A honeypot is a deliberately compromised computer system that allows an attacker to exploit and investigate its vulnerability to improve the security policy. Honeypots apply to any computing resource, such as software and networks.
It allows us to understand the attacker's behavior patterns. Security teams can use honeypots to investigate cyber security breaches and collect information about the behavior of cybercriminals.
Honeypots look like natural computer systems with applications and data that cybercriminals believe are legitimate targets.
For example, honeypot traps appear like payment gateways. It is a desirable target for hackers because it contains personal information and transaction details, such as encrypted credit card numbers and bank account information.
Once a hacker breaks in, we can track the movements of cybercriminals and better understand their methods and motives. It helps organizations adapt existing security protocols to thwart similar attacks on legitimate targets in the future.
There are four types of honeypot deployments that allow attackers to perform malicious activities at different levels:
Some other types of honeypot include the following:
Here are some advantages and disadvantages of honeypot servers:
Advantages | Disadvantages |
It prevents cybercriminals from attacking legitimate systems. | A compromised honeypot that is not effectively quarantined can be used to launch an attack on an entire network. |
It monitors attacker behavior and detects zero-day vulnerabilities. | An intrusion can only be detected if attacked directly. However, if an attacker identifies a honeypot, it could bypass the system and break into the network. |
It helps improve the overall security of the organization. | An attacker could potentially create a honeypot fingerprint based on specific characteristics and launch fake attacks. |