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What is Tailgating in Cyber Security: Examples and Prevention

what is tailgating in cyber security

What is tailgating?

The literal meaning of “tailgating” is “unauthorized following” or “following closely behind.”. The term tailgating is usually associated with two main contexts: security and driving. In security — tailgating refers to an unauthorized person gaining access to restricted places by following an authorized person. In driving — tailgating refers to following the other vehicle closely, enhancing the risks of accidents. Both cases of tailgating concern safety and security risks. 

What is Tailgating in Cyber Security?

In the field of cybersecurity, “tailgating is a social engineering technique in which an unauthorized individual tries to gain access to a restricted location or system by following an authorized person.”. However, tailgating may occur in physical (e.g., entering a building) or virtual (e.g., accessing a network) modes. However, the goal in both cases is to gain unauthorized access to the security protocols of any individual or organization. 

Tailgating vs Piggybacking

Tailgating is usually known as piggybacking. However, there is a noticeable but negligible difference between tailgating and piggybacking;

In short, tailgating is unauthorized and difficult to detect, but piggybacking may be authorized or unauthorized.

What is a Tailgating Attack

“Tailgating attack is a low-tech social engineering attack in which a tailgater tries to gain unauthorized access to a restricted area by following closely behind an authorized person.” 

Tailgating exploits human behavior rather than technical susceptibility. In a Tailgating attack, the tailgater pretends to be a delivery person, new coworker, or ex-coworker to gain access to a restricted area. The attacker can request the employee to hold the door or use the employee’s cell phone to get access to the sensitive location and gain sensitive information. Nevertheless, once the attacker enters the restricted area, he can easily gain sensitive information such as document files and other security protocols like fingerprint or retina scanners. The unauthorized party can even exploit human security guards.

Examples of Tailgating Attacks

The most common examples of tailgating attacks are the following:

Strategies to Prevent the Tailgating Attack

The organizations may implement various strategies to effectively prevent tailgating attacks. These strategies focus on both physical security aspects and employee awareness training. Here are some common techniques to protect from tailgating attacks:

Security Awareness Training

Security awareness training is an initial and crucial step to avoiding Tailgating attacks. Every employee must be aware of the danger of a tailgating attack. Furthermore, to ensure their safety at all times, employees must receive education about potential ways to combat such cyberattacks

Physical Security Protocols 

Physical security measures are one of the most effective techniques to prevent tailgating attacks. These security protocols just allow authorized people to enter a restricted place by verifying their identity according to the provided data. These physical barriers include:

These physical barriers open the entrance for authorized people and allow a single person to enter a protected area at a time. Additionally, these physical barriers may prove useful in tailgating detection and create more difficulties for attackers to pass out from the entrance, following behind the authorized person.

Remote Video Monitoring

The implementation of security cameras at sensitive key places, especially at the entrance, may be the best practice to prevent tailgating attacks. These security cameras differentiate between authorized and unauthorized people, aiding in the identification of suspicious individuals.

Visitor Management

Implement the proper rules and regulations for visitors. Assign the visitors’ badges with specific color tags. Make sure to wear these identifiable badges for all visitors while visiting a restricted area. This ensures that it is easy to detect that any visitor who enters has ended his visiting time and is always present with an authorized person.

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