Which of the Following Is Not a Risk Associated with Near Field Communication?

Near Field Communication (NFC) is a short-range wireless communication technology that enables devices to exchange data over short distances. With its growing popularity and increasing adoption in various industries, it is important to understand the potential risks associated with NFC. In this article, we will discuss the risks related to NFC and identify the one that is not typically associated with this technology.


1. Risk of Unauthorized Access:


which of the following is not a risk associated with near field communication

Risk of Unauthorized Access



NFC technology allows for convenient and easy data exchange between devices. However, this convenience can also pose a risk of unauthorized access to sensitive information. If an NFC-enabled device is not properly secured, hackers may intercept data during the communication process, leading to potential privacy breaches.



2. Data Interception and Manipulation:


which of the following is not a risk associated with near field communication

Data Interception and Manipulation



NFC relies on radio frequency signals to transmit data between devices. These signals can be intercepted, allowing attackers to manipulate the transmitted data. Unauthorized individuals may modify the content being transmitted, potentially leading to fraudulent activities or malicious actions.



3. NFC Relay Attacks:


NFC relay attacks involve intercepting the communication between two NFC-enabled devices and relaying the data to another unauthorized device. This type of attack can bypass security measures and enable attackers to gain access to sensitive information or perform unauthorized transactions.



4. Malware and Viruses:


As NFC-enabled devices interact with each other, there is a risk of malware or viruses being transferred between devices. Malicious software can exploit vulnerabilities in the NFC protocol or the operating system of the devices, compromising their security and potentially causing damage or unauthorized access to personal data.



5. Physical Proximity Requirement:


One of the key features of NFC is its short-range communication capability. However, this limited range can also be considered a security advantage. NFC requires devices to be within close proximity (usually a few centimeters) to establish a connection. This physical proximity requirement acts as a barrier for potential attackers, as they need to be in close proximity to the target device to exploit any vulnerabilities.


Identifying the Non-Associated Risk:


Among the risks mentioned above, the non-associated risk with Near Field Communication is the Physical Proximity Requirement. While this feature acts as a security advantage, it is not considered a risk in the traditional sense. The physical proximity requirement helps prevent remote attacks and makes NFC a relatively secure technology for short-range communication.




Near Field Communication offers numerous benefits, but it also comes with its fair share of risks. Understanding these risks is crucial for both individuals and organizations utilizing NFC technology. By implementing appropriate security measures such as encryption, device authentication, and secure coding practices, the risks associated with NFC can be mitigated. However, it is important to note that the physical proximity requirement of NFC acts as a security advantage rather than a risk, making NFC a viable option for secure short-range communication.