In today’s threat landscape, detecting and responding to distributed attacks is more challenging than ever. Attackers often operate in stealth, using coordinated strategies to blend into normal traffic and evade detection. To address this issue, Datadog App and API Protection (AAP) has a new clustering feature designed to identify and group attacker behaviors during distributed attacks. By capturing and analyzing subtle patterns in malicious activity, Attacker Clustering empowers organizations to uncover complex threats and respond with precision.
Attacker Clustering addresses the complexity of distributed attacks by grouping attacker behaviors into distinct clusters for account takeover signals and fraud security signals. The clustering algorithm analyzes patterns from attributes such as user agents or Datadog Attacker fingerprints, enabling accurate detection of stealthy threats while filtering out normal traffic. This approach provides a holistic view of attacker strategies, helping security teams quickly identify and respond to coordinated attacks.
In this post, we’ll explain how Attacker Clustering can help you:
As attackers continuously refine their tactics to bypass security measures, tracking these evolving strategies becomes increasingly complex. Security teams often face a shifting landscape where attacker patterns can change during an attack. Legacy defense mechanisms can fall short against dynamic and agile adversaries, which require real-time detection and adaptation to new attack behaviors.
Datadog’s attacker clustering mechanism plays a crucial role in tracking these changes in attack strategy by continuously analyzing the characteristics of attacks over time. By clustering attack behaviors, the system helps identify current attack trends and adapts to how these trends evolve.
When an attack is detected, the system automatically clusters attributes—such as user agents, headers, session IDs, and request body hashes—based on shared occurrences. The result is an Attacker Attributes table that presents these clusters and shows the key attributes of the attack. For example, notice the attributes for cluster redundant-lightcoral-abacus in the following image.
Through constant monitoring of attack-related attributes, Datadog tracks subtle variations in attacker behavior. Each attack is analyzed not only by its immediate attributes but also by how these attributes change over time. The clustering mechanism captures the evolution of tactics, such as attackers switching user agents, or other identifiable patterns that attackers use to avoid detection.
The following image shows how the attributes for cluster redundant-lightcoral-abacus changed when the attacker switched user agents.
As new patterns emerge, the system adapts to these changes and reconfigures its clusters to reflect the most relevant behaviors. The ability to track these shifts allows for proactive defense measures, enabling teams to update their blocking and detection strategies based on the latest attacker tactics.
Incident response teams are constantly under pressure to respond quickly and accurately to evolving security threats, such as distributed account takeovers and fraud attempts. However, the large volume of data generated by security systems often makes it difficult for these teams to prioritize threats and take decisive action. Analysts can struggle to identify the most critical attack indicators amidst a sea of unrelated noise, which can delay response times and leave systems vulnerable.
Attacker Clustering helps cut through the noise by providing clear, actionable insights that enable security teams to:
The attacker clustering mechanism aggregates requests and identifies frequent attributes that match the attacker pattern. Those attributes are correlated with Datadog threat intelligence feeds to help reduce noise and suggest a blocking strategy that aims to minimize impact on legitimate traffic.
Security teams can use this information to block specific attributes, such as user agents, and stop attacks in their tracks. This streamlined approach helps incident response teams focus on the most pressing threats, reducing response time and minimizing the potential impact of attacks.
Attacker Clustering in Datadog AAP transforms how security teams detect, analyze, and respond to threats. By using an advanced algorithm that groups related activities, the feature enables faster and more effective incident response. Attacker Clustering identifies evolving attacker patterns, provides clear and actionable insights, and automates suggestions for how to block and mitigate threats.
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