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In HTTPS, the communication protocol is encrypted using Transport Layer Security (TLS) or, formerly, Secure Sockets Layer (SSL). HTTPS is widely used to protect privacy and integrity of data in transit and to authenticate website identities.
So, this mode is suitable when encrypted transmission is required. Figure 4 HTTPS redirection In Figure 4, the parameter settings in the red box are fixed. Set other parameters based on site requirements.
HTTPS is a network protocol constructed based on TLS and HTTP and can be used for encrypted transmission and identity authentication.
This vulnerability can disclose ciphertext in SSL/TLS encrypted traffic in some cases, such as passwords, credit card data, or other privacy data, to hackers. Solution To solve this problem, you can set the minimum TLS version to TLS v1.2 and cipher suite to cipher suite 2.
Using WAF to Improve Connection Security Application Scenarios HTTPS is a network protocol constructed based on Transport Layer Security (TLS) and HTTP for encrypted transmission and identity authentication. When you add a domain name to WAF, set Client Protocol to HTTPS.
Protecting origin servers Configuring the Minimum TLS Version and Cipher Suite to Better Secure Connections HTTPS is a network protocol constructed based on Transport Layer Security (TLS) and HTTP for encrypted transmission and identity authentication.
Cookies are data (usually encrypted) stored on the local terminal of a user by a website to identify the user and trace sessions. Cookies are sent by a web server to a browser to record personal information of the user.
Protection for data in transit Data is encrypted when it is transmitted between microservices to prevent leakage or tampering during transmission. WAF keeps your configuration data secure as the configuration data is transmitted over HTTPS.