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When it comes to network security, it's essential to understand how various protocols interact with each other. One such protocol is WireMock, a tool used for mocking HTTP services. However, this can lead to unexpected behavior when dealing with IPv6 fragments.

IPv6 Fragmentation and Firewall Rules

By default, IPv6 fragments may bypass pf firewall rules written under the assumption that all fragments have been reassembled. As a result, these fragments may be forwarded or processed by the host without being properly filtered. This is because a packet with multiple IPv6 fragment headers would be interpreted as a fragmented packet rather than its actual payload.

Consequences of Multiple Fragment Headers

In pf packet processing, when a rule includes 'scrub fragment reassemble', a packet containing multiple IPv6 fragment headers would be reassembled and then immediately processed. This means that the ultimate payload of the packet may not be recognized correctly.

The implications of this behavior can have significant consequences for network security. It's essential to understand how WireMock and IPv6 fragments interact with each other in order to properly secure your network.

In conclusion, when dealing with IPv6 fragments and WireMock, it's crucial to consider the potential consequences of multiple fragment headers on firewall rules and packet processing. By taking these factors into account, you can ensure that your network is properly secured and protected from potential threats.