// So we can grab crypto.so later in script get_library = function(libname = "metaxploit.so") mx = null libpaths = ["/lib/", parent_path(program_path) + "/"] for libpath in libpaths mx = include_lib(libpath + libname) if not mx then print("Warning: Library not found at '" + libpath + "'.") else print("Information: Found library '" + libname + "'.") break end if end for return mx end function // Gather all network devices into an array. array = [] devices = get_shell.host_computer.network_devices for device in devices.split("\n") array = array + [device.split(" ")[0]] end for // List all network devices and get user option. option = null while not option or (option.val < 0 or option.val > array.len) i = 1 for device in array if device == "" then continue print(i + ". " + device) i = i + 1 end for print("0. Exit\n") option = user_input("Enter choice? ") end while // Check if option is exit. if option.val == 0 then exit("Quitting wifi autohack...") netdev = array[option.val - 1] networks = get_shell.host_computer.wifi_networks(array[option.val - 1]) sorted_networks = [] for x in networks bssid = x.split(" ")[0] sigstrength = x.split(" ")[1][0:2].to_int() essid = x.split(" ")[2] sorted_networks.push([sigstrength, bssid, essid]) end for sorted_networks = sort(sorted_networks, [0], 1) //change the 1 to a zero to reverse the sorting option = null while not option or (option.val < 0 or option.val > sorted_networks.len) // List all wifi networks. i = 1 info = "OPTION PWR BSSID ESSID" for network in sorted_networks info = info + "\n" + i + ". " + network i = i + 1 end for print(format_columns(info)) print("0. Exit") option = user_input("Enter choice? ") end while // Check if option is exit. if option.val == 0 then exit("Quitting wifi autohack...") // Use crypto crypt = get_library("crypto.so") if not crypt then exit() // The actual function according to that chart I saw on Steam guides is // y = 300000 * x^-1 but this one gives a little safety factor bssid = sorted_networks[option.val - 1][1] sigstrength = sorted_networks[option.val - 1][0] essid = sorted_networks[option.val - 1][2] req_acks = 330000 * (sigstrength ^ (-0.999)) print("Signal strength: " + sigstrength + " Collecting " + round(req_acks) + " ACKS") // Crack wifi password. crypt.airmon("start", netdev) crypt.aireplay(bssid, essid, req_acks) crypt.airmon("stop", netdev) pass = crypt.aircrack(home_dir + "/file.cap") // Connect to wifi network. print("Trying to connect to " + essid) if not get_shell.host_computer.connect_wifi(netdev, bssid, essid, pass) then print("Failed to connect to " + essid) end if