Introduction
Cybersecurity is one of the most crucial issues of the modern world. Technological advancement and software development brought numerous opportunities. Nevertheless, these changes opened up new possibilities for information stealing and hacking through various malware programs and computer viruses. Eight-character password verification is the most common protective measure for website and data-carrying platforms. The complexity of passwords plays a critical role in ensuring information safety and intact preservation. Several factors are determining how simple or complex the password is. Thus, passwords can be categorized as weak and strong ones.
Weak passwords
Weak eight-character passwords usually possess logically sequential patterns related to personal information or general mathematical and linguistic progression. For instance, the passwords 12345678, qwerty, and brad Pitt can be considered as weak protective sequences. The main reasons are that the first and second examples are logically simplistic and convenient to both memorize and insert, whereas the latter one is named for a well-known celebrity.
Strong passwords
Strong eight-character passwords are usually highly illogical and contain various combined elements, such as letters, numbers, symbols, and capitalization. For example, the passwords Ub6+2SeH, 406K0QM2, gb4)&2Yj are the cases of sequentially random and chaotic security measures. The strong passwords have a low probability of being guessed because the amount of possible iterations and combinations is extremely high. The amount of plausible letter combinations alone almost eliminates the problem of hacking. Introducing the elements of capitalization, symbols, and numbers makes the decoding process statistically impossible.
Conclusion
In conclusion, it is important to note that the eight-character password is a powerful instrument to ensure safety and cybersecurity for websites. However, the sequential pattern should be fully randomized and chaotic, which substantially reduces the statistical probability of accidental guess and repetitive hacking.