Posts Tagged ‘passwords’

Dictionary attacks are among the most effective ones because they rely on the human nature. It is human nature to select passwords that are easily memoizable, like their pet names, dates of birth, football teams or whatever. BBC counted 171,146 words in the English dictionary, while a typical native speaker (of any language) knows 15,000 to 20,000 word families (lemmas, or root words and inflections). Whatever the attack speed is, it will not take too much time to check all the English words.

How to break ‘strong’ passwords? Is there a methodology, a step by step approach? What shall you start from if your time is limited but you desperately need to decrypt critical evidence? We want to share some tips with you, this time about the passwords saved in the Web browsers on most popular platforms.

There was a 3-fold increase in identity theft and more than 2-fold increase in phishing attacks registered in 2020 compared to 2019 according to IC3 report. A whopping 50 – 81% of attacks (depending on who you read) are targeting both corporate and private sectors to steal users’ login credentials; that is, passwords. No matter what changes happen in data security, passwords remain the most wide-spread means of protection.

Tor Browser is a well-known tool for browsing the Web while renaming anonymous, while Qihoo 360 Safe Browser is one of China’s most popular desktop Web browsers. According to some sources, it might be the second most-popular desktop Web browser in China. Like many other Chromium-based browsers, 360 Safe Browser offers the ability to save and securely store website passwords, but the implementation is unexpectedly different from most other browsers. An update to Elcomsoft Internet Password Breaker enables the extraction of Qihoo 360 Safe Browser and Tor Browser passwords. Does the “360 Safe” moniker stand the trial, and is Tor really anonymous? Read along to find out!

Breaking passwords becomes more difficult with every other update of popular software. Microsoft routinely bumps the number of hash iterations to make Office document protection coherent with current hardware. Apple uses excessive protection of iTunes backups since iOS 10.1, making brute force attacks a thing of the past. VeraCrypt and BitLocker were secure from the get go. However, everything is not lost if you consider human nature.

QQ Browser is one of China’s most popular Web browsers. With some 10% of the Chinese market and the numerous Chinese users abroad, QQ Browser is used by the millions. Like many of its competitors, QQ Browser offers the ability to store website passwords. The passwords are securely encrypted, and can be only accessed once the user signs into their Windows account. Learn what you need to do to extract passwords from Tencent QQ Browser.

GPU acceleration is the thing when you need to break a password. Whether you use brute force, a dictionary of common words or a highly customized dictionary comprised of the user’s existed passwords pulled from their Web browser, extracted from their smartphone or downloaded from the cloud, sheer performance is what you need to make the job done in reasonable time.

Thanks to its presence on Windows and Mac computers, iPhones and Android smartphones (on which it enjoys the default browser status), Google Chrome is the world’s most popular Web browser. In this article you’ll find a comprehensive guide on how to extract Google Chrome passwords from local computers and Google Account. We’ll also cover some common and some little known scenarios helping examiners put extracted passwords to good use – such as decrypting external NAS storage, unlocking BitLocker drives and attacking strong passwords. Let’s find out how to obtain Google Chrome passwords from multiple local and cloud sources such as the user’s Mac or Windows computer and their Google account.

How many passwords does an average Joe or Jane has to remember? Obviously, it’s not just one or two. Security requirements vary among online services, accounts and applications, allowing (or disallowing) certain passwords. Seven years ago, Microsoft determined in a study that an average user  had 6.5 Web passwords, each of which is shared across about four different websites. They’ve also determined that, back then, each user had about 25 accounts that required passwords, and typed an average of 8 passwords per day.

Major security breaches occur in quick succession one after another. Is it a chain reaction? How do we stop it?