http vs https | How SSL (TLS) encryption works in networking ? (2023)
IT k Funde・1 minute read
HTTP is a vulnerable protocol due to plain text data transfer, while HTTPS offers secure encrypted communication using SSL or TLS protocols, displaying a green padlock on browsers. HTTPS uses SSL certificates signed by authorities, with asymmetric encryption for public and private keys, and symmetric encryption for a single key, which is simpler but less secure.
Insights
- HTTP is a basic protocol for web communication that is vulnerable to hacking due to transmitting data in plain text, especially on public Wi-Fi.
- HTTPS, a more secure version of HTTP, encrypts data using SSL or TLS protocols, displaying a green padlock on browsers, ensuring secure communication by using asymmetric encryption with public and private keys, along with SSL certificates from certificate authorities.
Get key ideas from YouTube videos. It’s free
Recent questions
What is HTTP?
Protocol for client-server communication.
How does HTTPS differ from HTTP?
HTTPS encrypts data for secure communication.
What does the green padlock in browsers indicate?
Secure communication with HTTPS.
How does HTTPS ensure secure communication?
Uses SSL certificates and encryption.
Why is HTTPS considered more secure than HTTP?
Encrypts data to prevent hacking.
Related videos
Summary
00:00
Secure Communication: HTTP vs HTTPS Explained
- HTTP is a layer 7 protocol allowing communication between a client browser and a web server.
- HTTP sends and receives data in plain text, making it vulnerable to hacking, especially on public Wi-Fi.
- HTTPS, a more secure version, encrypts data using SSL or TLS protocols.
- HTTPS displays a green padlock on browsers, indicating secure communication.
- HTTPS encrypts and decrypts data, preventing unauthorized access to sensitive information.
- HTTPS uses SSL certificates signed by certificate authorities for secure communication.
- Asymmetric encryption in HTTPS involves a public key for encryption and a private key for decryption.
- Symmetric encryption in HTTPS uses a single key for both encryption and decryption, making it simpler but less secure.
