Matt, a security technician, notices a high number of ARP spoofing attacks on his network. Which of the following design elements would mitigate ARP spoofing attacks?
A.
Flood guards
B.
Implicit deny
C.
VLANs
D.
Loop protection
Matt, a security technician, notices a high number of ARP spoofing attacks on his network. Which of the following design elements would mitigate ARP spoofing attacks?
Matt, a security technician, notices a high number of ARP spoofing attacks on his network. Which of the following design elements would mitigate ARP spoofing attacks?
A.
Flood guards
B.
Implicit deny
C.
VLANs
D.
Loop protection
I thought the best answer would be C VLANs? Anyone else agree.
I thought so too but then I thought maybe VLANs would just lower the number of systems affected… Maybe the spoof would only affect 1 out of X number of VLANs instead of affecting them all and a flood guard could be better at preventing it from getting to any VLAN in the first place.
It’s asking what would mitigate the amount of ARP spoofing attacks not what would completely resolve it. VLANs wouldn’t do much except add additional topology.