![]() ![]() These decoys often include specific vulnerabilities, increasing the appeal by lowering the attack difficulty. Medium interaction decoys often offer a good balance between the amount of data to be collected and its risk of being exploited by the attacker for a lateral movement. ![]() While they may not fool advanced threat actors, they are still very effective against insider threats and low threat actors. Low interaction honeypots aren’t complex enough to capture threats such as zero-days exploit. Your honeypot is a static environment, that emulates a small percentage of a real system. These are resource effective and are mostly used to generate a high-fidelity alert while collecting basic information about the attacker. Low interaction honeypots provides very limited access to the website or service. They are deployed and monitoring to gather information on new malware, vulnerabilities such as 0 days and to reference the tactics used.īoth production honeypots and research honeypots have 3 modes of operation Low Interaction Honeypots Research honeypots are design to collect data and information on the methods used by attackers. This type of honeypot is also known as pure honeypot. While, the target production systems can continue operating without damage. The decoys emulate real services, website, or systems to lure attackers into spending their time and resources on them. Most often IP addresses, intrusion attempts, attack velocity, volume of traffic generated are collected. Production honeypots are deployed by organizations, private companies, and high-profile individuals, to gather threat intelligence on attackers in production systems. ![]() Honeypots can be classified in two categories Production Honeypots The attacker’ appeal for the honeypot is a simple equation It can be made to look and feel like a database containing valuable information such as IP, patents or credit card data. The premise of a honeypot is simple, look and feel like a (valuable) target. Honeypots can also help both the blue and red team reveal potential blind spots within the architecture, and uncover a new attack surface. The red team on the other hand will also benefit from the data by staying current with their techniques, and may give them ideas for their next engagement. The intelligence will benefit the blue team to evolve and improve their cybersecurity strategy. The intelligence gathered will be used to analyse the attacker’ methods, their capabilities and understand the sophistication of the attack. The honeypot system, will record all interactions between the criminal and the decoy. While adversaries spend their time within the controlled environment, the production network remain safe. The blue team’s aim is to convince adversaries to exploit multiple honeypots first. The intention is to purposely make the honeypot instance look and feel like a legitimate target. They are often modelled after legitimate assets, such as software applications, network applications or servers. In some cases, the information collected can also reveal the identity of the perpetrator. The data can consist of techniques, tactics and procedures or criminal motivations. Honeypot cyber security or decoys are lures made to replicate the behaviour of a real system or service on a network to draw cyber criminals away from a legitimate target.ĭecoys are designed to gather intelligence data from interactions. ![]()
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