Remembering password is a pain. So many passwords for so many different systems that we used - email, bank account, computer, online store, online magazine etc. etc. Forget about the lot of similar size for office related works. And, each password system has its own system to make it complex.
Cryptography is an interesting & important subject. Most of us have used some form of ciphering techniques even in our school days - passing secret messages amongst friends or playing with cipher texts.
However, it is a pain to remember password! And, since you need to remember the password that means someone can force you to reproduce it and that happens. Obviously, biometric system helps tremendously but from a pure security stand point biometric systems are also not 100% secure.
Now, researchers from Stanford, Northwestern and SRI laying out a new solution that relies on implicit learning,
a process by which you absorb new information — but you’re completely
unaware that you’ve actually learn anything - something like learning to
ride a bike or learning to swim. In short, the system teaches the password to a part of your
brain that you cannot physically access — but it is still there in your
subconscious, just waiting to be tapped. So, if you don't know your password, you can't tell it to anyone.
Question is how can you use a password that you don't know. Read on ...
Monday, July 23, 2012
Sunday, July 1, 2012
Weekend Read - The World as We Knew it is Over. Now What?
Views from the CEO of Victors & Spoils - John Winsor
We are in the midst of a radical revolution. While, some call it the digital revolution it’s much bigger than that. For sure, digital technology is at the foundation of this revolution but it is only the catalyst to the change. Fundamentally, economic value is created from economic inefficiencies. If you were a farmer and owned fertile land it was more economically efficient for you to grow crops than for someone else that lives on a rocky hill. Hence, people buy vegetables from you rather than grow vegetables themselves. Read on ...
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