Explanation:
Drag the authentication type on the correct positions on the right according to strength from weakest to strongest.

The correct order of the HTTP authentication types according to their relative strength is as follows:
* Digest: This is the weakest type of HTTP authentication, as it only provides a weak protection against
* replay attacks and does not encrypt the data or the credentials. Digest authentication uses a challenge-response mechanism, where the server sends a nonce (a random number) to the client, and the client responds with a hash of the username, password, nonce, and other parameters. The server then verifies the hash and grants access if it matches.
* Integrated Windows Authentication: This is a weak type of HTTP authentication, as it only works with Windows-based clients and servers, and does not support encryption or mutual authentication.
Integrated Windows Authentication uses the Kerberos or NTLM protocols to authenticate the users based on their Windows domain credentials. The client sends the credentials to the server, and the server validates them using the domain controller.
* Basic: This is a strong type of HTTP authentication, as it is simple and widely supported by most browsers and servers. However, it also has some drawbacks, such as sending the credentials in plain text, which can be intercepted or sniffed by attackers. Basic authentication uses a simple mechanism, where the client sends the username and password encoded in Base64 to the server, and the server verifies them against a user database or a file.
* Client Certificate: This is the strongest type of HTTP authentication, as it provides encryption, mutual authentication, and non-repudiation. Client certificate authentication uses the TLS protocol to establish a secure connection between the client and the server, and to exchange digital certificates that prove the identity and trustworthiness of both parties. The client sends its certificate to the server, and the server validates it using a certificate authority. The server may also send its certificate to the client, and the client may validate it as well. References: CISSP All-in-One Exam Guide, Eighth Edition, Chapter 4:
Communication and Network Security, page 174.