My IP
What is the working pattern of the IP address or the primary function? Experts and groups of IT workers are necessary to use these industry technical systems. But of course, many people still do not know where these technical systems or information originated and what functions they are used for. Today I will summarize and take you to find the answer. The IP address function originated in the development of computer networks, particularly the Internet, which was developed by the DARPA and the DOD in the 1960s–1970s. And that's why the network system was developed for communication between many leading universities and military research centers in the United States. Or simply put - IP Address acts like a "phone number" on the Internet. It is used to identify the location of devices. So packets are sent to the right destination. In identifying the network Of addresses in each area of the world. Dynamic IP Address does not belong to anyone forever. Sometimes, it may change when restarting the router! This is also an interesting point. It is like an invisible system but can clearly identify the location of the devices. And will be developed to be more accurate. The main function of the system is to identify the network location (Network Identification) - like a "digital address" for devices Data transmission path (Routing) - used in the packet-switching process to determine an efficient path Separate Public IP and Private IP - Public IP is used to communicate with the Internet. Private IP is used within the corporate network In short, IP Address is the infrastructure of the Internet that allows communication between devices. It was developed from the ARPANET network system and evolved from IPv4 to IPv6 to support the expansion of devices of the digital age.
IPv4: 216.73.216.247
IPv4 Internet Protocol or technical terms, earlier versions of TCP/IP were combined specifications through TCP/IPv3. With IPv4, the Internet Protocol became a separate specification. IPv4 is specified in the IETF RFC 791, it replaces the RFC 760. The US DOD decided on the Internet Protocol Suite for military computer networking. Simply called IPv4, it is like a house number of each device on the network.It is in the form of 4 numbers (0-255), such as 192.168.1.1. It supports approximately 4.3 billion addresses, which is surprising because there is currently a shortage of Internet connection devices that have increased enormously.It has now begun to develop and switch to IPv6, which supports more devices. In short, IPv4 is the foundation of the Internet in the first version. But the address storage space is running out, so it has to be developed into the IPv6 version to support and make network usage more efficient.
Location
When you think of Internet Geolocation, what comes to mind? Many people are unaware of the information we need or what we can use from it. Of course, if you are not in the digital industry, sometimes it makes you want to look at the simple conclusions and learn what it is along with the article. Internet geolocation is the art and science of determining where in the world a device is based on how it connects to the web. No GPS? No problem. The internet still has its ways—quiet, clever, and often unnoticed. You leave a digital footprint through IP addresses, Wi-Fi networks in the range, Cell tower data, Browser metadata and cookies, And, of course, GPS if you grant permission.
City: Columbus
State: OH
Country: US
Longitude: -83.0061
Latitude: 39.9625
Accuracy: 12.4274238Mi
Zip: 43215
ISP
To most, it’s just the company you pay monthly to stay online. But the ISP plays a far more powerful role beneath the invoices and blinking routers. It is the gatekeeper of your digital freedom, the silent observer of your daily thoughts, searches, and wanderings across the web. ISP = Internet Service Provider It is a company or organization that provides internet connection services to general users. There are many providers such as AIS, TRUE, 3BB. In the US Comcast, AT&T, VerizonGlobal Orange, Vodafone, BT Group
ISP: Windstream Communications
Hostname:
Think of the Internet as a big city where millions pass by. Every house, every shop, every place must have a "name" so that someone can find them. And that name is the "hostname" It's not just a nickname for a computer or mobile phone, but it's a "signboard" on a network so that systems can send information to the right place. Sometimes, the name is simple, like laptop01, like an inside nickname. Sometimes, the name has a surname or a title, like writer.laola.com. A name that specifies everything like this is called a Fully Qualified Domain Name (FQDN) — a full declaration of identity online.
Network:
216.73.216.0/24
In technical terms, sub netting is dividing an extensive IP network into smaller networks to make it easier, faster, and more secure to manage — we call this sub netting.
Open Ports
It is a “messaging point” through which computers communicate with each other. A port is like a virtual door in a server. It is open to certain things. For example, port 80 is open to the web (HTTP), and port 443 is open to the encrypted web (HTTPS).
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SSH: 22/tcp
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HTTP: 80/tcpOnce, in 1989, at CERN—a research center full of scientists who wanted to change the world—Tim Berners-Lee invented something that would change our lives forever: HTTP, or Hypertext Transfer Protocol. Amidst all the scientific experiments, he envisioned a seamless connection allowing information to flow in all directions, allowing people worldwide to access and share knowledge without boundaries. At first, HTTP was just a simple path that allowed us to pull information from one server to another via a simple GET command. But it didn’t stop there. From HTTP/0.9, it grew to HTTP/1.0 and finally, HTTP/1.1, full of new features that made surfing the web smoother, like a path designed to be faster and more convenient to cross. As time went by, the world demanded faster data flow. That’s why HTTP/2 came along in 2015, allowing websites to load faster by using a single connection to send multiple messages simultaneously without wasting time creating new connections. But there’s no end to the possibilities in the digital world. This led to the birth of HTTP/3, which not only improved speed but also changed how data is transmitted using QUIC; instead of TCP, which was the standard, it chose UDP, which can transmit data very quickly and has a massive reduction in latency.
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HTTPS: 443/tcp