All University web hosted services will be at risk of downtime every Tuesday between 7am to 9am.
IT Support Update – September 2020 - Due to ongoing challenges presented by Covid-19 and the increased level of support required, we are seeing an unprecedented increase in demand for support and you may experience delays when requesting assistance from the IT Team. To help us better prioritise our workload and staffing, please only contact us on our phone lines for urgent requests to report a loss of service and direct all other requests to us via the IT Portal. Please be assured that we are doing everything we can to reduce these delays..
The key to producing a good password:
· Easy to remember, hard to guess
· Complex and sufficiently long (suggested minimum of 8 characters where possible)
· A passphrase rather than a password
Characteristics of a bad password:
· A single dictionary word
· Contain personal information
· Shared with others
· Reused a number of times
Avoid using the same password multiple times, for example, the same password for your email, social media and banking.
If a password used for a social media account along with a name or email address was leaked out to the public domain, attackers will attempt to reuse these credentials across multiple platforms to gain unlawful access.
Longer passwords are significantly more difficult to crack / guess than shorter ones.
A basic example; The password 'aaaaaaaaa' could be cracked by an average home PC in just 2 minutes, whereas the password 'aaaaaaaaaaaaaa' would take a thousand years.
The passwords above have no complexity and repeated pattern, however, the time required to crack these two passwords are significantly different.
The method of creating a password can be an important function in having a secure password.
Creating a passphrase can be the solution to creating a strong password
This password has 21 characters, no one single dictionary word and is easy to remember. There are many options you could give yourself as a password reminder that will not give the password away and could take up to 410 billion years to crack.
Many systems require complexity as part of password requirements, taking the already easy to remember passphrase, complexity requirements can be added for conformance and additional security
'Th3 Tr33 Ha$ Gr33n L3ave$'
Across the passphrase we have introduced a standard rule set:
The passphrase is still recognisable from our original meaning, it is still a memorable phrase and would now take up to 29 nonillion (that's 29 followed by 30 zeros) to crack.
Passphrases may not work for everyone, another method could be to create a word equation
This simple equation already has length and special characters giving a cracking time of approximately 85 billion years
Once again adding some rules to our complexity:
The time to crack has increased to 7 quadrillion years.