w@1TFacebook, w@1tHotmail, w@1tBankOfAmerica, w@1tTomsHardware
F@c3, W@1t, P0op, Bo08$, F@r7, P1@n0... Think of 4-5 letter words that have letters like I,L,A,E,S,T,G in it. After you have a good word you just add a suffix like "Facebook" or "Google" or "Gmail". This will ensure that you have a different password for all of your accounts that is easily guessable by you. If you adopt this model, the only folks you need to fear are the people who you are foolish enough to give your password to. If you have a password like this, your password wont be cracked with a dictionary attack, a much slower brute force will be needed to crack the password.
My laptop runs at 1.6Ghz and I have been able to test as many as 250,000 passwords per second on a Zip file. That means that the #1 passwd of 123456 would be cracked in less than one second.
A 8 character password with upper (26), lower (26), number (10), and special characters (10) should take about 80 years on my pansy laptop.
Take care of yourself.
F@c3, W@1t, P0op, Bo08$, F@r7, P1@n0... Think of 4-5 letter words that have letters like I,L,A,E,S,T,G in it. After you have a good word you just add a suffix like "Facebook" or "Google" or "Gmail". This will ensure that you have a different password for all of your accounts that is easily guessable by you. If you adopt this model, the only folks you need to fear are the people who you are foolish enough to give your password to. If you have a password like this, your password wont be cracked with a dictionary attack, a much slower brute force will be needed to crack the password.
My laptop runs at 1.6Ghz and I have been able to test as many as 250,000 passwords per second on a Zip file. That means that the #1 passwd of 123456 would be cracked in less than one second.
A 8 character password with upper (26), lower (26), number (10), and special characters (10) should take about 80 years on my pansy laptop.
Take care of yourself.