Havoc Framework C2 Detection Scanner
Identify the stealthy Havoc C2 within your network. This scanner helps you detect the presence of the Havoc command and control framework, ensuring the security of your systems against unauthorized control attempts.
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
9 days 16 hours
Scan only one
Domain, IPv4, Subdomain
Toolbox
-
Havoc C2 is a post-exploitation framework utilized by cybersecurity professionals and adversaries alike for managing compromised systems in a network. Security teams often use Havoc C2 in red team exercises to simulate command and control scenarios. It's primarily used within enterprise environments to test defenses against sophisticated attacks. This tool supports multiple deployment scenarios and is adaptable to various environments for research and defense planning. Havoc C2 is chosen for its malleable nature, allowing users to customize it for specific test cases. Overall, it serves as a critical tool for understanding and mitigating potential cyber threats.
Command and control (C2) vulnerabilities are central to how adversaries maintain persistence within a compromised network. Detected by identifying specific characteristics in network traffic, C2 vulnerabilities reveal unauthorized or malicious control paths. The presence of a C2 framework like Havoc indicates a high level of intrusion severity, as it enables the attacker to execute commands, exfiltrate data, and more. Identifying these vulnerabilities is crucial for assessing the overall security posture and preventing potential attacks. The detection focuses on specific digital signatures in network protocols, which are indicative of C2 communications.
The technical aspects of detecting Havoc C2 involve scrutinizing SSL/TLS negotiations and certificates. The template uses digital fingerprints like JARM and specific keywords associated with the C2 framework in the SSL certificate's subject distinguished name (subject_dn). By matching these unique patterns, it confirms the presence of Havoc C2 in the network. Moreover, the framework employs customizable identifiers that can be tracked in this way. Effective detection necessitates monitoring for data inconsistencies and unusual metadata within network traffic that align with known C2 infrastructures.
If exploited, a potential C2 risk like Havoc can have dire consequences, allowing attackers to perform remote execution of commands on affected systems. It poses a risk of data breaches, unauthorized data access, and even complete network control. Attackers can leverage these vulnerabilities to maintain long-term access to victim environments, exfiltrate sensitive information, and launch additional attacks. The pervasive control afforded by C2 risks makes them particularly dangerous, necessitating prompt detection and mitigation efforts. Failing to detect such activities early can lead to significant operational and reputational damage.
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