![]() ![]() Password Management Statistics Most Popular Passwords Hacking attacks using scripts that try to guess usernames and passwords happen every 39 seconds, globally.81% of company data breaches are caused by poor passwords.80% of hacking incidents are caused by stolen and reused login information.27% have tried to guess other people’s passwords.Hackers have published as many as 555 million stolen passwords on the dark web since 2017.The following password breach statistics also demonstrate that there are a variety of ways that cyberattackers can access accounts or obtain passwords. The latest cybercrime statistics show that 1.67% of Android malware are password Trojans. Multi-factor authentication blocks 99.9% of all attacks.One-third of malware breaches are caused by password dumper malware.62% of organizations do not believe they have taken the necessary steps to secure information on mobile devices.But a truly strong password would be a 16-character password derived from a set of 200 characters.A 12-character password is 62 trillion times more difficult to crack compared to a 6-character password.Having eight characters in a string makes for a strong password though longer logins are much better.70% of consumers are concerned about being a target of a cyberattack.336 million users were affected by a Twitter bug that saved passwords in plain text.People can have as many as 85 passwords for all their accounts.For example, in May 2018, a bug on Twitter stored passwords in plain text. Unfortunately, there remain security holes that can lead to breaches. Find out more about how Enzoic can automate the removal of compromised credentials here and put an end to these scary statistics.Internet users trust enterprises to protect their accounts. Implementing an automated way of continuously ensuring password security is the only path forward.īanishing a hacker’s ability to use stolen passwords will shore up cybersecurity. It’s unrealistic for companies to rely solely on people changing their behavior, but it’s also untenable for them to continue to allow the use of exposed credentials. Cybercriminals rely on this lax behavior and prey upon the vulnerabilities caused by password reuse. Most people know better than to reuse passwords, but struggle to recall unique passwords for all of their personal and work accounts. This is why compromised passwords are responsible for 81% of hacking-related breaches, according to the Verizon Data Breach Investigations Report.found that 76% of millennials recycle their passwords.73% of users duplicate their passwords in both their personal and work accounts. These forced resets are an ineffective tactic. 72% of individuals reuse passwords in their personal life while nearly half (49%) of employees simply change or add a digit or character to their password when updating their company password every 90 days.The average person reuses each password as many as 14 times.Microsoft recently announced that a staggering 44 million accounts were vulnerable to account takeover due to compromised or stolen passwords.Another recent survey found that 91% of respondents claim to understand the risks of reusing passwords across multiple accounts, but 59% admitted to doing it anyway. ![]() A Google survey found that at least 65% of people reuse passwords across multiple, if not all, sites.Here are some staggering statistics that show the magnitude of the password reuse problem. From companies failing to implement technology detecting and preventing the use of compromised credentials to users having one core password for every single account, we seem oblivious to the risks. Passwords remain a weak link and are the source of many cybersecurity vulnerabilities. With the latest Marriott breach, it’s like groundhog day when it comes to passwords with both organizations and users failing to take the necessary measures to step up their password hygiene. Back to Blog 8 Scary Statistics about the Password Reuse ProblemĪs we rapidly move everything online in response to the global pandemic, this has put passwords front and center again. ![]()
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