Why is combining biometrics and encryption a good security practice?

It increases overall security by protecting identity and data

What is a key advantage of using biometrics for security?

It provides fast and secure authentication

What is one major concern with biometric security?

Biometric data, if leaked, cannot be changed

What is the main purpose of biometrics in cybersecurity?

Identifying individuals using unique biological traits

What is symmetric encryption used for?

Encrypting and decrypting data with the same key

Which of these is an example of symmetric encryption?

AES (Advanced Encryption Standard)

Which of the following is TRUE about biometrics and encryption?

Biometrics is for authentication, while encryption is for data protection

How does symmetric encryption work?

The same key is used for both encryption and decryption

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Questions 10

Answers

1
Which of the following is NOT a type of biometric authentication?
Fingerprint scanning
Facial recognition
Password protection
Iris scan
2
Why is combining biometrics and encryption a good security practice?
It increases overall security by protecting identity and data
It eliminates the need for security updates
It makes logging in easier
It replaces the need for passwords completely
3
What is a key advantage of using biometrics for security?
Biometrics are easy to replicate
It requires memorizing complex passwords
It works the same for everyone
It provides fast and secure authentication
4
What is the biggest risk of symmetric encryption?
Slow performance
The secret key being stolen
Limited storage capacity
Losing the encryption software
5
What is one major concern with biometric security?
Biometric data, if leaked, cannot be changed
It is too expensive
It is not used in real-world applications
It requires a strong internet connection
6
What is the main purpose of biometrics in cybersecurity?
Encrypting data
Creating strong passwords
Storing personal information
Identifying individuals using unique biological traits
7
What is symmetric encryption used for?
Identifying users with facial recognition
Storing passwords securely
Encrypting data without a key
Encrypting and decrypting data with the same key
8
Which of these is an example of symmetric encryption?
Facial recognition
RSA
AES (Advanced Encryption Standard)
Fingerprint scanning
9
Which of the following is TRUE about biometrics and encryption?
Biometrics is for authentication, while encryption is for data protection
Biometric data cannot be stolen
Both are used for secure authentication
Symmetric encryption is slower than biometrics
10
How does symmetric encryption work?
It stores passwords instead of encrypting data
The same key is used for both encryption and decryption
A public key is used to encrypt, and a private key is used to decrypt
It does not require a key at all

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