Which Two Statements Characterize Wireless Network Security Choose Two

Wireless network security is a crucial component of any wireless network setup. Two key statements that characterize this type of security are: first, it is important to encrypt the data being transmitted over the wireless connection; and second, access to the network should be controlled with strong passwords and authentication methods. Encryption will help protect data from unauthorized interception while authentication will ensure only authorized devices can access the network.

Furthermore, utilizing firewalls and other security protocols can further enhance overall security by blocking malicious traffic or attacks. These two aspects are essential for protecting against unwanted threats and ensuring secure communication across a wireless connection.

Wireless network security is an important consideration for anyone setting up a Wi-Fi connection. Two statements that characterize wireless network security are: 1) Security measures should be taken to ensure data transmitted over the wireless network is safe from unauthorized access, and

2) A strong password should be used to protect against malicious actors trying to gain access to the device or network. Taking these steps can go a long way towards protecting your data and keeping hackers out of your system.

CITS3004 – 10.2. Security Requirements

Which Two Statements Characterize Wireless Network Security Choose To?

Wireless network security is an important consideration for any organization that uses a wireless connection. Two key characteristics of secure wireless networks are encryption and authentication. Encryption ensures that data sent over the network is scrambled so it cannot be read by anyone without the proper credentials, while authentication requires users to prove their identity before accessing the network.

Additionally, organizations should consider using additional layers of security such as firewalls and access control lists (ACLs) to protect their systems from malicious attacks. By implementing these measures, businesses can ensure their valuable information remains safe and secure on their wireless networks.

Which Two Statements Categorise Wireless Network Security?

Wireless network security can be classified into two main categories: authentication and encryption. Authentication is the process of ensuring that only authorized users have access to a wireless network, while encryption is the process of encoding data so it cannot be deciphered by anyone other than the intended recipient. Both of these methods are essential for protecting wireless networks from unauthorized intrusion and malicious attacks, as well as keeping confidential information secure.

What are Two 2 Types of Security Threats to a Wireless Network?

Two of the main security threats to wireless networks are denial-of-service (DoS) attacks and man-in-the middle attacks. DoS attacks involve flooding a network with large amounts of traffic, overloading it and making it unavailable to legitimate users. Man-in-the middle attacks allow an attacker to intercept data in transit between two other parties by positioning themselves between them on the same network.

These attackers can then modify or steal confidential information such as usernames, passwords, financial details, and other sensitive information. Both types of attack can be devastating for organizations that rely heavily on their wireless networks such as businesses or educational institutions. As such, it is important to take steps to protect against these threats including implementing strong encryption protocols and regularly updating routers with the latest security patches.

What are the Two Characteristics of 802.11 Wireless Network?

802.11 is a type of wireless network that allows for high-speed data transfer and communication between two or more devices without the need for physical cables. Two key characteristics of 802.11 network are its speed and security protocols. The 802.11 standard supports multiple speeds, including up to 54 Mbps (megabits per second) using the IEEE 802.11g protocol, up to 300 Mbps with IEEE 802.11n, and up to 1 Gbps (Gigabit per second) with IEEE 802.11ac protocol – making it ideal for streaming video or large file transfers over wireless networks in homes or businesses alike.

What Happens When a Device Sends an Acknowledgment Message to a Wireless Ap?

When a device sends an acknowledgment message to a wireless access point (AP), it is essentially confirming that the data sent by the AP was received properly. This type of communication helps ensure reliable transmission between devices, as any errors in the data will be detected and addressed before further transmissions occur. Additionally, this process allows the AP to track performance and optimize throughput over time.


Overall, wireless network security is an important factor to consider when setting up a network. Taking the appropriate steps to protect your data and networks can go a long way in ensuring that they remain secure. In conclusion, two statements that characterize wireless network security are: encrypting communications over the airwaves and using strong passwords or multi-factor authentication for access.

By implementing these measures, you can ensure that your networks remain safe from outside intruders.