Color Legend
Cheezinator
Add some cheeze to your password!
While these should not be used as 'everyday' passwords, they are good for temporary things.
Switches out letters for symbols that look similar to the letter.
For example: the letter 'a' could be replaced with the number '4' or possibly the dollar '@' symbol.
For example: the letter 's' could be replaced with the number '5' or possibly the dollar '$' symbol.
"Qwerty Keyboard" = "Qw3r+y K3yb0@rd"
"Qwerty Keyboard" = "Qw3r7y K3yb0@rd"
"Qwerty Keyboard" = "qw3r7y k3y804rd"
"Qwerty Keyboard" = "Qw3r+j K3jb04rd"
Not all Very few systems/websites/services will accept these characters as a valid character.
There is a chance that if you use these characters to setup a password, the system will accept the password and you think you are good to go, but it may fail when trying to validate your password (log you in) and your only option would be to reset your password (if the service allows it).
You've been warned; use with caution!
"Qwerty Keyboard" = "bʍǝɹʇʎ ʞǝʎqoɐɹp"
"Qwerty Keyboard" = "draobyeK ytrewQ"
"Qwerty Keyboard" = "draobyeK ytrewQ"
"Qwerty Keyboard" = "ytrewQ draobyek"
"Qwerty Keyboard" = "Qwerty keyboard"
"qwerty keyboard" = "Qwerty Keyboard"
"Qwerty Keyboard" = "kEYBOARD qWERTY"
"Qwerty Keyboard" = "qwerty keyboard"
"Qwerty Keyboard" = "QWERTY KEYBOARD"
Rotate Alpha, Numbers, & Symbols "Qwerty Keyboard 123" = ""H6CEJ z6J3@2C5 `ab"
Rotate Alpha & Numbers Only "Qwerty Keyboard 123" = "Djregl Xrlobneq 678"
Rotate Alpha Only "Qwerty Keyboard 123" = "Djregl Xrlobneq 123"
Rotate Numbers Only "Qwerty Keyboard 123" = "Qwerty Keyboard 678"
Social Sites
Remeber One password for all your favore websites.
Having a good strong secure password is only half the battle. Using that one good strong password for all your accounts is just as dangerous as having a weak password! If you use your favorite password at example.com and their server gets hacked, the hackers may be able to break your password and then attemp to use it on other websites. How can you have secure passwords that you don't have to remember? Well, use the form below!
Password :
Generator
Password Generator Options
Set these to your preferences.
Should be considered minimum standards |
Password Strengths
0 | Uppercase Characters | +0% | |
Password Contains Uppercase Letters | |||
20 | Lowercase Characters | +20% | |
Password Contains Lowercase Letters | |||
40 | Numerical Characters | +40% | |
Password Contains Numbers | |||
60 | Symbolic Characters | +60% | |
Password Contains Symbols | |||
+80 | Character Spread | 80% | |
Even distribution of Upper, Lower, Number and Symbols. | |||
+100 | Minimum Requirements | 100% | |
Meets Minimum Requirements : More than 8 Characters and has letters, numbers, symbols, and a symbol somewhere in the middle of the password. |
Password Weaknesses
0 | Dictionary Word | -0% | |
This is either Pass or Fail. If your password is in the dictionary - you failed! | |||
0 | Blacklist Word | -0% | |
This is either Pass or Fail. If your password is in the blacklist - you failed! | |||
10 | Alpha Characters Only | -5% | |
Password contains only letters. e.g.: qwerty ... |
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20 | Numeric Characters Only | -10% | |
Password contains only numbers e.g.: 507337 |
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20 | Symbol Characters Only | -20% | |
Password contains only symbols. e.g.: !#%&+ |
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30 | Repeated Characters | -30% | |
Password uses the same character more than once. e.g.: a123a, b456b, c789c ... |
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40 | Consecutive Uppercase | -40% | |
Password has two or more uppercase characters next to each other e.g.: QW, ER, TY ... |
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50 | Consecutive Lowercase | -50% | |
Password has two or more lowercase characters next to each other e.g.: qw, er, ty ... |
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60% | Consecutive Numbers | -60% | |
Password has two or more numbers next to each other e.g.: 13, 57, 79 ... |
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70% | Consecutive Symbols | -70% | |
Password has two or more symbols next to each other e.g.: !*, @&, $% ... |
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80% | Sequential Letters | -80% | |
Password has two or more sequential characters next to each other (case insensitive). e.g.: AB, BC, CD ... |
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90% | Sequential Numbers | -90% | |
Password has two or more sequential numbers next to each other. e.g.: 12, 23, 34 ... |
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100% | Sequential Symbols | -100% | |
Password has two or more sequential symbols next to each other (according to keybard layout). e.g.: !@, @#, #$ ... |
Bruteforce
Needle in the Haystack0 | Online Attack | 0% | |
Bruteforcing a password over the internet. | |||
20 | Super Computer | 20% | |
A high performance computer - not typically "off the shelf". | |||
40 | Standard Computer | 40% | |
A standard performance computer - one that can be purchased at any retail store. | |||
60 | Array Attack | 60% | |
Clustering servers together to harness the power of all all the processors. | |||
80 | Bovine Attack | 80% | |
One of the beefiest processing machines around. Combining the processing power of a few thousand computers, the Bovine can attempt around 1 trillion attacks per second. | |||
100 | This Server Attack | 100 | |
This is an average grade server capable of around 10 million attacks a second not over the internet. |
Bruteforce cracking is always the last resort to figuring out passwords. Its not the slowest, but it takes the longest to complete.
Think of bruteforce cracking like finding a needle in a haystack where your password is the needle and all possible combinations of characters is the haystack.
If your password only contains numbers, the the haystack will be made of only numbers. Given theres only 10 numbers (0 to 9) it wont take very long to figure your password out. If your all numeric password is only 8 characters long, it would take only seconds to test every possible combination of numbers from 00000000 to 99999999. The computer that this website is hosted from (a.k.a. server) can make around 10 million attempts per second. So, in less than 10 seconds, this server could crack a 8 character password consisting of only numbers.
Online vs. Offline
Online
An online attack (over the internet) is typically the slowest attack method. It can only attack as fast as the slowest hop along the way - and most overcome some possible hurdles.
Like a military convoy - online attacks can only go as fast as the slowest member. Even if the attacker had a huge server farm dedicated to cracking passwords over the internet, it can only attack at the speed of the slowest computer/server along the way. So, if the mark (system being attacked) is a computer (for simplicity) form the early 1990's (Pentium 100 processor) that trillion dollar server farm can only attempt a few dozen attempts per second.
Now, if that same server farm was targeting another server farm, its slowest link is the data connection between the two servers. The further away the server farms are, the slower the data connection. Attempts per second would most likly be a few hundred.
Offline
Offline does not mean no internet connection, it just means that the attacking computer has the encrypted/hashed password and does not need to send its attacks over the internet to see if the 'guess' matches the password.
When an attacker is bruteforcing a password offline - it significantly speeds up the process. The attacking machine no longer has to send the possible password to anther machine to see if it is a match.
In this type of situation, the slowest link is also the fastest link - the attackers computer. The better the computer, the faster it an bruteforce passwords.
Analytics
Overall
10 | Overall password Analysis | 10% |
Grace
50 | Grace (handicap) applied to password | 50% |
Real Score
100 | Password Score without Grace | 100% |
Overall Uppercase
50 | Overall Uppercase Analysis | 50% |
Specific Uppercase
100 | Specific Uppercase Characters | 100% |
Overall Lowercase
50 | Overall Lowercase Analysis | 50% |
Specific Lowercase
100 | Specific Lowercase Characters | 100% |
Overall Consecutive Score
0 | Consecutive Characters | 0% |
Consecutive Uppercase Characters
25 | Consecutive Alpha Characters | 25% |
Consecutive Lowercase Characters
50 | Consecutive Alpha Characters | 50% |
Consecutive Numbers
75 | Consecutive Number Characters | 75% |
Consecutive Symbols
100 | Consecutive Symbol Characters | 100% |
Overall Sequential Characters
25 | Sequential Characters | 25% |
Overall Sequential Alpha Characters
50 | Sequential Alpha Characters | 50% |
Overall Sequential Numbers
75 | Sequential Number Characters | 50% |
Overall Sequential Symbols
100 | Sequential Symbol Characters | 50% |
Overall Repeat Score
50 | Repetative Characters (case insensitive) | 50% |
Hashes
Algorithm | Hash |
---|---|
None | Available |