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A. 8 active ports

B. 4 active ports

C. 2 standby ports

D. 6 active ports

E. 6 standby ports

F. 4 standby ports

G. 8 standby ports

H. 2 active ports

A. D

B. a

C. b

D. I

E. B

F. O

G. A

H. i

A. global

B. any

C. all

D. interface

E. auto

A. The Cisco ASA authenticates itself to the administrator using a one-time password.

B. The Cisco ASA and the administrator use a mutual password to authenticate each other.

C. The administrator validates the Cisco ASA by examining the factory built-in identity certificate thumbprint of the Cisco AS

D. The Cisco ASA automatically creates and uses a persistent self-signed X.509 certificate to authenticate itself to the administrator.

E. The Cisco ASA automatically creates a self-signed X.509 certificate on each reboot to authenticate itself to the administrator.

A. per-client TCP and/or UDP maximum session time

B. maximum number of simultaneous embryonic connections

C. maximum number of simultaneous TCP and/or UDP connections

D. per-client TCP and/or UDP idle timeout

E. fragments reassembly options

F. TCP sequence number randomization

A. static MAC address mapping

B. static ARP mapping

C. extended ACL on the outside and inside interface to permit the multicast traffic

D. stateful packet inspection

E. EtherType ACL on the outside and inside interface to permit the multicast traffic

A. The four threat levels are low, moderate, high, and very high.

B. By default, the dynamic-filter drop blacklist interface outside command drops traffic with a threat level of high or very high.

C. A static or dynamic blacklist entry always takes precedence over the static whitelist entry.

D. Static blacklist entries always have a very high threat level.

A. NAT stateful failover

B. OSPF and EIGRP routing protocol stateful failover

C. SSL VPN stateful failover

D. HTTP stateful failover

E. IPsec VPN stateful failover

A. alerts

B. errors

C. informational

D. notifications

E. debugging

F. emergencies