determine what a patient’s cough means, diagnose sleep apnea, and even predict a bipolar episode before it starts… expand full story
Apps ▪ July 14
Pixelmator for iPhone and iPad has today been updated to version 2.0.2 bringing even more features to the popular image editor for iOS and Mac. This update adds a new kind of brush stroke called Dynamic Touch, which simulates pressure sensitivity by examining the size of the finger input that touches the screen. Larger surface area produces thicker strokes on the canvas. Similarly, using just the tip of a finger results in fine lines in the app.