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NEW QUESTION: 1
Which statements about Cloudant's support features are FALSE?
A. No support for binary attachments.
B. None of the above.
C. No geo-spatial capabilities.
D. No hosting or managed service offer.
E. No managed data recovery services.
Answer: A

NEW QUESTION: 2
In which two ways does the BGP graceful capability preserve prefix information during a restart? (Choose two)
A. The restarting router removes any stale prefixes after the timer for stale entries expires.
B. The peer router immediately removes the BGP routers that it learned from the restarting router from its BGP routing tables.
C. The peer router sends an end-of-RIB message to the restarting router.
D. The router establishes BGP sessions with other routers and relearns the BGP routes from others that are also capable of graceful restart. The restarting router waits to receive updates from the neighboring routers.
E. The restarting router does not remove any stale prefixes after the timer for stale entries expires.
Answer: A,D
Explanation:
BGP Graceful Restart for NSF When an NSF-capable router begins a BGP session with a BGP peer, it sends an OPEN message to the peer.
Included in the message is a declaration that the NSF-capable or NSF-aware router has graceful restart capability. Graceful restart is the mechanism by which BGP routing peers avoid a routing flap following a switchover. If the BGP peer has received this capability, it is aware that the device sending the message is NSF-capable. Both the NSF-capable router and its BGP peer(s) (NSF-aware peers) need to exchange the graceful restart capability in their OPEN messages, at the time of session establishment. If both the peers do not exchange the graceful restart capability, the session will not be graceful restart capable.
If the BGP session is lost during the RP switchover, the NSF-aware BGP peer marks all the routes associated with the NSF-capable router as stale; however, it continues to use these routes to make forwarding decisions for a set period of time. This functionality means that no packets are lost while the newly active RP is waiting for convergence of the routing information with the BGP peers. After an RP switchover occurs, the NSF-capable router reestablishes the session with the BGP peer. In establishing the new session, it sends a new graceful restart message that identifies the NSF-capable router as having restarted. At this point, the routing information is exchanged between the two BGP peers. Once this exchange is complete, the NSF-capable device uses the routing information to update the RIB and the FIB with the new forwarding information. The NSF-aware device uses the network information to remove stale routes from its BGP table. Following that, the BGP protocol is fully converged.
If a BGP peer does not support the graceful restart capability, it will ignore the graceful restart capability in an OPEN message but will establish a BGP session with the NSF-capable device. This functionality will allow interoperability with non-NSF-aware BGP peers (and without NSF functionality), but the BGP session with non-NSF-aware BGP peers will not be graceful restart capable.

NEW QUESTION: 3
A customer is deploying Defenders to a Fargate environment It wants to understand the vulnerabilities in the images it is deploying. How should the customer automate vulnerability scanning for images deployed to Fargate?
A. Designate a Fargate Defender to serve a dedicated image scanner
B. Set up a vulnerability scanner on the registry
C. Use Cloud Compliance to identify misconfigured AWS accounts
D. Embed a Fargate Defender to automatically scan for vulnerabilities
Answer: D

NEW QUESTION: 4

A. Option D
B. Option C
C. Option A
D. Option B
Answer: A
Explanation:
Administrative distance is the first criterion that a router uses to determine which routing protocol to use if two protocols provide route information for the same destination. Administrative distance is a measure of the trustworthiness of the source of the routing information. The smaller the administrative distance value, the more reliable the protocol.