, an attacker tries to modify the Tag (the MAC) and the ciphertext in transit (message authentication code). What would occur? Justify your failure, that is, why the recipient will always be able to recognize a modified Tag or ciphertext.
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While utilizing a MAC, an attacker tries to modify the Tag (the MAC) and the ciphertext in transit (message authentication code). What would occur? Justify your failure, that is, why the recipient will always be able to recognize a modified Tag or ciphertext.
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- While using a MAC, an attacker tries to modify the Tag (the MAC) and the ciphertext in transit (message authentication code). What is likely to occur? Justify your failure, that is, why the recipient will always be able to recognize a modified Tag or ciphertext.When a message authentication code (MAC) is employed, what happens if an attacker tries to tamper with the Tag (the MAC) and the ciphertext? Explain why such an attack could never succeed, for example because the target could notice a difference in the tag or ciphertext.What happens if an attacker attempts to alter the Tag (the MAC) and the ciphertext when a message authentication code (MAC) is being used? Describe why a successful attack like this would never be possible since the recipient might detect a changed tag or ciphertext.
- When utilising a message authentication code (MAC), what happens if an attacker tries to change the Tag (the MAC) and the ciphertext while it is in transit? Explain why an attack like this would never be successful since the receiver would be able to recognise a modified tag or ciphertext.When using a MAC, an attacker attempts to alter both the Tag (the MAC) and the ciphertext (message authentication code). I'm scared of the potential consequences. If this attack succeeds, the target will always be able to spot a tampered Tag or ciphertext.When using a MAC, an attacker attempts to change both the Tag (the MAC) and the ciphertext (message authentication code). I'm scared of the potential consequences. If the attack succeeds, the target will always be able to spot a tampered Tag or ciphertext.
- An attacker may decrypt the ciphertext (message authentication code) by altering the tag or the MAC. Do you foresee any possible issues with this strategy? The victim may be able to read a ciphertext that has been modified from the original Tag if this attack is successful.What happens if an attacker uses a MAC and tries to change both the Tag (the MAC) and the ciphertext as it is being transmitted? Explain why this attack would never succeed since the recipient would be able to recognise a modified Tag or ciphertext.If an attacker changes the Tag (MAC) and ciphertext while using a message authentication code (MAC), what happens? Explain why this attack will fail as the recipient would recognize a changed tag or ciphertext?
- What happens if an attacker attempts to modify the Tag (the MAC) and the ciphertext while the message is in transit while using a message authentication code (MAC)? Explain why this kind of attack will never succeed since the recipient would be able to recognise a changed tag or ciphertext.An attacker may decrypt the ciphertext (message authentication code) by changing the tag or the MAC. Can you identify any issues with this plan? If this attack is successful, the victim may be able to decrypt a modified ciphertext from the original Tag.What happens if an attacker changes the Tag (MAC) and ciphertext during transit while using a message authentication code (MAC)? .