The concept of a honeypot is quite simple. It does not chase attackers, rather it attracts them through a false illegitimate target. Hence, the name, ‘Honeypot.’
Watch this to understand what honeypot is and how it works:
What does a honeypot do?
In a hypothetical scenario, a finance company manager may set up a honeypot in the form of the company’s network for outsiders. Similarly, it goes with other businesses like banks, healthcare, etc. having internet-connected systems. These businesses monitor traffic to such honeypots and, consequently, understand the movement of cybercriminals. Significantly, you can determine the security measures and the ones that you must take to improve your business.
A honeypot can be configured resembling anything on the network—for example, web server, file server, print server, etc. When a cyber attacker comes across a potential honeypot probing to be a legitimate target, they perform similarly as if they have dealt with the legitimate one.
A honeypot solution is applicable even when an Artificial Intelligence (AI) or Machine Learning (ML) methodologies exist at the endpoint. Honeypots can be inexpensively deployed, and as they receive manageably less traffic, while their logs are of immense value. Any alert or information received may be either a malicious activity or a misconfigured system on the network. Though the information helps in identifying bad elements lurking on the network; it also assists you in understanding whether anything has been misconfigured.
While researchers use honeypots to study the methods of attackers, they are of more significance to defenders.
5 advantages that honeypots bring to the business –
1. Greater scope of success –
The cyber attackers, as a practice test against the effectiveness of their malware against the popular anti-malware scanners and other security measures. Whereas further observation shows that the advanced attackers have the resources and means of deploying their attacks successfully. This is where honeypots play an important role. They fill the gaps because attackers seek time to predict the use and to counter the defenses. Simultaneously, production honeypots will have a low false-positive rate due to the non-accessibility of legitimate users.
2. Creates a confused scenario –
Honeypots can also trap the users and make them slow down within the company’s network. Otherwise, with the help of a virtual system, the company can create decoys to distract the attackers. In turn, it delays the objective of attackers from finding valuable data. To understand decoys, they move the threats from real assets to fake ones and subsequently alert the defenders about the threats.
A significant approach would be using honey tokens to replace fake data in the database records. The same is achieved by instructing firewalls to alert on the unique packets. Consequently, a company can detect how the user accesses the information or downloads the same.
3. Though time-consuming, it is effective –
There are two types of honeypots that any company can deploy. The first being a research honeypot, where a virtual system hosting a vulnerable operating system is assigned to a network having connected to an internet connection. However, research honeypots consume a lot of time. But they consider as a best practice to learn about the attackers and their movements. The research honeypots are watched for threats, and then the first line defense team analyzes the attack logs or behavior. Such honeypots are rarely used in businesses unless otherwise, the core process is security. Another type of honeypot is a production honeypot that emulates value addition to the business. They can be in the form of a workstation, database, web server, or document. Due to the low-interactive nature of production honeypots, they do not require continuous monitoring. The security team establishes the honeypots and then gets along with other tasks until SOC analysts raise an alert.
4. Help training your security team –
As the cybersecurity workforce is in short supply, honeypots serve as training tools. By watching the attackers’ movements, the defenders can learn new techniques. The security teams often deploy honeypots to learn the attackers’ behavior. The SOC analysts follow the footsteps of the cyber attackers and study their movements to understand how the attacks can be combated at the intermediary stages in their network.
5. Other ancillary options
There are other free tools and technologies to adopt and implement a honeypot mechanism.
Source: eccouncil.org
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