Almost 95% of all web pages that load in Chrome now use the HTTPS protocol. You may have noticed that browsers are marking websites “not secure” for using default HTTP port, i.e., port 80.
If you want to avoid the “not secure” warning for your website and keep your website safe and running smoothly, along with the best Linux hosting, there are 3 things you need to know:
& if you don’t know this, keep on reading.
This article will take you through what is HTTP port number, what is HTTPS port number, port 80, port 443, how the HTTPS protocol port number works, and why they are so important for keeping your website secure.
A port number is a numerical identifier that helps your device communicate with the right service on a server. When you visit a website, your browser uses a specific port to send and receive data. For example, the HTTP protocol port number 80 is used for regular, unsecured communication.
On the other hand, secure websites rely on the HTTPS protocol port 443. This HTTPS port number is also called the SSL port because it works with SSL or TLS encryption. Each time when you try to visit an HTTPS website, your browser depends on the HTTPS TCP port number to start a secure communication.
In situations where port 443 is not accessible, ports like 8443 can still support secure communication. Learning about these ports gives you a clearer picture of how browsers route website traffic and keep your data protected.
HTTP stands for Hypertext transfer protocol, all the data transfer on the internet is possible because of it, as it is a standard entry point used by web browsers and web servers to communicate. In simple words you can say that it is a set of rules that lets your browser ask a server for webpages, pictures, scripts and other content.
For HTTP, this port is almost always port 80 used for unencrypted web traffic.
Port 80 is the default port for Hypertext Transfer Protocol (HTTP), and it has been the standard since the internet first started. Your browser will automatically use HTTP port number 80 to load the page if you type in a website address without a port number.
Given that HTTP doesn’t encrypt data, any information transferred through the port 80 is unsafe as it is sent in plain text. For this reason, present day websites choose HTTPS protocol, to secure another port and keep your connection secure.
Knowing everything about HTTP protocol can help you understand why many websites are moving away from using only port 80 and instead using encrypted communication.
HTTP works by sending a request from your browser to a web server using port 80. The server handles the request and sends back a response with the resource or webpage. HTTP is a stateless protocol, which means that each request is separate. This makes communication faster but less secure than HTTPS.
HTTPS basically refers to Hypertext Transfer Protocol Secure.
HTTPS is a safer version of HTTP, which is the protocol that sends data between your browser and the website you are connected to. The “S” in HTTPS stands for “Secure.” This means that all communication between your browser and the website is encrypted so that no one can listen in, change, or steal your data.
Port 443 is where HTTPS mostly works. HTTP, on the other hand, works on port 80. These ports let web traffic in:
Port 80 (HTTP) takes care of web traffic that isn’t encrypted.
Port 443 (HTTPS) is for safe, encrypted web traffic.
To keep your website safe and set up your server correctly, you need to know these port numbers.
HTTPS makes use of SSL and TLS to encrypt or secure the data. When you visit an HTTPS website, the server sends your browser a digital certificate that proves the website’s identity. This makes sure:
This encryption is very important when dealing with personal information, passwords, credit card numbers, or other sensitive data.
Every HTTP request is seen as a separate and new transaction. Without cookies or other ways to keep track of state, the server doesn’t remember information from previous requests.
After a browser sends a request and receives a response, the connection between the client and server is usually closed. This is a key feature of the application layer, even though it works over a transport layer that is based on connections, like TCP.
Using headers, web clients and servers can agree on new information and commands, which lets you add new features.
The most important thing is safety! The HTTPS port number gives you that. HTTPS gives you a safe and private connection. It can stop these kinds of attacks in addition to providing authentication, privacy, and security.
Visitors can trust an encrypted DNS port because they know that their private information, like passwords, browsing histories, account details, and more, will not be compromised.
Getting higher ranks on Google and other search engines is easier with secured websites! What else do you need? Register your domain and install an SSL certificate. That’s the phrase you should use to get more people to visit your website.
This is a simple and clear comparison of the HTTP and HTTPS protocols, that makes them different, and why it matters.
| Category | HTTP | HTTPS |
| Full Form | Hypertext Transfer Protocol | Hypertext Transfer Protocol Secure |
| Security | No SSL/TLS. Data is sent as plain text. | Uses SSL/TLS. Your data stays secure. |
| Port Number | Uses port 80 | Uses port 443 |
| Working Layer | Application layer | Transport layer (with an extra layer of protection) |
| SSL Certificate | Not required. Data is not protected. | Required. Data is protected. |
| SEO Impact | Doesn’t improve SEO ranking. | Preferred by Google. It helps to boost your SEO ranking. |
| Safe for Online Transactions | Not safe for online payments or sensitive information. | Necessary for online transactions and user trust. |
When you use HTTPS to visit a website, SSL/TLS protocols encrypt the data that your browser and the web server send back and forth.
Handshake: First, your web browser and the server agree on a safe connection. They exchange encryption keys so that both sides can encrypt and decrypt the data.
Encryption: After the connection is made, all of your data, such as your login info, personal info, or payment info, is scrambled so that anyone who sees it sees random characters instead of your real data.
Decryption: With the help of encryption keys, both your browser and the server decode the protected data and restore it to a readable form, ensuring it reaches you safely.
HTTPS strongly influences the security of your websites. Port 80 doesn’t encrypt your data and sends it in plain text, but SSL/TLS does.
This protocol also helps build trust with your audience. When a website is loaded over the HTTP port or still uses the old HTTP protocol port number, the most recent web browsers will immediately warn users. These notifications make them aware of the unsecure website, especially when they have to enter personal information, passwords, or payment information. Changing to HTTPS and using the right HTTPS TCP port number can help make sure that everyone who visits your website thinks it is safe and trustworthy.
Besides security, HTTPS has now become a necessity for higher performance and online visibility. Search engines, such as Google, prefer secure websites, and many online services only work when the website uses the https port number correctly.
Did you think there were only two HTTPS ports? You’re wrong! There are more registries on the IANA list. Below are some of them and what they do:
It becomes easier to keep your website secure once you understand what is HTTPS port number, what is HTTP port number, how they work and compare to each other. If you want to enjoy a seamless and secure hosting experience, host.co.in provides SSL- enabled hosting plans, faster performance, and 24/7 priority support. So, what are you waiting for? Give your website a strong and secure foundation today.
Pooja Patil
