Fortress Bridge: Monitoring and Diagnostics
69
5.1.1 Traffic StatisticsThe packets that the Fortress Bridge has transmitted to and
received from the encrypted zone since cryptographic
processing was last started are shown in the STATISTICS frame:
Encrypt - encrypted packets—the packets received from
the unencrypted zone, encrypted, and then transmitted to
the encrypted zone
Decrypt - decrypted packets—the packets received from
the encrypted zone, decrypted, and then transmitted to the
unencrypted zone
SendClear - cleartext packets received from Trusted
Devices and sent to the unencrypted zone
RcvClear - received clear—cleartext packets received from
Trusted Devices in the encrypted zone
KeyPackets - valid key exchange packets
BadKeys - bad key packets—malformed key exchange
packets
BadDecrypt - key packets the Bridge was unable to decrypt
Bad Packets - malformed packet received (Packets can be
malformed for a number of reasons, such as version
incompatibility or a failed hash check.)
5.1.2 Interface StatisticsThe DIAGNOSTICS screen displays a MAC address and statistics
for each of the Bridge’s physical and virtual interfaces:
The lan1–8 interfaces correspond to the ports of the
internal LAN switch.
The wan1 interface identifies the Bridge’s WAN port.
Radio 1 is the Bridge’s internal tri-band, 802.11a/b/g radio,
the primary interface for which is labeled Radio 1 VAP 1.
Up to three additional SSIDs are optional and can
configured only on a radio with a Radio Mode setting of
AP (Section 3.3.1.3). When configured, the virtual
interfaces to which the additional SSIDs correspond are
numbered VAP 2, VAP 3 and VAP 4.
Radio 2 is the internal 802.11a, radio, the primary interface
for which is labeled Radio 2 VAP 1.
Up to three additional SSIDs are optional and can
configured only on a radio with a Radio Mode setting of
AP (Section 3.3.1.3). When configured, the virtual
interfaces to which the additional SSIDs correspond are
numbered VAP 2, VAP 3 and VAP 4.
INTERFACE STATISTICS provides a set of three values for each
interface’s receive (RX) and transmit (TX) functions: