How to Prevent and Mitigate Data Breaches Due to Compromised Passwords All password best practices should be used by internal and external employees. That way if one of your passwords is stolen or misused, the bad actor only has access to one platform instead of all. Never have the same password for all accounts/logins.Merely suggesting this as a plan of action leads many consumers to ignore the suggestion. If breached, all passwords must be reset.Implement two-factor or multi-factor authentication.Here are some password best practices for you to implement if you haven’t already: There are proactive measures individuals and organizations can take to protect against shared passwords. If they are aware, they accept the risks and simply take the easier, less secure route. One of the most alarming aspects is that many people aren’t even aware of how risky their password behaviors are. Keep in mind many people do not assume responsibility for having a weak, or crackable password. writing down a password on a sticky note or using easily guessed passwords). The deeper issue of password habits is that far too many users continue to use outdated practices that place their security at risk (e.g. Sure, you might trust your coworker to access important accounts, but that doesn’t mean the password is safe. Sharing passwords among colleagues, both on purpose and on accident, can inadvertently lead to your credentials being compromised. Sharing and reusing passwords leads to data breaches Organizations can defend against this attack method by strengthening their endpoint defenses to knock down the malware when it tries to infect and also by securing higher privilege credentials with technology. spearphishing) versus the mass broadcast general attacks.Īttackers are more likely than ever to establish a foothold on your network via phishing methods. And due to that success, attackers seem to focus on more refined, targeted attacks (i.e. According to the same Verizon report, phishing activity was present in over one-third of data breaches. One common way for hackers to compromise credentials is to use phishing. If the technician is never aware of the password, they are prevented from trying to log into other systems with the same account. This feature also helps prevent “leapfrogging”, or the process of a technician launching additional connections from within the initial target host. Remote support solutions should mask your network credentials and inject them for the vendor so they never have to see login information. When managing third-party remote access, the only way to ensure a vendor doesn’t compromise your network credentials is to never give them out. Neglecting the process of secure access management creates particular vulnerabilities in the case of third-party vendors and their access rights. When this myth is played out in the mismanagement of credentials, it can result in adverse consequences, especially considering that credentials permit access to all corners of a network. There’s a common misconception that third-party vendor access can be treated the same as employee access. How Secure Third-Party Remote Access Can Prevent Compromised Credentials and Data Breaches When the keys to those doors are mismanaged, a hacker has the potential to access a wealth of information and use it for malicious purposes, like leveraging confidential information for ransom payouts.Īnd, unfortunately, many organizations inadvertently mismanage these targeted credentials by distributing the same access and privilege across the board to admins, employees, and third-party vendor reps. To put it simply, privileged credentials open a lot of doors. Passwords, especially passwords with privileged access to organizational systems and networks, are targets for hackers since they’re able to get so much information from just one singular source. Passwords have been compromised when they are seen in a documented data breach, released publicly, or found to be sold by hackers on the dark web.Īccording to the Verizon 2021 Data Breach Investigations Report, credentials are the primary means by which a bad actor hacks into an organization, with 61 percent of breaches attributed to leveraged credentials.
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