HTTPS (Hypertext Transfer Protocol Secure) is an online communication protocol that protects the integrity and confidentiality of knowledge between the user’s computer and therefore the site. Users expect a secure and personal online experience when employing a website. Trivia Softwares, encourage you to adopt HTTPS so as to guard your users’ connections to your website, no matter the content on the location.
Data sent using HTTPS is secured via Transport Layer Security protocol (TLS), which provides three key layers of protection:
1) Encryption—encrypting the exchanged data to stay it secure from eavesdroppers. meaning that while the user is browsing an internet site, nobody can “listen” to their conversations, track their activities across multiple pages, or steal their information.
2) Data integrity—data can’t be modified or corrupted during transfer, intentionally or otherwise, without being detected.
3) Authentication—proves that your users communicate with the intended website. It protects against man-in-the-middle attacks and builds user trust, which translates into other business benefits
Best practices when implementing HTTPS
Use robust security certificates
You must obtain a security certificate as a neighbourhood of enabling HTTPS for your site. The certificate is issued by a certificate authority (CA), which takes steps to verify that your web address actually belongs to your organization, thus protecting your customers from man-in-the-middle attacks. When fixing your certificate, ensure a high level of security. When choosing your site certificate, consider the following:
Get your certificate from a reliable CA that gives a technical support.
Decide the type of certificate you need:
Single certificate for single secure origin (e.g. www.example.com).
Multi-domain certificate for multiple well-known secure origins (e.g. www.example.com, cdn.example.com, example.co.in).
Wildcard certificate for a secure origin with many dynamic subdomains (e.g. a.example.com, b.example.com
Verify that your HTTPS pages are often crawled and indexed by Google
Do not block your HTTPS pages by robots.txt files.
Do not include meta noindex tags in your HTTPS pages.
Use the URL Inspection tool to check whether Googlebot can access your pages
HTTPS uses Secure Socket Layer to encrypt data that’s transferred between client and server. SSL uses the RSA algorithm asymmetric encryption technology. The precise details of how the algorithm works are complex, but basically it leverages the very fact that whilst multiplying two large prime numbers together is straightforward, factoring the result back to the constituent primes is extremely, very hard. How all SSL/RSA encryption works is:
The server generates two large prime numbers and multiplies them together. this is often called the “public key”. This key’s made available to any client who wishes to transmit data securely to the server. The client uses this “public key” to encrypt data it wishes to send. Now because this is often an asymmetric algorithm, the general public key can’t be used to decrypt the transmitted data, only encrypt it. so as to decrypt, you would like the first prime numbers and only the server that has these (the “private key”). On receiving the encrypted data, the server uses its private key to decrypt the transmission.
In the case of you browsing the online, your browser gives the server its public key. The server uses this key to encrypt data to be sent to your browser, which then uses its private key to decrypt.
So yes all data transmitted to/from the server over HTTPs is encrypted – and encrypted well. To interrupt this you would like a very vast amount of computing resources.