def start(webserver_context):
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key']
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
webserver_context['host_state'] = state
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continuously gather SSDP data
netdisco_thread = NetdiscoWrapper(state)
netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
from PacketHandler.Injectors.accept_encoding_substituter import AcceptEncodingSubstituter
from PacketHandler.packet_sniffer import PacketSniffer
from arp_spoof import ArpSpoof
from ip_to_mac_mapper import IpToMacMapper
# Mock the network mapping
mapping = IpToMacMapper().set_all({
'192.168.56.101': '08:00:27:B0:A1:AB',
'192.168.56.102': '08:00:27:C6:A4:61',
'192.168.56.104': '08:00:27:67:EA:43',
})
arp = ArpSpoof()
arp.attach('192.168.56.101')
arp.attach('192.168.56.102')
arp.start()
packet_sniffer = PacketSniffer(['192.168.56.103'], mapping, 'enp0s3')
packet_sniffer.packet_injectors.append(AcceptEncodingSubstituter(
)) # Prevent the pages from being served with compression
packet_sniffer.start()
arp.join()
packet_sniffer.join()
# @todo convert into an automated test
def main():
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
# Where user would see report
url = server_config.REPORT_URL.format(user_key=config_dict['user_key'])
# Open a web browser only if non-root
if not is_root() and LAUNCH_WEB_BROWSER_UPON_START:
if 'no_browser' not in sys.argv:
webbrowser.open_new_tab(url)
os_platform = sys.platform
# Run as root
if os_platform.startswith('linux'):
elevate(graphical=False)
else:
elevate()
assert is_root()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key']
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Enable kernal forwarding.
if os_platform.startswith('darwin'):
cmd = ['/usr/sbin/sysctl', '-w', 'net.inet.ip.forwarding=1']
elif os_platform.startswith('linux'):
cmd = ['sysctl', '-w', 'net.ipv4.ip_forward=1']
else:
raise RuntimeError('Unsupported platform.')
assert subprocess.call(cmd) == 0
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
# UI
try:
ui.start_main_ui(url, state)
except KeyboardInterrupt:
pass
# Disable kernal forwarding.
if os_platform.startswith('darwin'):
cmd = ['/usr/sbin/sysctl', '-w', 'net.inet.ip.forwarding=0']
elif os_platform.startswith('linux'):
cmd = ['sysctl', '-w', 'net.ipv4.ip_forward=0']
assert subprocess.call(cmd) == 0
utils.log('[MAIN] Done.')
def start(webserver_context):
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key'].replace('-', '')
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
webserver_context['host_state'] = state
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continuously gather SSDP data
netdisco_thread = NetdiscoWrapper(state)
netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
# Suppress scapy warnings
try:
logging.getLogger("scapy.runtime").setLevel(logging.ERROR)
except Exception:
pass
# Suppress flask messages
try:
logging.getLogger('werkzeug').setLevel(logging.ERROR)
except Exception:
pass
if state.persistent_mode:
# Insert a dash every four characters to make user-key easier to type
pretty_user_key = ''
for (ix, char) in enumerate(state.user_key):
if (ix > 0) and (ix % 4 == 0):
pretty_user_key += '-'
pretty_user_key += char
path = 'persistent/' + pretty_user_key
caution = 'This is your private link. Open it only on trusted computers.' # noqa
else:
path = ''
caution = ''
print('\n' * 100)
print("""
===========================
Princeton IoT Inspector
===========================
View the IoT Inspector report at:
https://inspector.cs.princeton.edu/{0}
{1}
Hit Control + C to terminate this process and stop data collection.
""".format(path, caution))
def start():
"""
Initializes inspector by spawning a number of background threads.
Returns the host state once all background threats are started.
"""
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key'].replace('-', '')
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
# Read special command-line arguments
if '--raspberry_pi_mode' in sys.argv:
state.raspberry_pi_mode = True
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continously discover ports via SYN scans
syn_scan_thread = SynScan(state)
syn_scan_thread.start()
# Continuously gather SSDP data
netdisco_thread = NetdiscoWrapper(state)
netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
# Suppress scapy warnings
try:
logging.getLogger("scapy.runtime").setLevel(logging.ERROR)
except Exception:
pass
# Suppress flask messages
try:
logging.getLogger('werkzeug').setLevel(logging.ERROR)
except Exception:
pass
# Insert a dash every four characters to make user-key easier to type
pretty_user_key = ''
for (ix, char) in enumerate(state.user_key):
if (ix > 0) and (ix % 4 == 0):
pretty_user_key += '-'
pretty_user_key += char
print('\n' * 100)
os_platform = utils.get_os()
print(WINDOWS_STARTUP_TEXT.format(server_config.BASE_URL, pretty_user_key))
# Open a browser window on Windows 10. Note that a new webpage will be
# opened in a non-privileged mode. TODO: Not sure how to do the same
# for macOS, as the "open" call on macOS will open a browser window
# in privileged mode.
if os_platform == 'windows':
utils.open_browser_on_windows('{0}/user/{1}'.format(
server_config.BASE_URL, pretty_user_key))
return state
class ARPSpoofFrame(Frame):
def __init__(self, parent, controller):
Frame.__init__(self, parent)
self.controller = controller
self.parent = parent
self.arp = None
label = Label(
self,
text='Identify the target and victim who need to be spoofed',
font=controller.h2_font)
label.pack(side='top', pady=20)
label_ip_victim = Label(
self, text="Victim(s) IP Address (sep =','): ").pack(pady=5)
self.entry_ip_victim = Entry(self, width=35)
self.entry_ip_victim.pack()
label_ip_target = Label(self, text='Target IP Address: ').pack(pady=5)
self.entry_ip_target = Entry(self, width=35)
self.entry_ip_target.pack()
self.button_ARP = Button(
self,
text="Start ARP Spoofing",
command=lambda: self.start_spoofing(self.entry_ip_victim.get(),
self.entry_ip_target.get()))
self.button_ARP.pack(pady=10)
self.button_reset_config = Button(self,
text="Reset Configuration",
command=lambda: self.reset_config())
self.button_reset_config.pack(pady=7)
self.button_start_injecting_extracting = Button(
self,
text="Start Injecting and/or Extracting",
command=lambda: controller.show_frame("InjectorExtractorFrame",
update=True),
state=DISABLED)
self.button_start_injecting_extracting.pack(pady=7)
def update(self):
if self.controller.is_spoofing:
self.stop_spoofing(status_update=False)
if self.controller.victims is not None:
self.entry_ip_victim.delete(0, END) # clear entry
num_items = len(self.controller.victims)
self.entry_ip_victim.insert(0, self.controller.victims[0])
if num_items > 1:
for i in range(1, num_items):
self.entry_ip_victim.insert(
END, ", ".__add__(self.controller.victims[i]))
if self.controller.target is not None:
self.entry_ip_target.delete(0, END)
self.entry_ip_target.insert(0, self.controller.target)
def reset_config(self):
if self.controller.is_spoofing:
self.stop_spoofing()
self.controller.output.update_status(
"ARP Spoofing thread terminated", append=False)
self.controller.show_frame("LocalNetworkScanFrame",
select=True,
update=False)
self.controller.notebook.tab(self.controller.notebook.index(
self.controller.tabs['ARPSpoofFrame']),
state=DISABLED)
def start_spoofing(self, vIP, tIP):
victims = [vic.strip() for vic in vIP.split(',')]
if ARPSpoofFrame.are_valid_ip_address(
victims) and ARPSpoofFrame.are_valid_ip_address([tIP]):
self.button_ARP.configure(text="Stop ARP Spoofing",
command=lambda: self.stop_spoofing())
self.controller.is_spoofing = True
self.arp = ArpSpoof()
for vic in victims:
self.arp.attach(vic)
self.arp.attach(tIP)
self.controller.output.update_status('ARP Spoofing ' + vIP +
" and " + tIP,
append=False)
self.button_start_injecting_extracting.configure(state=NORMAL)
self.controller.notebook.tab(self.controller.notebook.index(
self.controller.tabs['InjectorExtractorFrame']),
state=NORMAL)
self.arp.start()
else:
tkMessageBox.showerror(
"Specify the target and victim",
"Please specify the IP addresses of the victim and target and check whether the IP "
"address notation is correct")
def stop_spoofing(self, status_update=True):
self.button_ARP.configure(
text="Start ARP Spoofing",
command=lambda: self.start_spoofing(self.entry_ip_victim.get(),
self.entry_ip_target.get()))
if status_update:
self.controller.output.update_status(
"ARP Spoofing thread terminated", append=False)
self.button_start_injecting_extracting.configure(state=DISABLED)
self.controller.notebook.tab(self.controller.notebook.index(
self.controller.tabs['InjectorExtractorFrame']),
state=DISABLED)
self.controller.is_spoofing = False
self.arp.keep_alive = False
@staticmethod
def are_valid_ip_address(addresses):
for add in addresses:
if not (ARPSpoofFrame.is_valid_ipv4_address(add)
or ARPSpoofFrame.is_valid_ipv6_address(add)):
return False
return True
# Copied from tzot's answer - https://stackoverflow.com/questions/319279/how-to-validate-ip-address-in-python
@staticmethod
def is_valid_ipv4_address(address):
try:
socket.inet_pton(socket.AF_INET, address)
except AttributeError: # no inet_pton here, sorry
try:
socket.inet_aton(address)
except socket.error:
return False
return address.count('.') == 3
except socket.error: # not a valid address
return False
return True
@staticmethod
def is_valid_ipv6_address(address):
try:
socket.inet_pton(socket.AF_INET6, address)
except socket.error: # not a valid address
return False
return True
def start():
"""
Initializes inspector by spawning a number of background threads.
Returns the host state once all background threats are started.
"""
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key'].replace('-', '')
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Start web API
webserver.start_thread(state)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continously discover ports via SYN scans
syn_scan_thread = SynScan(state)
syn_scan_thread.start()
# # Continuously gather SSDP data
# netdisco_thread = NetdiscoWrapper(state)
# netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Suppress scapy warnings
try:
logging.getLogger("scapy.runtime").setLevel(logging.ERROR)
except Exception:
pass
# Suppress flask messages
try:
logging.getLogger('werkzeug').setLevel(logging.ERROR)
except Exception:
pass
# Insert a dash every four characters to make user-key easier to type
pretty_user_key = ''
for (ix, char) in enumerate(state.user_key):
if (ix > 0) and (ix % 4 == 0):
pretty_user_key += '-'
pretty_user_key += char
print(
'Ready. To test if the API works, visit http://127.0.0.1:46241/get_device_list'
)
return state
