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The purpose of a shadow honeypot is to detect, deflect, or otherwise counteract attempts at unauthorized use of information systems, often as a mechanism to ensure data security and to identify vulnerabilities within a network. Shadow honeypots are a type of honeypot that are closely integrated with the production environment and are designed to mimic real systems and services. However, unlike traditional honeypots that are isolated and monitored in a controlled environment, shadow honeypots are deployed alongside actual production systems and are intended to act as a decoy to attract attackers who have bypassed other security measures.
The main functions of shadow honeypots can be summarized as follows:
1. Detection of Advanced Threats: They help in identifying sophisticated attacks that bypass standard detection mechanisms, such as firewalls and intrusion detection systems (IDS), by analyzing traffic and activities that interact with the decoy systems.
2. Improvement of Security Posture: By engaging attackers, shadow honeypots allow organizations to understand attack vectors, techniques, and tools used by adversaries. This insight helps in strengthening security measures and closing vulnerabilities before they can be exploited in real attacks.
3. Minimizing False Positives: Shadow honeypots can assist in reducing false positives by distinguishing between actual malicious activities and legitimate but unusual activities. This is because interactions with the honeypot are, by definition, suspect, as there should be no legitimate reason to access these systems under normal operations.
4. Research and Development: They
C. to randomly check suspicious traffic identified by an anomaly detection system