Remote Targeting Techniques - Part Two

What types of networks should be reviewed when analyzing data during Phase III of Remote Targeting?

Which file formats can Kismet and airodump log data into for further analysis?

What information can be derived from the probing clients feature during wireless reconnaissance?

What does the OUI of a MAC address signify in wireless reconnaissance?

What action can be taken to potentially identify cloaked networks during analysis?

What is a key consideration when selecting a location for stealth physical reconnaissance?

Which of the following methods can be used for wireless recon targeting vulnerabilities?

What technique can be employed to maintain anonymity in an active wireless attack?

During wardriving, what should a person be aware of regarding their surroundings?

What is the purpose of using devices like phones or tablets in a stealth physical recon?

What is the correct method to change a MAC address using a Linux terminal?

Which strategy can be implemented to interfere with forensic investigations in wireless activities?

What is the purpose of the aireplay-ng command exemplified in the message spoofing?

Why is it essential to enumerate client info after wireless recon?

Which protocol is NOT mentioned as potentially revealing client device information?

What foundational strategy should one adhere to during stealth physical reconnaissance?

In which situation would it be necessary to perform client enumeration?

What critical information might a DHCP request reveal?

Which element is emphasized as part of effective stealth during physical recon?

What is the primary advantage of capturing packets during wireless recon?

The OUI of a MAC address consists of the first six decimal digits.

Both Kismet and airodump are capable of logging data to PCAP files for analysis.

Any client device will always probe for other configured networks while connected to a single network.

Spoofing a disassociation message can aid in identifying cloaked networks during wireless reconnaissance.

A captured packet log will often contain the total number of packets sent from each device.

The aireplay-ng command can be used to send a disassociation message that appears legitimate to the client device.

The NetBIOS protocol can only reveal the internet protocol address of the client device.

Performing wireless reconnaissance does not require any physical presence.

Capturing packets during wireless network recon can assist in identifying the ownership of client devices.

The DHCP protocol does not provide any device-specific information.

To maintain anonymity during wireless attacks, it is crucial to adhere to the APT strategy of KISS.

Social engineering techniques have no relevance in the context of wireless reconnaissance.

Client device information can also be derived from HTTP requests which may show server names in cleartext.

Aerial drones are commonly utilized by private individuals for stealth physical reconnaissance.

Cracking WEP is one of the major vulnerabilities targeted during active wireless attacks.

Changing your MAC address is a complex process that cannot be done from a Linux terminal.

Wardriving can only be conducted from a parked vehicle.

It is recommended to set your MAC address to match exactly one of the valid client MAC addresses during active recon.

Multiple wireless vendor vulnerabilities are not significant in identifying weaknesses within wireless networks.

To maintain anonymity during wireless activities, using a MAC address differing by only one digit is an effective strategy.