KeePass: The Password Manager That Can't Keep a Secret: CVE-2023-32784
Updated: May 19
If you’re like me and you have trouble remembering your passwords, you won’t be surprised by the popularity of password management software like KeePass. But what if I told you that this very software, the one you rely on to keep all your login credentials secure, is vulnerable to a critical security flaw?
In this blog post, we'll take a deep dive into the world of password protection to bring you up to speed on this newfound threat. Whether you're a tech enthusiast or someone who wants to keep their digital life secure this blog will help you understand the impact of the vulnerability, how it can be exploited, and most importantly, how you can protect yourself against it.
A new vulnerability, known as CVE-2023-32784, has been discovered in KeePass, a widely used password manager that allows users to store and manage their passwords securely. This could allow an attacker to retrieve the master password in plaintext, along with other passwords stored in KeePass.
To exploit the CVE-2023-32784 vulnerability, the attacker needs to acquire a memory dump of the application's process. A memory dump is a snapshot of the application's memory at a specific point in time. The attacker can obtain the memory dump through various means, such as using specialized tools or techniques like forensic analysis, accessing the system's swap file (pagefile.sys), hibernation file (hiberfil.sys), or performing a RAM dump of the entire system. This vulnerability can also be exploited through a technique known as "DLL injection".
This involves an attacker injecting a malicious Dynamic Link Library (DLL) into the KeePass process, which can then be used to extract sensitive data from the application's memory, including the master password and any saved passwords.
Once the memory dump is obtained, the attacker can then analyse it to extract sensitive information, including the master password and other saved passwords. It's worth noting that the memory dump contains the data in an unencrypted form. By analysing the memory dump, the attacker can potentially recover the passwords in plaintext, except for the first character of the master password.
It is important to note that this type of attack requires the attacker to have already gained access to the victim's system, as they need to be able to inject the DLL into the KeePass process, therefore, it is crucial to ensure that your computer is protected by using strong security measures such as, antivirus and up to date software.
Why Should I Care?
The impact of this vulnerability is potentially severe, as it could compromise the security of individuals, businesses, and organizations that rely on KeePass to manage their passwords. It could give an attacker access to sensitive information, such as bank account passwords or confidential company data. In addition, the attacker could use this information to launch further attacks on other accounts or systems, potentially causing even more damage. Furthermore, if the same password is used across multiple accounts, the attacker could gain access to all of them, resulting in significant financial and reputational damage.
What Can I Do?
The best way to mitigate this vulnerability is to update to KeePass 2.54 or higher once it becomes available in July 2023. This update should fix the vulnerability and prevent attackers from exploiting it. In addition to updating, there are some steps you can take to protect yourself if you have been using KeePass for a long time.
First, change your master password.
Second, delete your hibernation file and pagefile/swapfile.
Third, overwrite deleted data on your hard drive to prevent carving.
Finally, restart your computer, or overwrite your hard drive and do a fresh install of your operating system.
As of the 18th May 2023, a POC tool has already been published by security researchers. This tool demonstrates how the vulnerability can be leveraged to retrieve the master password stored in KeePass' memory.
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Stay safe and secure!
The Cytidel Threat Intelligence Team