![]() Today, we’ll focus on confidentiality which promises to keep your data secret from snoopers by encrypting your request. ![]() What is a TLS Handshake?Īt the beginning of any request, your browser performs a TLS handshake: a protocol that ensures confidentiality, authentication, and integrity between your computer and the server it talks to. And at the very least, you likely know that whenever you see in the address bar, the S in HTTPS stands for secure: ensuring that communication between your browser and the server is secure.īut how does HTTPS secure communication between you and the server? Your browser will perform a TLS handshake before sending any sensitive data. HTTP stands for Hypertext Transfer Protocol. If you’re already familiar with the basics of HTTPS and TLS, feel free to skip to the next section. To do this, we’ll learn how to snoop on our own HTTPS requests via Wireshark and witness as your computer establishes a secure connection.Īlthough the nitty gritty details of HTTPS are outside the scope of this post, we’ll review the basics before embarking on this exercise to provide a bit of context. Instead, you’ll gain a real life example to reference if you ever want to study the nitty gritty details. ![]() This post will teach you how to see HTTPS in-action, but not every detail of how HTTPS works. Decrypting HTTPS: How to Snoop on Your Own Requests
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |