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Kerberoasting

StrongDM Team
Written by
Co-founder / CCO
Schuyler Brown
Reviewed by
Chairman of the Board
Last updated on: March 18, 2024

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What is Kerberoasting?

Kerberoasting is a post-compromise attack technique for cracking passwords associated with service accounts in Microsoft Active Directory. The attacker impersonates an account user with a service principal name (SPN) and requests a service-related ticket. They then crack the password hash linked to that service account, log in with the plaintext credentials, and advance the attack.

Kerberoasting Key Takeaways:

  • Kerberoasting is an attack method for cracking password hashes for service accounts in Active Directory.
  • Password cracking takes place offline, helping attackers avoid detection, alerts, logging, or account lockouts.
  • Once they log in, attackers appear as approved users and advance their attacks.
  • It is difficult to preempt kerberoasting attacks since ticket requests are frequent, with anomalous ones hard to spot.
  • MFA and centralized password management can help mitigate the kerberoasting threat.

Kerberoasting attackers crack password hashes offline using brute force methods. Working offline allows attackers to evade detection since no unusual activity or data transmission will trigger alerts or show up in logs. Also, since there is no use of malware, typical antivirus software cannot catch kerberoasting attacks.

With the plaintext credentials in hand, attackers appear to be legitimate account owners. This gives them access to the networks, systems, and assets to which the account owner typically has access. Since traditional cybersecurity solutions often don’t monitor the behavior of approved users, attackers have ample time and freedom to obtain other credentials, steal data, or set up routes to future access.

It is difficult to preempt kerberoasting attacks. Legitimate ticket requests are frequent, making it tough to spot suspicious ones. Also, there is no way to track whether login immediately follows the ticket request or not. This allows the attacker to work offline, cracking the password for as long as it takes without being locked out.

Some steps that can help limit the threat of kerberoasting:

  • Use multifactor authentication (MFA).
  • Use complex passwords for service accounts that use Kerberos with SPN values.
  • Centrally manage passwords in Active Directory. Ensure that passwords are random, complex, changed often, and automatically rotated.
  • Be on the lookout for unusually high levels of service ticket requests.
  • Use tools to monitor abnormal account usage beyond login.

The Purpose of Kerberoasting

The objective of a Kerberoasting attack is to extract password hashes of user accounts stored in the AD domain. These password hashes can then be cracked to obtain the actual plaintext passwords of the user accounts, which can be used to gain access to sensitive information.

The attack is particularly effective against service accounts, which are user accounts that are used by services and applications to run with specific privileges. Service accounts are often highly privileged and have access to sensitive data, making them a valuable target for attackers.

How Kerberoasting Exploits Kerberos

In a Kerberoasting attack, the attacker identifies user accounts in the AD domain that have service principal names (SPNs) associated with them, indicating that the user has access to specific network services. The attacker then requests a service ticket for the user account, which contains the user's hashed password.

The Kerberos protocol uses a ticket-granting ticket (TGT) to authenticate users and grant access to network resources. When a user logs in to a domain, they receive a TGT from the domain controller. The TGT is used to request service tickets for specific network services.

When a user requests a service ticket, the Kerberos protocol generates a session key that is used to encrypt the communication between the user and the service. The session key is encrypted with the user's hashed password and included in the service ticket.

The Process of a Kerberoasting Attack

The attacker uses various tools and techniques to identify vulnerable user accounts in the AD domain that have SPNs associated with them. They then use a tool like Rubeus or Kekeo to request a service ticket for the targeted user account, which contains the user's password hash. They can then use a password cracking tool to obtain the plaintext password.

There are several ways to identify vulnerable user accounts in the AD domain. One method is to use a tool like BloodHound, which can map out the trust relationships between different domains and identify high-value targets. Another method is to use a tool like PowerView, which can search for user accounts with SPNs and extract information about their associated services.

Once the attacker has identified a vulnerable user account, they can use a tool like Rubeus or Kekeo to request a service ticket for the account. These tools can be used to request service tickets for multiple user accounts simultaneously, making the attack more efficient.

The attacker can then use a password cracking tool, such as Hashcat or John the Ripper, to crack the password hash and obtain the plaintext password. The plaintext password can then be used to gain access to sensitive information, such as confidential documents or financial data.

Detecting and Preventing Kerberoasting

Kerberoasting is a type of attack that targets the Kerberos authentication protocol, which is used to authenticate users and services in a Windows environment. The attack involves extracting the Kerberos service ticket for a user account that has a weak password, and then cracking the ticket to obtain the user's password hash. Once an attacker has the password hash, they can use it to gain unauthorized access to the user's account and sensitive data.

Common Signs of a Kerberoasting Attack

The signs of a Kerberoasting attack are not always obvious, but there are a few indicators that may help detect it. These include unusual service ticket requests, unauthorized access attempts, failed login attempts, and unusual network traffic patterns. For example, if an attacker is attempting to extract service tickets for multiple user accounts, there may be a spike in service ticket requests that is not typical for normal network activity. Similarly, if there are multiple failed login attempts for a single user account, it may be a sign that an attacker is attempting to guess the user's password.

It is important to note that these signs alone may not be sufficient to confirm a Kerberoasting attack, as they can also be caused by other factors. However, if these signs are noticed in conjunction with other suspicious activity, it may be worth investigating further.

Best Practices for Securing Kerberos

There are several best practices that can help secure the Kerberos authentication process. These include enforcing strong password policies, disabling unnecessary protocols and services, using encryption for network traffic, and regularly monitoring and auditing network activity.

Enforcing strong password policies can help prevent attackers from cracking passwords and gaining unauthorized access to user accounts. Password policies should require users to create complex, unique passwords that are changed regularly. Additionally, multi-factor authentication should be used to add an extra layer of security to the authentication process.

Disabling unnecessary protocols and services can help reduce the attack surface for Kerberoasting attacks. For example, the NTLM protocol should be disabled if it is not needed, as it is vulnerable to password cracking attacks.

Using encryption for network traffic can help prevent attackers from intercepting and eavesdropping on network traffic, which could be used to extract service tickets and password hashes. Kerberos can use encryption for authentication and service ticket exchange, which can be configured using Group Policy.

Regularly monitoring and auditing network activity can help detect and respond to Kerberoasting attacks in a timely manner. This can be done using monitoring and detection tools like the Windows Event Log and SIEM solutions, which can help identify abnormal behavior and patterns in network activity and trigger alerts for investigation and response.

Implementing Monitoring and Detection Tools

Organizations can use monitoring and detection tools like the Windows Event Log and SIEM solutions to detect and respond to Kerberoasting attacks. These tools can help identify abnormal behavior and patterns in network activity and trigger alerts for investigation and response.

The Windows Event Log can be used to monitor Kerberos authentication events, which can help detect Kerberoasting attacks. For example, failed service ticket requests or unusual service ticket requests may be signs of a Kerberoasting attack. SIEM solutions can be used to aggregate and correlate events from multiple sources, which can help identify patterns and anomalies that may be indicative of a Kerberoasting attack.

It is important to note that monitoring and detection tools are not foolproof, and may not detect all Kerberoasting attacks. However, they can provide valuable insight into network activity and help detect attacks in a timely manner, which can help minimize the impact of a successful attack.

Responding to a Kerberoasting Attack

Kerberoasting is a type of attack that targets the Kerberos authentication process used by Microsoft Active Directory. In this attack, an attacker can compromise a user account and extract the Kerberos ticket-granting ticket (TGT) that can be used to impersonate the user and gain access to sensitive resources. As Kerberoasting attacks can be difficult to detect, it is important to have a response plan in place to quickly identify and mitigate the attack.

Steps to Take After Discovering a Kerberoasting Attack

If a Kerberoasting attack is detected, a quick response is crucial to mitigate the damage and prevent further attacks. The first step is to disable the compromised user account to prevent the attacker from using it to access sensitive resources. Next, all passwords associated with the account should be changed to prevent the attacker from using any stolen credentials. It is also important to conduct a thorough investigation to determine the scope of the attack and identify any other compromised accounts or systems.

During the investigation, it may be necessary to review network logs to identify any suspicious activity or unusual network traffic. This can help to identify the source of the attack and any other compromised systems or accounts. It is also important to notify any affected users and stakeholders to keep them informed and to prevent any further damage.

Mitigating the Damage of a Kerberoasting Attack

After detecting a Kerberoasting attack, it is important to immediately take steps to mitigate the damage. This can include patching any vulnerabilities in the Kerberos authentication process to prevent further attacks. It may also be necessary to review and update security policies and procedures to prevent similar attacks from occurring in the future.

Another important step is to review and update password policies to ensure that they are strong and secure. This can include requiring longer and more complex passwords, implementing multi-factor authentication, and regularly changing passwords to prevent them from being compromised.

Strengthening Security Post-Attack

After a Kerberoasting attack, it is important to strengthen the security posture of the organization to prevent future attacks. This can include implementing additional security controls such as intrusion detection and prevention systems, network segmentation, and access controls to limit the scope of any future attacks.

Regular security awareness training for staff can also help to prevent future attacks by educating employees on how to identify and respond to potential threats. This can include training on how to identify phishing emails, how to create strong passwords, and how to report suspicious activity.

In conclusion, a quick and effective response to a Kerberoasting attack is crucial to mitigate the damage and prevent further attacks. By following these steps and implementing additional security measures, organizations can strengthen their security posture and reduce the risk of future attacks.


About the Author

, Dynamic Access Management platform, StrongDM puts people first by giving technical staff a direct route to the critical infrastructure they need to be their most productive.

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What Is a Policy Engine?

A policy engine is a software component that allows an organization to manage, enforce, and audit rules across their system. It is designed to provide a...

What Is a Policy Information Point (PIP)?

A Policy Enforcement Point (PEP) is a component in a security framework that enforces access control policies. It regulates and monitors access to...

What is Access Discovery?

Access Discovery is the process of identifying and verifying available pathways to digital resources or information within a system or network. It...

What Is Active Directory (AD) Bridging?

Active Directory (AD) bridging lets users log into non-Windows systems with their Microsoft Active Directory account credentials. This extends AD benefits...

What Is an Open Policy Agent (OPA)?

Open Policy Agent (OPA) is an open-source, general-purpose policy engine that enables policy-as-code across diverse software stacks. It provides a unified...

What Is Continuous Authorization?

Continuous Authorization is a security concept ensuring ongoing validation of users' access rights within a system. Employing real-time session monitoring...

What is Continuous Monitoring?

What is Continuous Monitoring? Continuous monitoring is a systematic and ongoing process that uses automated tools and technologies to monitor the...

What is Customer Identity Access Management (CIAM)?

Customer Identity Access Management (CIAM) is a specialized branch of identity and access management designed to facilitate secure and seamless customer...

What is Cyber Threat Hunting?

Threat hunting is the cyber defense practice of proactively searching for threats within a network. Threat hunters look for threats that may have evaded...

What Is Disaster Recovery Policy (DRP)?

Disaster Recovery Policy is a strategic framework outlining procedures and resources to swiftly restore essential business functions after a disruptive...

What Is eXtensible Access Control Markup Language (XACML)?

eXtensible Access Control Markup Language (XACML) is a standard for specifying and exchanging access control policies in computer systems. It provides a...

What Is Fine-Grain Access Controls?

Fine-grain access controls are a type of access control that enables granular access to systems, applications, and data. Access is based on specific...

What Is Group-Based Access Control (GBAC)?

Group-Based Access Control (GBAC) is a security model that regulates access to resources by assigning permissions based on user group membership. It...

What Is Identity Fabric?

Identity Fabric refers to an integrated set of identity and access management services that provide seamless and secure user access across a diverse range...

What Is NoSQL Injection? Examples, Prevention, and More

What is NoSQL Injection? NoSQL Injection is a type of injection attack that exploits vulnerabilities in NoSQL databases by injecting malicious code into...

What Is Policy-as-Code? Tools, Examples, Implementation

Policy-as-Code refers to the practice of managing and implementing policy decisions through code, making them enforceable and verifiable within IT...

What Is Privileged Identity Management (PIM)?

Privileged identity management is the process companies use to manage which privileged users—including human users and machine users—have access to which...

What is Remote Desktop Protocol (RDP)?

What is Remote Desktop Protocol (RDP)? Remote Desktop Protocol (RDP) is a proprietary protocol developed by Microsoft that allows users to remotely...

What Is Segregation of Duties (SoD)?

Segregation of Duties (SoD) is a risk management principle that ensures critical tasks are divided among different individuals to prevent conflicts of...

What is Vendor Privileged Access Management (VPAM)?

Vendor Privileged Access Management (VPAM) is a cybersecurity strategy that focuses on controlling and securing third-party access to an organization's...

What Is Zero Trust Data Protection?

Zero Trust Data Protection is a security framework that assumes no inherent trust, requiring verification from anyone trying to access data, regardless of...

When to Use SQL vs. NoSQL Databases

Understanding SQL and NoSQL Databases When it comes to managing data, there are two main types of databases: SQL and NoSQL. While both types of databases...

Z
Zero Trust

Zero Trust is a modern security model founded on the design principle “Never trust, always verify.” It requires all devices and users, regardless of...

Zero Trust vs. the Principle of Least Privilege: What's the Differences?

As cyber attacks become more advanced and frequent, organizations are realizing the importance of enhancing their cybersecurity strategies. Two approaches...

Zombie Accounts

Zombie accounts: forgotten accounts that open the door to bad actors looking to insert malware, steal data, and damage your internal systems.

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