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NEW QUESTION: 1
次のうちどれが組織規範フレームワーク（ONF）を最もよく説明していますか？
A. アプリケーションのセキュリティのコンポーネントのコンテナー、組織によってカタログ化および活用されたベストプラクティス
B. アプリケーションセキュリティのすべてのコンポーネント、ベストプラクティスのためのコンテナーのフレームワーク。組織によってカタログ化され、活用されます。
C. 組織によってカタログ化および活用された、アプリケーションセキュリティのコンポーネントの一部、ベストプラクティスのためのコンテナーのフレームワーク
D. 組織によってカタログ化および活用された一連のアプリケーションセキュリティとベストプラクティス
Answer: B
Explanation:
Option B is incorrect, because it refers to a specific applications security elements, meaning it is about an ANF, not the ONF. C is true, but not as complete as D, making D the better choice. C suggests that the framework contains only "some" of the components, which is why B (which describes "all" components) is better
NEW QUESTION: 2
Which statement is true regarding the packet flow on Cisco ASA firewall running version 8.2?
A. For the packet that has been received on the ingress interface, transaction rule is checked before the ACL if the connection entry for the packet flow does not exist.
B. For the packet that has been received on the egress interface, transaction rule is checked before the ACL if the connection entry does not exist for the packet flow.
C. For the packet that has been received on the ingress interface, ACL is only checked if the connection entry exists for the packet flow.
D. For the packet that has been received on the ingress interface, ACL is only checked if the connection entry does not exist for the packet flow.
Answer: D
Explanation:
Here is a diagram of how the Cisco ASA processes the packet that it receives:
Here are the individual steps in detail: - The packet is reached at the ingress interface. - Once the packet reaches the internal buffer of the interface, the input counter of
the interface is incremented by one.
- Cisco ASA first looks at its internal connection table details in order to verify if this is a current connection. If the packet flow matches a current connection, then the Access Control List (ACL) check is bypassed and the packet is moved forward.
If packet flow does not match a current connection, then the TCP state is verified. If it is a
SYN packet or UDP (User Datagram Protocol) packet, then the connection counter is
incremented by one and the packet is sent for an ACL check. If it is not a SYN packet, the
packet is dropped and the event is logged. - The packet is processed as per the interface ACLs. It is verified in sequential order of the ACL entries and if it matches any of the ACL entries, it moves forward. Otherwise, the packet is dropped and the information is logged. The ACL hit count is incremented by one when the packet matches the ACL entry. - The packet is verified for the translation rules. If a packet passes through this check, then a connection entry is created for this flow and the packet moves forward. Otherwise, the packet is dropped and the information is logged. - The packet is subjected to an Inspection Check. This inspection verifies whether or not this specific packet flow is in compliance with the protocol. Cisco ASA has a built-in inspection engine that inspects each connection as per its pre-defined set of application-level functionality. If it passed the inspection, it is moved forward. Otherwise, the packet is dropped and the information is logged.
Additional security checks will be implemented if a Content Security (CSC) module is
involved. - The IP header information is translated as per the Network Address Translation/ Port Address Translation (NAT/PAT) rule and checksums are updated accordingly. The packet is forwarded to Advanced Inspection and Prevention Security Services Module (AIP-SSM) for IPS related security checks when the AIP module is involved. - The packet is forwarded to the egress interface based on the translation rules. If no egress interface is specified in the translation rule, then the destination interface is decided based on the global route lookup. - On the egress interface, the interface route lookup is performed. Remember, the egress interface is determined by the translation rule that takes the priority. - Once a Layer 3 route has been found and the next hop identified, Layer 2 resolution is performed. The Layer 2 rewrite of the MAC header happens at this stage. - The packet is transmitted on the wire, and interface counters increment on the egress interface
Reference: "ASA 8.2: Packet Flow through an ASA Firewall"
http://www.cisco.com/c/en/us/support/docs/security/asa-5500-x-series-next-generation
firewalls/113396-asa-packet-flow-00.html
NEW QUESTION: 3
Refer to the exhibit.
A network administrator is configuring and installing an indoor mesh network using two CAPWAP APs. The APs were out of the box and have already been installed in their designated locations. The RAP is joined to the controller and configured appropriately, but the MAP is not visible on the WLC. In the output shown, which of these explanations is the most likely reason for the issue?
A. The MAP should have been primed to the WLC before being deployed. The Bridge Group Name does not need to match. The MAP is running an LWAPP image that requires its MAC address to be configured in the RAP in order for a successful join.
B. The MAP does not have to be primed to the WLC before being deployed to the field because the WLC discovery process is different for MAPs than it is for RAPs. The Bridge Group Name does not have to match but the RAP has to have the MAP MAC address added to its database.
C. The MAP does not have to be primed to the WLC before being deployed. The Bridge Group Name needs to match. The AP policy is automatically populated by the MAP discovery process via CAPWAP, but is failing in this example.
D. The MAP should have been primed to the WLC before being deployed. The Bridge Group Name uses the MAC address and is configured but does not match, which is the reason for the failure.
E. The MAP should have been primed to the WLC before being deployed. The Bridge Group Name is not configured by default. The AP policy for the MAP is not configured.
Answer: E
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