Like nmap for mapping wifi networks you’re not connected to. Maps and tracks wifi networks and devices through raw 802.11 monitoring.
PyPI page: https://pypi.python.org/pypi/trackerjacker
Install ^^^^^^^
::
pip3 install trackerjacker
Supported platforms: Linux (tested on Ubuntu, Kali, and RPi) and macOS (pre-alpha)
.. figure:: https://i.imgur.com/I5NH5KM.jpg :alt: visual description
visual description
trackerjacker can help with the following:
Find detailed usage like this:
::
trackerjacker -h
There are 2 major usage modes for trackerjacker: map mode and
track mode:
Map mode example
Map command:
::
trackerjacker -i wlan1337 --map
By default, this outputs the ``wifi_map.yaml`` YAML file, which is a map
of all the nearby WiFi networks and all of their users. Here’s an
example ``wifi_map.yaml`` file:
::
TEST_SSID:
00:10:18:6b:7a:ea:
bssid: 00:10:18:6b:7a:ea
bytes: 5430
channels:
- 11
devices:
3c:07:71:15:f1:48:
bytes: 798
signal: 1
vendor: Sony Corporation
78:31:c1:7f:25:43:
bytes: 4632
signal: -52
vendor: Apple, Inc.
signal: -86
ssid: TEST_SSID
vendor: Broadcom
BRANSONS_WIFI:
90:48:9a:e3:58:25:
bssid: 90:48:9a:e3:58:25
bytes: 5073
channels:
- 1
devices:
01:00:5e:96:e1:89:
bytes: 476
signal: -62
vendor: ''
30:8c:fb:66:23:91:
bytes: 278
signal: -46
vendor: Dropcam
34:23:ba:1c:ba:e7:
bytes: 548
signal: 4
vendor: SAMSUNG ELECTRO-MECHANICS(THAILAND)
signal: -80
ssid: BRANSONS_WIFI
vendor: Hon Hai Precision Ind. Co.,Ltd.
hacker_network:
80:2a:a8:e5:de:92:
bssid: 80:2a:a8:e5:de:92
bytes: 5895
channels:
- 11
devices:
80:1f:02:e6:44:96:
bytes: 960
signal: -46
vendor: Edimax Technology Co. Ltd.
80:2a:a8:8a:ec:c8:
bytes: 472
signal: 4
vendor: Ubiquiti Networks Inc.
80:2a:a8:be:09:a9:
bytes: 5199
signal: 4
vendor: Ubiquiti Networks Inc.
d8:49:2f:7a:f0:8f:
bytes: 548
signal: 4
vendor: CANON INC.
signal: -46
ssid: hacker
vendor: Ubiquiti Networks Inc.
80:2a:a8:61:aa:2f:
bssid: 80:2a:a8:61:aa:2f
bytes: 5629
channels:
- 44
- 48
devices:
78:88:6d:4e:e2:c9:
bytes: 948
signal: -52
vendor: ''
e4:8b:7f:d4:cb:25:
bytes: 986
signal: -48
vendor: Apple, Inc.
signal: -48
ssid: null
vendor: Ubiquiti Networks Inc.
82:2a:a8:51:32:25:
bssid: 82:2a:a8:51:32:25
bytes: 3902
channels:
- 48
devices:
b8:e8:56:f5:a0:70:
bytes: 1188
signal: -34
vendor: Apple, Inc.
signal: -14
ssid: hacker
vendor: ''
82:2a:a8:fc:33:b6:
bssid: 82:2a:a8:fc:33:b6
bytes: 7805
channels:
- 10
- 11
- 12
devices:
78:31:c1:7f:25:43:
bytes: 4632
signal: -52
vendor: Apple, Inc.
7c:dd:90:fe:b4:87:
bytes: 423223
signal: 4
vendor: Shenzhen Ogemray Technology Co., Ltd.
80:2a:a8:be:09:a9:
bytes: 5199
signal: 4
vendor: Ubiquiti Networks Inc.
signal: -62
ssid: null
vendor: ''
Note that, since this is YAML, you can easily use it as an input for
other scripts of your own devising. I have an example script to parse
this “YAML DB” here:
`parse_trackerjacker_wifi_map.py <https://gist.github.com/calebmadrigal/fdb8855a6d05c87bbb0254a1424ee582>`__.
Example: Track mode with trigger command
Track mode allows you to specify some number of MAC addresses to watch,
and if any specific devices exceeds the threshold (in bytes), specified
here with the --threshold 4000 (specifying an alert threshold of
4000 bytes) an alert will be triggered.
::
trackerjacker --track -m 3c:2e:ff:31:32:59 --threshold 4000 --trigger-command "./alert.sh" --channels-to-monitor 10,11,12,44 Using monitor mode interface: wlan1337 Monitoring channels: {10, 11, 12, 44}
[@] Device (3c:2e:ff:31:32:59) threshold hit: 4734
[@] Device (3c:2e:ff:31:32:59) threshold hit: 7717
[@] Device (3c:2e:ff:31:32:59) threshold hit: 7124
[@] Device (3c:2e:ff:31:32:59) threshold hit: 8258
[@] Device (3c:2e:ff:31:32:59) threshold hit: 8922
In this particular example, I was watching a security camera to determine when it was uploading a video (indicating motion was detected) so that I could turn on my security system sirens (which was the original genesis of this project).
Example: Track mode with foxhunt plugin
::
trackerjacker -i wlan1337 --track --trigger-plugin foxhunt
Displays a curses screen like this:
::
POWER DEVICE ID VENDOR
======= ================= ================================
-82dBm 1c:1b:68:35:c6:5d ARRIS Group, Inc.
-84dBm fc:3f:db:ed:e9:8e Hewlett Packard
-84dBm dc:0b:34:7a:11:63 LG Electronics (Mobile Communications)
-84dBm 94:62:69:af:c3:64 ARRIS Group, Inc.
-84dBm 90:48:9a:34:15:65 Hon Hai Precision Ind. Co.,Ltd.
-84dBm 64:00:6a:07:48:13 Dell Inc.
-84dBm 00:30:44:38:76:c8 CradlePoint, Inc
-86dBm 44:1c:a8:fc:c0:53 Hon Hai Precision Ind. Co.,Ltd.
-86dBm 18:16:c9:c0:3b:75 Samsung Electronics Co.,Ltd
-86dBm 01:80:c2:62:9e:36
-86dBm 01:00:5e:11:90:47
-86dBm 00:24:a1:97:68:83 ARRIS Group, Inc.
-88dBm f8:2c:18:f8:f3:aa 2Wire Inc
-88dBm 84:a1:d1:a6:34:08
- Note that ``foxhunt`` is a builtin plugin, but you can define your
own plugins using the same Plugin API.
Example: Track mode with trigger plugin
::
$ trackerjacker --track -m 3c:2e:ff:31:32:59 --threshold 10 --trigger-plugin examples/plugin_example1.py --channels-to-monitor 10,11,12,44 --trigger-cooldown 1 Using monitor mode interface: wlan1337 Monitoring channels: {10, 11, 12, 44} [@] Device (device 3c:2e:ff:31:32:59) threshold hit: 34 bytes 3c:2e:ff:31:32:59 seen at: [1521926768.756529] [@] Device (device 3c:2e:ff:31:32:59) threshold hit: 11880 bytes 3c:2e:ff:31:32:59 seen at: [1521926768.756529, 1521926769.758929] [@] Device (device 3c:2e:ff:31:32:59) threshold hit: 18564 bytes 3c:2e:ff:31:32:59 seen at: [1521926768.756529, 1521926769.758929, 1521926770.7622838]
This runs examples/plugin_example1.py every time
3c:2e:ff:31:32:59 is seen sending/receiving 10 bytes or more.
trackerjacker plugins are simply python files that contain either: *
Trigger class which defines a __call__(**kwargs) method
(example: examples/plugin_example1.py) * trigger(**kwargs)
function (example: examples/plugin_example2.py)
And optionally a __apiversion__ = 1 line (for future backward
compatibility)
Example: Configuring with config file
::
trackerjacker.py -c my_config.json
And here’s the example config file called ``my_config.json``:
::
{
"iface": "wlan1337",
"devices_to_watch": {"5f:cb:53:1c:8a:2c": 1000, "32:44:1b:d7:a1:5b": 2000},
"aps_to_watch": {"c6:23:ef:33:cc:a2": 500},
"threshold_window": 10,
"channels_to_monitor": [1, 6, 11, 52],
"channel_switch_scheme": "round_robin"
}
A few notes about this:
- ``threshold_bytes`` is the default threshold of bytes which, if seen,
a causes the alert function to be called
- ``threshold_window`` is the time window in which the
``threshold_bytes`` is analyzed.
- ``devices_to_watch`` is a list which can contain either strings
(representing MACs) or dicts (which allow the specification of a
``name`` and ``threshold``)
- ``name`` is simply what a label you want to be printed when this
device is seen.
- ``threshold`` in the “Security camera” is how many bytes must be
seen
- ``channels_to_monitor`` - list of 802.11 wifi channels to monitor.
The list of channels your wifi card supports is printed when
trackerjacker starts up. By default, all supported channels are
monitored.
- ``channel_switch_scheme`` - either ``default``, ``round_robin``, or
``traffic_based``. ``traffic_based`` determines the channels of most
traffic, and probabilistically monitors them more.
Example: Enable/Disable monitor mode on interface
Trackerjacker comes with a few other utility functions relevant to WiFi hacking. One of these is the ability to turn on monitor mode on a specific interface.
Enable monitor mode:
::
trackerjacker --monitor-mode-on -i wlan0
Disable monitor mode:
::
trackerjacker --monitor-mode-off -i wlan0mon
Note that trackerjacker will automatically enable/disable monitor mode if necessary. This functionality is just useful if you want to enable monitor mode on an interface for use with other applications (or for quicker starup of trackerjacker, if you plan to be starting/exiting to test stuff).
Example: Set adapter channel
::
trackerjacker --set-channel 11 -i wlan0
Note that trackerjacker will automatically switch channels as necessary
during normal map/track actions. This option is just useful if you want
to set the channel on an interface for use with other applications.
Recommended hardware
--------------------
- Panda PAU07 N600 Dual Band (nice, small, 2.4GHz and 5GHz)
- Panda PAU09 N600 Dual Band (higher power, 2.4GHz and 5GHz)
- Alfa AWUS052NH Dual-Band 2x 5dBi (high power, 2.4GHz and 5GHz, large,
ugly)
- TP-Link N150 (works well, but not dual band)
Roadmap
-------
- ☒ Hosted in PyPI
- ☒ Radio signal strength for APs
- ☒ Radio signal strength for individual macs
- ☒ Build map by data exchanged (exclude beacons)
- ☒ Packet count by AP
- ☒ Packet count by MAC
- ☒ Easier way to input per-device tracking thresholds
- ☒ Plugin system
- ☒ Fox hunt mode
- ☒ Tracking by SSID (and not just BSSID)
- ☒ Basic macOS (OS X) support (pre-alpha)
- ☐ macOS support: get signal strength values correct (will be fixed in
https://github.com/secdev/scapy/pull/1381
- ☐ macOS support: reverse airport binary to determine how to set true
monitor mode
- ☐ macOS support: diverse interface support (not just ``en0``)
- ☐ macOS support: get interface supported channels
- ☐ Mapping a specific SSID
- ☐ Performance enhancement: not shelling out for channel switching
- ☐ “Jack” mode - deauth attacks
FAQs
Finds and tracks wifi devices through raw 802.11 monitoring
We found that trackerjacker demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 1 open source maintainer collaborating on the project.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Security News
In this segment of the Risky Business podcast, Feross Aboukhadijeh and Patrick Gray discuss the challenges of tracking malware discovered in open source softare.
Research
Security News
A threat actor's playbook for exploiting the npm ecosystem was exposed on the dark web, detailing how to build a blockchain-powered botnet.
Security News
NVD’s backlog surpasses 20,000 CVEs as analysis slows and NIST announces new system updates to address ongoing delays.