Q. How does encryption protect against traffic eavesdropping?

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Q. Which encryption type uses the same key for both encryption and decryption?

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Q. What is the key characteristic of symmetric encryption?

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Q. Which type of encryption maintains data confidentiality but lacks non-repudiation?

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Q. What is the primary difference between symmetric and asymmetric encryption?

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Q. What type of encryption is also known as "secret key cryptography"?

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Q. Why is asymmetric encryption usually computationally slower than symmetric encryption?

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Q. Which method of encryption provides integrity protection in addition to authenticity and non-repudiation?

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Q. What type of encryption provides confidentiality protection when decrypting with the rightful private key owner?

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Q. Which encryption method is used to secure Web-based data transmissions via HTTPS?

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Q. What protection does private key encryption offer in addition to authenticity and non-repudiation?

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Q. What is the primary difference in security levels achieved by using private keys versus public keys for encryption?

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Q. What is the role of RSA in most TLS implementations?

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Q. What is the primary purpose of the hashing mechanism?

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Q. How does hashing technology differ from encryption?

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Q. What is the purpose of a message digest in hashing?

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Q. How does the hashing mechanism detect tampering with data?

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Q. What security threats can the digital signature mechanism help mitigate?

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Q. How does the digital signature mechanism provide non-repudiation?

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Q. What is the primary purpose of the Public Key Infrastructure (PKI) mechanism?

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