![]() ![]() Passwords will soon be a thing of the past. If Amazon is ending the check-out process at the grocery store, then systems can do the same with passwords to access their services. Now, do you still think passwords are important to ensure a secure online experience? The reality is that there are more effective approaches that will both enable greater security and provide the user a more seamless experience. As a result, we have more effective means of constantly monitoring your activity and more reliably identifying you as an “approved” user versus a “bad actor”. With the help of machine learning, all these factors can be plugged into an algorithm that is constantly changing and getting to know you better. If you’ve called into your bank and asked if you wanted to use your voice to verify yourself, that is another example of behavior biometrics. Examples may be the angle at which you swipe your smart phone screen, the rhythm or force of strokes you make on the keyboard, or your gait. The way you act provides data points collected by the systems you interact with to verify your identity. To introduce another mechanism for security, think about how behavioral biometrics can also be used to uniquely identify you. By just looking at the phone screen, the phone can unlock or you can access a protected application. Besides fingerprints, the latest smart phones use other types of physical biometrics such as facial recognition and iris scanning. Today, you may do this by using a fingerprint to access your smart phone or log into your banking app. Imagine a world in which we no longer need to maintain a user name and password, but skip that step to access a website or an application. Bottom line, we fall back to the sticky note solution - or perhaps the real solution is to do away with the need for a password at all. You'd think that was good news until you consider that best-practice encourages us to create unique passwords for each of the two dozen or so sites you log into. ![]() Instead, it suggests we create passwords that are longer, less cryptic, and more memorable. Recent guidance from NIST suggests the complexity of these requirements are not making passwords harder to break. The number and complexity of password requirements makes it difficult to operate otherwise. We record them on sticky notes and attached them to our monitors, write them down in a notebook, or record them in a spreadsheet. The first rule of password security is “don't write it down”. Please enable JavaScript to use all features. Beyond that, Sticky Password is a bit strict with URLs: Other providers like LastPass recognize Amazon accounts on different localizations such as and .uk, whereas Sticky Password doesn't automatically supply the needed login credentials unless configured for that specific site.Some features of this site will not work with JavaScript disabled. When using Amazon, for example, the service couldn't find the credit card we had saved. ![]() ![]() Most of the time, Sticky Password does well when it comes to automatically filling forms, identifying the correct input fields, and supplying the needed data sets, but not always. Once you've registered a new account for a website where you don't yet have any data saved, you can automatically save your login data for it. Whenever you create a new account on a website, you can generate a secure password by clicking on the Sticky Password icon in the password field. If only a single record is saved, you'll be automatically logged in, however, in all other cases, you can select which data set you would like to login with by clicking on the icon. Sticky Password should automatically identify web forms for login or input fields for personal data, displaying an icon alongside them. ![]()
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