MITM/Wireless/Network Tap: Difference between revisions
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Just as a phone tap is a physical bug installed on a phone line, and an ethernet tap is a physical device with two ethernet ports physically on the network, a wireless tap is a physical device with a wireless connection to both the attacker and their authentic network device (the router, modem, etc.) | Just as a phone tap is a physical bug installed on a phone line, and an ethernet tap is a physical device with two ethernet ports physically on the network, a wireless tap is a physical device with a wireless connection to both the attacker and their authentic network device (the router, modem, etc.) | ||
=Configurations= | |||
==Wired-Wireless Configuration== | |||
This involves creating a wireless access point, plus a corresponding network tap device, on the attacker's machine. The attacker can then bridge the network tap and the ethernet device, and bridge the two devices. In this way, when a sheep connects to the access point all of their traffic will be forwarded through the access point, allowing a MITM attack to occur. | |||
==Wireless-Wireless Configuration== | |||
In this configuration you're bridging two wireless devices to create a wireless network tap. This is gonna be slow... | |||
=Wired-Wireless Configuration= | |||
==Setup== | |||
To set this up we need three things: | |||
1. be able to turn wireless device into an access point with airbase-ng | |||
2. bridge network traffic from wireless ap to ethernet | |||
3. sniff | |||
===Wireless Access Point== | |||
We can create this with airbase-ng | |||
Revision as of 18:28, 25 August 2015
Installing a wireless network tap involves the attacker placing a physical device between the target and the network device they're trying to communicate with.
Just as a phone tap is a physical bug installed on a phone line, and an ethernet tap is a physical device with two ethernet ports physically on the network, a wireless tap is a physical device with a wireless connection to both the attacker and their authentic network device (the router, modem, etc.)
Configurations
Wired-Wireless Configuration
This involves creating a wireless access point, plus a corresponding network tap device, on the attacker's machine. The attacker can then bridge the network tap and the ethernet device, and bridge the two devices. In this way, when a sheep connects to the access point all of their traffic will be forwarded through the access point, allowing a MITM attack to occur.
Wireless-Wireless Configuration
In this configuration you're bridging two wireless devices to create a wireless network tap. This is gonna be slow...
Wired-Wireless Configuration
Setup
To set this up we need three things:
1. be able to turn wireless device into an access point with airbase-ng
2. bridge network traffic from wireless ap to ethernet
3. sniff
=Wireless Access Point
We can create this with airbase-ng
| monkey in the middle attacks in which an attacker tricks two parties into thinking they're communicating with each other, but both are communicating with the attacker.
Wireless Attacks: MITM/Wireless Wired Attacks: MITM/Wired
Layer 1 and 2 MITM Attacks: Network Tap: MITM/Wired/Network Tap Evil Twin Attack: Evil Twin · MITM/Evil Twin
Layer 3 and 4 MITM Attacks:
ARP Poisoning: MITM/ARP Poisoning Traffic Injection/Modification: MITM/Traffic Injection DNS Attacks: MITM/DNS · Bettercap/Failed DNS Spoofing Attack · Bettercap/Failed DNS Spoofing Attack 2 DHCP Attacks: MITM/DHCP WPAD MITM Attack: MITM/WPAD Port Stealing: MITM/Port Stealing Rushing Attack: MITM/Rushing Attack Attacking HTTPS: MITM/HTTPS
Session Hijacking: MITM/Session Hijacking
Toolz:
SSLSniff · SSLStrip · Frankencert
MITM Labs: {{MITMLabs}}
Category:MITM · Category:Attacks · Category:Kali Attack Layers Template:MITMLabs · Template:MITMFlag Flags · Template:MITMFlag · e |