The glossary post with the most important terms included in my research. Correct understanding of the terms below is necessary for understanding most of the posts in the blog:
Hash – output of complex mathematical formula. Often used to store passwords and to check integrity of data (Evans, 2018)
Honeyword – decoy password used to trigger an alarm and
to detect password cracking (Juels and Rivest, 2013)
Salting – process of making hash more complex and
secure (Bošnjak
and Brumen, 2019)
Brute-force attack – manual attack or attack with the use of password guessing software in order to guess the password. May be offline and online. Offline attack is executed on a password hash in order to guess the password which has same hashing output as provided. Online attack is usually, but not always, manual and connected with trying most common passwords on some particular service in order to get access to an account (Evans, 2018)
Dictionary attack – an example of the offline brute-force attack executed with the help of the dictionary of pre-collected possible password (Evans, 2018)
Rainbow table attack – an example of the dictionary attack where dictionary is much more massive and consists of large range of passwords (Evans, 2018)
Multiple step authentication – the authentication method with the use of multiple ways of authentication in order to log into the system. For example, two step verification which consists of password authentication and entering the code sent via SMS to user’s phone (Bonneau et al., 2012)
Deployability of authentication method – the possibility of the authentication method to be implemented on a number of different services and devices (Bošnjak and Brumen, 2019)
Memorizing effort – complexity of the memorizing process of one particular piece of information, i.e. password, graphical password (Bošnjak and Brumen, 2019)
Reference:
Bonneau, J. et al. (2012) ‘The Quest to
Replace Passwords: A Framework for Comparative Evaluation of Web Authentication
Schemes’, 2012 IEEE Symposium on Security and Privacy, San Francisco.
Bošnjak, L. and
Brumen, B. (2019) ‘Rejecting the death of passwords: Advice for the future’, Computer
Science and Information Systems, 16(1), pp. 313–332. Available from:
https://doi.org/10.2298/CSIS180328016B (Accessed: 27 October 2021).
Evans, L. (2018) Cybersecurity:
What do you need to know about computer and Cyber Security, Social Engineering,
The Internet of things + An Essential guide to ethical hacking for beginners.
Juels, A. and
Rivest, R.L. (2013) ‘Honeywords: making password-cracking detectable’, in. CCS,
Berlin, Germany: ACM, pp. 145–160. Available from:
https://dl.acm.org/doi/abs/10.1145/2508859.2516671?casa_token=z0BT8j2R23UAAAAA:rWbGmGVWkVHKWKFF4USMBi0I8uIyQqJtHioVEPnIGUqiPR4nPE-jmn665OBxEUVr3UrzZfDo7isQ#sec-ref.
Yes, nice post that you can add to as progress to final assessment.
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