Introduction

Honeypots are traps that are set to identify endeavors at any unapproved use of data systems, with the end goal of gaining from the attacks to additionally improve computer security.

Customarily, continuing network security has included acting cautiously, utilizing network-based protection strategies like firewalls, interruption identification frameworks, and encryption. However, the current circumstance requests more proactive methods to identify, redirect, and balance endeavors at unlawful utilization of data frameworks. In such a situation, the use of honeypots is a proactive and promising way to deal with network security dangers.

  1. What are Honeypots?
  2. Types of Honeypots
  3. Advantages of Honeypots
  4. Disadvantages of Honeypots
  5. Examples of honeypots
  6. Types of Honeypots Technologies

1. What are Honeypots?

Honeypots’ meaning can be easily defined to be the trap that is set to identify any attempts at any unapproved utilization of data systems. Honeypots turn on the tables for Hackers and PC security professionals. The primary reason for the honeypots in computer security is to identify and gain from the attacks and further utilize the data to improve security.

The value of a honeypot is weighed by the data that can be acquired from it. Observing the information that enters and leaves a honeypot lets the client assemble the data that isn’t generally accessible. The two famous purposes behind setting up a Honeypot: gain understanding and gather information.

2. Types of Honeypots

Honeypots in network security have been used for some time to follow attackers’ actions and protect against coming risks. Generally, two kinds of honeypots are available:

  1. Research Honeypot – This is utilized to learn about the strategies and procedures of the interlopers. It is utilized as a watch post to perceive how an attacker is functioning while trading off a system.
  2. Production Honeypot – These are fundamentally utilized to detect the location and to secure associations. The fundamental idea behind the production of honey potting is to help relieve attacks in an association.

3. Advantages of Honeypots

  • Gather Real Data: While Honeypots gather a little volume of information yet practically the entirety of this information is a genuine attack or unapproved action. 
  • Diminished False Positive: With most recognition advancements (IDS, IPS) a huge portion of warnings is false alerts, while with Honeypots this doesn’t remain constant.
  • Cost-effective: Honeypot just associates with malicious actions and doesn’t need superior resources.
  • Encryption: With a honeypot, it doesn’t make a difference if an attacker is utilizing encryption; the activity will still be caught. 
  • Easy: Honeypots are easy to comprehend, send, and maintain.

4. Disadvantages of Honeypots

  • We can catch information when the hacker is attacking the system effectively. 
  • When there is an attack occurring in another system, honeypot won’t have the option to distinguish and identify it. 
  • There is a fingerprinting hindrance of honeypots. It is simple for a professional hacker to comprehend when he is attacking a honeypot system or a genuine system. 
  • The honeypot might be utilized as a zombie to arrive at different systems and compromise them.

5. Examples of Honeypots

There are also different examples of honeypots technology depending on the level of complexity:

  • Pure honeypot: This is a complete production imitating system that works on different requirements of servers. It contains “secret” information and client data and is brimming with sensors. Though being complex and hard to maintain, the data they provide is priceless.
      
  • High-interaction honeypots: This serves like a pure honeypot offering a lot of administrations. This is not as complex and doesn’t hold as much information. These are not meant to offer a complete production framework, yet they run all the services that a production system would run. They run for a properly operating system. This kind of honeypot permits the conveying association to observe and manage attacker practices and methods. These are asset-intensive and accompanied maintain challenges, however, the discoveries can merit the press.
      
  • Mid-interaction honeypot: These use the same system as the application layer yet they acquire their system. They work to lower down threats or confuse attackers so the associations get ample choices and options to sort out some way to appropriately respond and defend against an attack.
      
  • Low-interaction honeypot: These honeypots in ethical hacking is commonly used in a production environment. These run a set of administrations and acts as an early warning detection component very specifically. They can easily be used and maintained, with numerous teams sending various honeypots insecurity across the various network.

6. Types of Honeypots Technologies

  • Malware honeypots: They use the same replication and attack vectors to detect the malware that occurred. For instance, when the honeypots are made to imitate a USB storage device and during the same time, if a machine is contaminated by malware that spreads through USB, the honeypots in information security will deceive the malware to focus on the imitated device.
      
  • Spam honeypots: These are utilized to copy open mail transfers and open intermediaries. Initially, spammers send an email to test the open mail by themselves. They come out with ample spam records once they run it. This sort of honeypot can distinguish and perceive this test and effectively block the gigantic volume of spam that follows.
      
  • Database honeypot: Generally, SQL injections remain undetected by firewalls, so some organizations will utilize a database firewall, which can give honeypot security assistance to make decoy databases.
      
  • Client honeypots: Most honeypots are servers for their companies. Client honeypots effectively search out malevolent servers that attack customers, noticing some dubious and surprising adjustments to the honeypot. These systems run on virtualization technology and have a regulatory proces0073 to limit the danger to the research group.
      
  • Honeynets: Instead of a solitary system, a honeynet is a network that can accumulate many different honeypots. Honeynets aims to deliberately follow the techniques and intentions of an attacker while keeping all the inbound and outbound traffic.

Conclusion

A Honeypot is an idea and not a tool that can be just conveyed. The applications of honeypots are generally done in cybercrime agencies for investigation, network forensic departments, e-banking, cloud computing systems to prevent honeypot attack, etc. One has to know well what they plan to realize, and then only the honeypot can be tweaked dependent on their particular requirements.

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