Discover the Top 5 XDR Use Cases for Today’s Cyber Threat Landscape
Protect Active Directory from modern threats using MITRE ATT&CK and Fidelis Active
In 2024, cyberattacks aimed at MFA flaws increased by an astounding 40%. This concerning pattern indicates a sharp rise in the complexity of cyberthreats that businesses now have to deal with. Cybercriminals are now adopting psychological strategies in addition to technical ones, such as MFA fatigue attacks, which alter human behavior to obtain unauthorized access to vital systems.
This is a wake-up call, not just a number. Any business can become a target, and in today’s digital environment, protecting your company from these new risks is also protecting yourself. Let’s examine how you can keep ahead of these bad actors by making cybersecurity a top priority right now.
MFA fatigue attacks, also referred to as “prompt bombing,” refer to an attack in which the attackers overwhelm a user with frequent MFA push notifications. It aims to irritate or disorient users to the point of mistakenly approving a malicious login attempt.
Indeed, it is reported that this attack method works since a 1% rate of users blindly accept the first MFA notification, they receive without regard to whether it was properly triggered.
Active Directory regulates user access to vital resources, therefore it is one of the main targets for attackers. To secure this vital system, traditional username-password combinations are no longer sufficient. By making sure that only authorized users may access Active Directory, multi-factor authentication provides an additional degree of protection.
Some of the key benefits of using Active Directory two-factor authentication or MFA include:
Lets breakdown the process that MFA follows to safeguard your active directory.
To understand this, MFA is an added security layer which demands that users should verify their identity through at least two factors. The following is a detailed description of how it works:
MFA utilizes at least two of the following factors:
Example: In this case, a user of an Active Directory (AD) account may require to enter a password (something they know), and then accepts the login from an authenticator application on their phone (something they have).
Example: An enterprise enabling on-premise Active Directory multi-factor authentication can configure policies that mandate MFA for employees accessing financial data from external networks.
By following these steps, you can ensure your Windows Active Directory multi-factor authentication implementation is seamless and effective.
| Feature | MFA Enabled | MFA Enforced |
|---|---|---|
| Definition | MFA is activated for the account but not mandatory for every login. | MFA is mandatory, and users must complete setup to log in. |
| Implementation | Administrators enable MFA for users, but it’s optional for them to configure or use. | Users are required to set up and use MFA for all login attempts. |
| User Experience | Users can skip MFA setup initially or bypass it during login. | Users are prompted to complete MFA setup and cannot log in without it. |
| Use Case | Suitable for testing MFA or for non-critical accounts where security isn’t a top concern. | Ideal for critical accounts like administrators or sensitive data access. |
| Risk Level | Higher risk due to potential user negligence in setting up MFA. | Lower risk as every login is verified with multiple authentication factors. |
| Example | An employee is notified about MFA but can opt out until it’s enforced. | An admin account requires fingerprint authentication and a PIN for every access attempt. |
Our Recommendation: Enforcing MFA is strongly advised for accounts with elevated privileges or sensitive data access. This ensures comprehensive protection against unauthorized access and potential breaches.
Implement tools that block repeated push notifications to prevent attackers from exploiting MFA fatigue. These tools can limit the number of notifications sent within a specific time frame, ensuring users are not overwhelmed by multiple prompts.
Configure MFA to limit the number of allowed prompts per session. By setting time-based restrictions, users are only required to authenticate once within a defined period, reducing their exposure to fatigue attacks while maintaining security.
Train users to recognize suspicious activity and report excessive MFA requests. Providing examples of legitimate versus malicious prompts can empower users to identify and resist potential attacks effectively.
Leverage multi-factor authentication Azure Active Directory to create policies that restrict access based on location, device, or risk levels. For example, users attempting to log in from unfamiliar locations may be required to undergo additional verification steps.
To strengthen security for on-premise Active Directory (AD), organizations can follow these actionable steps with real-world examples:
By implementing these strategies, organizations can significantly reduce the likelihood of MFA fatigue attacks and maintain robust security for on-premise AD environments.
When faced with increasingly high cyber threats, ensuring your Active Directory environments is now more than ever crucial. Using Fidelis Security, implement advanced multi-factor authentication tools for protecting on-premise and cloud systems. Fortify your defenses, prevent unauthorized access, and stay ahead of the attackers.
The process involves integrating an MFA solution with Active Directory, setting up authentication policies, and requiring users to verify their identity using multiple factors.
Yes, organizations can deploy on-premise Active Directory multi-factor authentication solutions to secure access in environments without relying on cloud services.
Tools like Microsoft Azure MFA, Duo Security, and Okta integrate seamlessly with both on-premise MFA and hybrid setups to provide robust security.
See Fidelis in action. Learn how our fast and scalable platforms provide full visibility, deep insights, and rapid response to help security teams across the World protect, detect, respond, and neutralize advanced cyber adversaries.