Files

wifu
wifu
  • // Include the crypto library
  • cryptoLib = include_lib("/lib/crypto.so")
  • hostComputer = get_shell.host_computer
  • networkInterface = "wlan0"
  • // Ensure the crypto library is loaded
  • if not cryptoLib then
  • cryptoLib = include_lib("crypto.so")
  • if not cryptoLib then
  • exit("Missing crypto library, shutting down operation")
  • end if
  • end if
  • // Start monitoring on the specified network interface
  • if not cryptoLib.airmon("start", networkInterface) then
  • exit("Cannot start monitoring on " + networkInterface)
  • end if
  • // Function to print informational messages
  • printInfo = function(message)
  • print("<color=#ffff00>" + message + "</color>")
  • end function
  • // Function to print error messages
  • printError = function(message)
  • print("<color=#ff0000>[-] " + message + "</color>")
  • end function
  • // Function to print success messages
  • printSuccess = function(message)
  • print("<color=#ff8000>[*]</color>" + "<color=#0080ff>" + message + "</color>")
  • end function
  • // Function to determine the color based on signal strength
  • getSignalColor = function(signal)
  • if signal >= 75 then
  • return "#00FF00" // Green for strong signal
  • else if signal >= 50 then
  • return "#FFFF00" // Yellow for medium signal
  • else if signal >= 25 then
  • return "#FFA500" // Orange for weak signal
  • else
  • return "#FF0000" // Red for very weak signal
  • end if
  • end function
  • // Function to perform the WiFi exploitation
  • exploitWiFi = function(network)
  • acks = network.signal
  • requiredAcks = 300000 / acks + 100
  • cryptoLib.airmon("start", networkInterface)
  • printInfo("Collecting " + requiredAcks + " ACKs...")
  • cryptoLib.aireplay(network.bssid, network.essid, requiredAcks)
  • password = cryptoLib.aircrack(home_dir + "/file.cap")
  • if password then
  • printSuccess("Cracked::" + network.essid + " Password = <color=#FF00D4>" + password + "</color>")
  • else
  • printError("Failed to crack WiFi.")
  • return null
  • end if
  • file = hostComputer.File(home_dir + "/file.cap")
  • file.delete()
  • cryptoLib.airmon("stop", networkInterface)
  • return password
  • end function
  • // Function to handle a single network
  • handleNetwork = function(network)
  • clear_screen()
  • print("Usage:")
  • printInfo(" exploit Attempt to crack the WiFi network(s)")
  • signalColorCode = getSignalColor(network.signal)
  • printSuccess("Target => [" + network.essid + "] [Signal: <color=" + signalColorCode + ">" + network.signal + "%</color>] [BSSID: " + network.bssid + "]")
  • while true
  • input = user_input("::[" + network.essid + "] >")
  • args = input.split(" ")
  • if args[0] == "exploit" then
  • exploitWiFi(network)
  • else if args[0] == "back" then
  • return
  • else
  • printError("Unknown command: " + input)
  • end if
  • end while
  • end function
  • // Function to filter networks based on signal strength
  • filterNetworks = function(networks, filter)
  • filteredNetworks = []
  • for network in networks
  • if (filter == "strong" and network.signal >= 75) or
  • (filter == "medium" and network.signal >= 50 and network.signal < 75) or
  • (filter == "weak" and network.signal >= 25 and network.signal < 50) or
  • (filter == "very weak" and network.signal < 25) or
  • (filter == "all") then
  • filteredNetworks.push(network)
  • end if
  • end for
  • return filteredNetworks
  • end function
  • // Function to display help information
  • displayHelp = function()
  • printInfo("<color=#FF6347>WiFu - WiFi Utility Script</color>")
  • print("Usage: (Stage 1)")
  • printInfo(" scan [options] Scan WiFi networks with optional filters:")
  • printInfo(" -s (strong signal)")
  • printInfo(" -m (medium signal)")
  • printInfo(" -w (weak signal)")
  • printInfo(" -vw (very weak signal)")
  • printInfo(" -a (all signals, default)")
  • print("Usage: (Stage 2)")
  • printInfo(" use <ID> Interact with a specific WiFi network by its ID")
  • print("Usage: (Stage 3)")
  • printInfo(" exploit Attempt to crack the WiFi network(s)")
  • print("Additional Commands")
  • printInfo(" back Go back to the previous menu")
  • printInfo(" help Display this help menu")
  • printInfo(" clear Clear the screen")
  • end function
  • // Function to load networks and apply the filter
  • loadNetworks = function(filter)
  • printInfo("Loading WiFi networks...")
  • networks = hostComputer.wifi_networks(networkInterface)
  • formattedNetworks = []
  • for network in networks
  • bssid = network.split(" ")[0]
  • essid = network.split(" ")[2]
  • signalStrength = network.split(" ")[1].replace("%", "").to_int()
  • id = formattedNetworks.len + 1
  • formattedNetworks.push({ "id": id, "bssid": bssid, "essid": essid, "signal": signalStrength })
  • end for
  • formattedNetworks.sort("signal", 1)
  • return filterNetworks(formattedNetworks, filter)
  • end function
  • // Function to display networks with appropriate colors for signal strength
  • displayNetworks = function(networks)
  • idCounter = 1
  • for network in networks
  • signalColorCode = getSignalColor(network.signal)
  • printSuccess("[" + idCounter + "] [Signal: <color=" + signalColorCode + ">" + network.signal + "%</color>] [BSSID: " + network.bssid + "] [ESSID: " + network.essid + "]")
  • idCounter = idCounter + 1
  • end for
  • end function
  • // Main function to handle user input and manage program flow
  • main = function(clearScreen)
  • if clearScreen then
  • clear_screen()
  • end if
  • displayHelp()
  • loadedNetworks = []
  • filter = "all"
  • while true
  • input = user_input(">")
  • args = input.split(" ")
  • if args[0] == "scan" then
  • if args.len > 1 then
  • if args[1] == "-s" then
  • filter = "strong"
  • else if args[1] == "-m" then
  • filter = "medium"
  • else if args[1] == "-w" then
  • filter = "weak"
  • else if args[1] == "-vw" then
  • filter = "very weak"
  • else if args[1] == "-a" then
  • filter = "all"
  • else
  • printError("Unknown filter option: " + args[1])
  • continue
  • end if
  • end if
  • loadedNetworks = loadNetworks(filter)
  • displayNetworks(loadedNetworks)
  • else if args[0] == "use" then
  • if loadedNetworks.len == 0 then
  • printError("Please scan the networks first using the 'scan' command.")
  • continue
  • end if
  • if args.len < 2 then
  • printError("Please enter an ID.")
  • continue
  • end if
  • id = args[1].to_int() - 1
  • if id >= 0 and id < loadedNetworks.len then
  • handleNetwork(loadedNetworks[id])
  • else
  • printError("Invalid ID: " + (id + 1))
  • end if
  • else if args[0] == "help" then
  • displayHelp()
  • else if args[0] == "clear" then
  • clear_screen()
  • else if args[0] == "back" then
  • exit
  • else
  • printError("Unknown command: " + input)
  • end if
  • end while
  • end function
  • main(false)