10 Tips for Creating Secure Passwords

The following tips will help you create a secure password that are difficult to hack.

Most people have multiple passwords for e-mail accounts, online banking, discussion forums, site memberships, eBay, PayPal and so on. With so many passwords to remember, it can be difficult to remember them, and people may think it is easier to simply use the same password on different sites, or to use passwords that are easy to remember such their date-of-birth or a child's name.  Unfortunately, these types of passwords can easily be hacked.

The problem is that while you might be able to remember these passwords, which is why so many people use basic passwords and phrases, they are not at all secure and hackers will be able to easily crack them to obtain your account information.

The following tips will help you to create strong, secure and hacker-proof passwords and phrases.

 

Tips for Creating a Strong Password

1. Use a strong password. A strong password contains a combination of six or more uppercase and lowercase letters, plus punctuation and numbers.  Using all four types of characters works the best. For example instead of using welcome use W3Lc0mE^9.
   
2. Passwords should be eight or more characters in length. The longer the password, the harder it is to crack.
   
3. Never use the same password twice. If, for example, your eBay account were hacked and your password obtained, the hacker would have instant access to your PayPal account if you use the same password.
   
4. Do not use common information in your password, such as birthdates, your phone number, or other information directly related to you.
   
5. Passwords comprised of characters rather than proper words are more secure.
   
6. Refrain from writing passwords down and do not login to accounts via a public computer (e.g., at the library or Internet cafe) and save the password details in the browser.
   
7. Never click an e-mail link and log into a secure site from an e-mail. Even if the e-mail looks legitimate, always type the URL into a browser yourself, then log in to your account. This will help you avoid phishing attacks.
   
8. Do not allow applications to store your passwords online, and remember to clear your browser cache, history and clear passwords frequently.
   
9. Remember to change your passwords frequently. The more important the account, the more frequently the password should be changed.
   
10. Never communicate a password to anyone, especially via e-mail or instant messenger. Passwords should always be kept private.
    
    
    
    

    Create a Strong Password from a Pass Phrase

    Some systems will allow you to use a pass phrase, that is a phrase with spaces. These are the most secure types of log-ins. If the system does not support phrases, then you can create a secure password from a phrase.
    For example "My son Ryan is 12 years old" as a password could be msRi12yo. You can make this more secure my replacing some characters with uppercase letters and adding numbers and punctuation, like this: msRi12Y0!. These types of passwords are often easier to remember.
    
    

Check Your Password Strength

      There are many online services that can help you determine how secure your password really is.      Microsoft's Password Checker lets you enter in a password and the service will help you to gauge the strength of your password. Microsoft also recommends that a strong password should be 14 characters or longer, (eight characters or longer at a minimum), and it should include a combination of uppercase and lowercase letters, numbers, and symbols.

CIT 056- DATABASE NOTES-DBICT I

 Here are the notes for "Theories and Applications for Database System" Follow the following link and download the notes."click here"

"examinations period"

we are in a examinations this two weeks, our students are doing their examinations,
as a department we wish all our students the best in their examinations"

ASSIGNMENT FOR CIT 012-COMPUTER HARDWARE,CIT

Here are seminar questions for Computer Hardware course for Certificate Information Technology "click here"
This is group assignment so you have to discuss the questions in group,then there will be a presentation on Thursday 10 febr 2011.

DIODES NOTES FOR -CIT

The notes for Computer hardware and accessories,CIT 012 for  Certificate Information Technology is available please the link below "click here for diodes notes"....

TEST II FOR DBICT II AND CIT

DBICT II students they should have a test II of computer arithmetic on Friday,11 february 2011.
Also the CIT students they will have a computer arithmetic test II on friday 18 february 2011.
Get prepared for the test and best wishes

CLASSIFICATION OF SEMICONDUCTORS NOTES FOR CIT

You can take the notes for classification of semiconductors by following the link below."Click here for classification of semiconductors notes"  after the page is opened go to file then select download.

why 1024 bytes is equal to 1 kilobytes,not 1000 bytes

"How many bytes are in a kilobyte (KB)? One may think it's 1000 bytes, but its really 1024. Why is this so? It turns out that our early computer engineers, who dealt with the tiniest amounts of storage, noticed that 2^10 (1024) was very close to 10^3 (1000); so based on the prefix kilo, for 1000, they created the KB. (You may have heard of kilometers (Km) which is 1000 meters). So in actuality, one KB is really 1024 bytes, not 1000. It's a small difference, but it adds up over a while."

"A kilobyte (KB) is 1,024 bytes, not one thousand bytes as might be expected, because computers use binary (base two) math, instead of a decimal (base ten) system."