The internet is a worldwide network of unrelated computers yet able to communicate successfully by following a specific set of rules. These rules are commonly known as protocols. A fundamental yet essential tenet of the internet is the Internet Protocol (IP) address. An IP address is a unique set of numerical values assigned to a specific computer as it logs on to the internet. The IP address is a form of the computer identification system. The IP addresses are used to trace activity back to a specific computer. The tracking back is done with the help of the ISP (Internet Service Provider) records. Similarly, almost all websites will always record and track IP addresses when visitors are logged on to the site. Website developers use this data mainly for site improvement and security reasons.
The IP address is an "address" because it serves the same purpose as business or home addresses. It enables each computer connected to the internet to be located. A website's domain name, such as www.guru-solutions.net, also maps to a numerical IP address.
It is common practice for people to obtain their IP address information from their ISP. However, the ISP may provide either a dynamic or a static address. A client's ISP does the assignment of IP addresses. An ISP usually has a designated large block of numerical addresses within a specific range of numbers. The ISP server then automatically assigns the available IP addresses to computers logging on to the internet within that range as appropriate. If you log off, the dynamic IP address that was automatically assigned to the computer is disabled. Consequently, it becomes available for reassignment to another computer that logs on to the internet within the range.
A static IP address is a permanent address, while a dynamic IP address changes every time with a new internet session. They facilitate smooth communication among computers by receiving and sending information using the IP addressing; Which ensures all computers in the network correctly identify each other.
A static IP address is a permanent address assigned to a single computer and remains associated with the computer for a long time. Typically, when your device is assigned a static IP, it stays the same until your computer’s network architecture changes or your computer is decommissioned. Thus, a static IP address is different from a dynamic IP address typically assigned ad hoc at the beginning of each internet session and continuously changing from one session to another.
Depending on the situation, computer users may prefer one over the other. For instance, online gamers who play remote games with other gamers would naturally prefer static IP addresses. This is because when they log back on, the hosting server recognizes them, making it easy to update and keep track of scores, game standings, and personalized game settings. The function sounds more like a computer cookie's work, except that a computer cookie is less reliable since it can quickly be deleted, unlike a static IP address.
A Website’s Uniform Resource Locator (URL) is an example of a static IP address. Imagine if sites had no static IP addresses, users would need to keep following the website across the internet as it keeps changing its dynamic IP address. It means that every time you want to access a certain website, you will have to look for its current dynamic IP address to find it, and it won't be the same tomorrow. Without this static IP address, bookmarks and domain names are rendered useless.
Internet Service Providers will assign a dynamic IP address automatically to clients. On the other hand, a static IP address is usually assigned only on request by clients. Typically, static IP addressing is more expensive. It is also thought to be less private, according to some.
A public IP address is an IP address that allows any two computers to locate and identify each other. When the user keys in a website's URL in the browser, the domain is immediately converted to an IP address. In this case, it switches to the IP address of the server where the website is hosted. When the request is complete, the server, where the site is hosted, will know where to send back the requested web page. It uses the computer's Public IP address to do this. to know your public IP address, you can google "what is my IP address," and google will give your public IP as shown below
When more than two devices or computers are connected wirelessly or using cables, they make up a private network. In this private network, each computer is assigned a unique IP address to facilitate communication (sending and receiving files) between the machines. It is essential to know that all IP addresses in a private network are unique. However, different computers in different private networks can have the same IP address. The similarity, however, does not affect anything since computers in various private networks cannot communicate directly. For the connected computers in a private network, a network router passes information among the connected. The router uses private IP addresses as identifiers.
Some IP addresses within the publicly available range of IP addresses are reserved or excluded for private networks. For IPv4, the private ranges are between
For IPv6, the equivalent of IPv4 private IP addresses is site-local addresses. These site-local addresses start with FE, followed by F, E, D, or C. There is another type known as the link-local. This type does not have an equivalent comparison in the IPv4. It is usually used only for special purposes on physical networks. They also started with FE and succeeded by 8, 9, A, or B.
So many programs exist online that allow internet users to know their current computer’s IP Addresses. Sometimes these programs allow users to access the IP address of other users as well. By using the dialogs in the network router’s configurations, you can also access information on private IP addresses.
If a user connects to the internet, he/she can google "what is my IP address," and Google will return the public IP address.
Alternatively, you can find your IP address using the windows command prompt if you have a Wi-Fi connection via a router. Open the command prompt by pressing Windows Key + R, type in CMD in the search box, and press Enter. The Command Prompt will launch. Type in “ipconfig” and press Enter. It would help if you got something close to the image below.
To obtain your Public IP address, look for “Default Gateway." Your IP address is the default gateway, and in this case, mine is 192.168.43.1
You can as well use online tools such as www.whatismyipaddress.com to know your current IP address. This tool will give you your IPv4 version by default and also an IPv6 when detected.
There are different types of IP addresses. A static IP address is a permanent IP address that usually identifies websites; ISPs issue dynamic IP addresses. They lie in a range of stipulated numbers available to the ISP. They are dynamic in that they keep changing every time one activates a new session. A public IP address allows for any two computers to locate and communicate with each other. A private IP address is found in a private network of computers. These computers are assigned private IP addresses to enable sharing files and resources among them in the private network. A private IP address of one computer in a private network could match the private IP address of a different computer in another separate private network. The resemblance, however, does not cause any problems since computers in different private networks cannot communicate directly with each other via the network.
Websites basically track their users by their computers' IP addresses. They do the monitoring to determine the pages of interest. When Cookies and registrations are implemented, identities are easily linked to the IP addresses. A cookie can tell who the site visitor is, even if the visitor has a new dynamic IP address.
TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THE GEEK COMPUTER ENTITIES SHALL NOT BE LIABLE FOR ANY INDIRECT, INCIDENTAL, SPECIAL, CONSEQUENTIAL OR PUNITIVE DAMAGES, OR ANY LOSS OF PROFITS OR REVENUES, WHETHER INCURRED DIRECTLY OR INDIRECTLY, OR ANY LOSS OF DATA, USE, GOODWILL, OR OTHER INTANGIBLE LOSSES, RESULTING FROM (i) YOUR ACCESS TO OR USE OF OR INABILTY TO ACCESS OR USE THE SITE; (ii) ANY CONDUCT OR CONTENT OF ANY THIRD PARTY ON THE SITE, INCLUDING WITHOUT LIMITATION, ANY DEFAMATORY, OFFENSIVE OR ILLEGAL CONDUCT OF OTHER USERS OR THIRD PARTIES; (iii) ANY CONTENT OBTAINED FROM THE SITE; OR (iv) UNAUTHORIZED ACCESS, USE OR ALTERATION OF YOUR TRANSMISSIONS OR CONTENT. IN NO EVENT SHALL THE AGGRESGATE LIABILITY OF THE GEEK COMPUTER ENTITIES EXCEED THE GREATER OF ONE HUNDRED U.S. DOLLARS (U.S. $100.00) OR THE AMOUNT YOU PAID GEEK COMPUTER, IF ANY, IN THE PAST SIX MONTHS FOR THE SITE GIVING RISE TO THE CLAIM. THE LIMITATIONS OF THE SUBSECTION SHALL APPLY TO ANY THEORY OF LIABILITY, WETHER BASED ON WARRANTY, CONTRACT, STATUTE, TORT (INCLUDING NEGLIGENCE) OR OTHERWISE, AND WHETHER OR NOT THE GEEK COMPUTER ENTITIES HAVE BEEN INFORMED OF THE POSSIBILITY OF ANY SUCH DAMAGE, AND EVEN IF A REMEDY SET FORTH HEREIN IS FOUND TO HAVE FAILED OF ITS ESSENTIAL PURPOSE.