HACK USIING IP ADDRESS

HACK USING IP

Well u can hack any system as it is conected to what we call INTERNET . To connect internet a system allocates a port for communication and Data Transfer. SO here it goes all we goto do is get into that port thats hacking.

Steps: -
1.Download software PORT SCANNER
2.Copy the ip address of the victim whose port is open.
3.Download NETLAB which gives u all information includes victim ip address,Area from where he is accessing internet....
4.Paste the ip of victim u found initially into NETLAB .Thats it u access his system.
posted by ankit shrivastava at 10:07 pm 1 comments
labels: ip address, tricks
Request a new IP address from your ISP server
Here's how to do it in windows:
1. Click Start
2. Click run
3. In the run box type cmd.exe and click OK
4. When the command prompt opens type the following. ENTER after each new line.

ipconfig /flushdns
ipconfig /release
ipconfig /renew
exit
5. Erase your cookies in whatever browser you are using.

Frequently you will be assigned a new IP address when this happens. Sometime you will, sometimes you will not. If you are on a fixed IP address, this method will not work. If this works for you, you may want to save the above commands into a batch file, and just run it when you need it.
posted by ankit shrivastava at 10:06 pm 0 comments
labels: ip address, tricks
What is an IP address?
An IP address or Internet Protocol is a 32-bit number address, which is assigned to each computer (technically called a host) connected to the Internet. It is the address to which different types of data are sent to your computer. It consists of 4 octets. Each octet equals 8 bits and has a range from 0 to 255. (Every IP address on the Internet is sectioned off into classes from class A to class E, depending on a different range of numbers). Well I always believed that sometimes pictures speak louder than words so here is an example of a typical IP address:


189.134.221.61

| | | |

| | | |---------> (4th octet. 8-bits. Ranges from 0 to 255)

| | |-------------> (3rd octet. 8-bits. Ranges from 0 to 255)

| |-----------------> (2nd octet. 8-bits. Ranges from 0 to 255)

|---------------------> (1st octet. 8-bits. Ranges from 0 to 255)