Why is communicating over HTTPS more secure than HTTP? 1 / 1 pointBoth client- and server-side are encrypted but decryption is not performed. There is only server-side encryption and client-side encryptionEncryption and decryption are performed both on the client- and server-side. There is client-side encryption and server-side decryption

Communicating over HTTPS is more secure than HTTP because encryption and decryption are performed both on the client- and server-side. This means that the data sent between the client (for example, your computer or phone) and the server (the website you're accessing) is encrypted, making it difficult for anyone who intercepts the data to understand it.

When you send a request to a server using HTTP, the information is sent as plain text. This means that if someone intercepts the data, they can easily read and understand it.

However, with HTTPS, the data is encrypted before it's sent and then decrypted once it's received. This means that even if someone intercepts the data, they won't be able to understand it without the decryption key.

In addition, HTTPS uses SSL/TLS protocols which not only encrypt the data but also authenticate the server. This means that you can be sure that you're communicating with the correct server and not a malicious one.

So, to summarize, HTTPS is more secure than HTTP because it encrypts the data, making it difficult for anyone who intercepts it to understand, and it authenticates the server, ensuring you're communicating with the correct one.