First, communicate somehow with the computer. For example, if you know the IP address, do a PING command.
Then check the ARP cache. If you use Windows, type arp -a. This will show the translations between recently used IP addresses and their corresponding MAC addresses.
Or just go to each computer and give the ipconfig /allcommand.
First, communicate somehow with the computer. For example, if you know the IP address, do a PING command.
Then check the ARP cache. If you use Windows, type arp -a. This will show the translations between recently used IP addresses and their corresponding MAC addresses.
Or just go to each computer and give the ipconfig /allcommand.
First, communicate somehow with the computer. For example, if you know the IP address, do a PING command.
Then check the ARP cache. If you use Windows, type arp -a. This will show the translations between recently used IP addresses and their corresponding MAC addresses.
Or just go to each computer and give the ipconfig /allcommand.
First, communicate somehow with the computer. For example, if you know the IP address, do a PING command.
Then check the ARP cache. If you use Windows, type arp -a. This will show the translations between recently used IP addresses and their corresponding MAC addresses.
Or just go to each computer and give the ipconfig /allcommand.
Any network card has its own MAC address, so it doesn't require an extraordinary effort to have your own MAC address. The MAC address is the serial number of the network card.Any network card has its own MAC address, so it doesn't require an extraordinary effort to have your own MAC address. The MAC address is the serial number of the network card.Any network card has its own MAC address, so it doesn't require an extraordinary effort to have your own MAC address. The MAC address is the serial number of the network card.Any network card has its own MAC address, so it doesn't require an extraordinary effort to have your own MAC address. The MAC address is the serial number of the network card.
Each computer has a unique name, IP address and MAC address. (not MAC as in McIntosh.)
No, MAC addresss and IP address are not the same. MAC addresses are "hard-coded" into the Network Interface Card (NIC) and only ID that individual card. The IP address is software generated and ID's both the network and the individual host.
Someone can spoof it using a MAC spoof attack. This is where an attack acquires your MAC address, sends a disconnect signal to your computer to disconnect you from the network, and then connects onto the network with your MAC address, making the network's authentication systems think it is you, but it is really a hacker. When you try to get back on, you find that you can't because the network won't allow two computers with the same MAC address to be connected on the network.
NO, its not possible to have same MAC addresses for two different network cards. because MAC address is a unique part of the recognition of the network card and it is also called as PHYSICAL address of your PC. There is possibility of 2 network cards with same MAC address by 3rd party MAC spoofing techniques.........
to determine the MAC address of a device on the same network
MAC filtering takes network security to the next level by only granting access to specific network cards.A MAC (media access control) address is a unique identifier for a network card; no two cards have the same MAC address, so it functions like a fingerprint - even a wireless card and an Ethernet card built-in to the same laptop won't have the same MAC address. Therefore, MAC address filtering adds security by only allowing network cards with the right "fingerprint" to access the network.However, it should be noted that MAC address filtering is not a strong form of security. MAC addresses are extremely easy to "spoof" - that is, it's easy to fake the address of a legitimate network card. If an attacker is able to identify the MAC address of a permitted network card, they can masquerade as the legit card. Therefore, MAC address filtering is not a replacement for using encryption. MAC address filtering can help security if used in an environment running WPA.
yes ......... mac address travels in network instead of ip.
The MAC address is the physical address. Usually the MAC address is a unique hexadecimal address hard coded into the network card.
•What is the physical address (the MAC address) of the NIC (or network adapter) for this connection?
Arp -a
No, they can't have the same mac address, because mac address is an id for a machine therefore the ip addresses are registered to the DHCP table accordingly to the mac address. So if you spoof the mac address lets say having two machines with the same mac address what will happen is that only one machine at time would be allowed once it disconnect then the other can connect. Why spoofing a mac address? I guess one of the reasons is to defeat a network administrator when they secure their network by filtering the mac addresses so by spoofing the mac address you will be able to access the internet.