![]() From lines 4-7 we initialize the scan and create “answered_list” which stores the the result of scapy.srp().In lines 3-13 we define the function called scan(). ![]() In line 1 we import the required packages i.e scapy.To run this code write the following in the terminalĭo not forget to use sudo as this script requires root permissions to run. You can also clone the code from this GitHub repository.īroadcast = scapy.Ether(dst="ff:ff:ff:ff:ff:ff")Īrp_request_broadcast = broadcast/arp_requestĪnswered_list = scapy.srp(arp_request_broadcast, timeout=0.25,verbose=False)Ĭlient_dict = Lets create a python file called wifi_scan.py This pair of IP addresses and MAC addresses is what we will print. For every iteration we will ping the IP address and obtain its MAC address as well. In our code we will be looping through all addresses that belong to this range. You will have to find the range of IP addresses that is being used in your network. Private IP addresses fall under 3 different ranges: This can help you keep your network safe. ![]() We can use this tool to monitor the devices connected to our local network. To achieve this we are going to use the scapy module in a python script. The Raspberry Pi network scanner that we will be creating in the following tutorial will scan through your local network and get the local IP address and MAC address of all devices connected to your network. ![]()
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