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NEW QUESTION: 1
The Security Engineer has discovered that a new application that deals with highly sensitive data is storing Amazon S3 objects with the following key pattern, which itself contains highly sensitive data.
Pattern:
"randomID_datestamp_PII.csv"
Example:
"1234567_12302017_000-00-0000 csv"
The bucket where these objects are being stored is using server-side encryption (SSE).
Which solution is the most secure and cost-effective option to protect the sensitive data?
A. Store all sensitive objects in Binary Large Objects (BLOBS) in an encrypted Amazon RDS instance.
B. Remove the sensitive data from the object name, and store the sensitive data using S3 user-defined metadata.
C. Use a random and unique S3 object key, and create an S3 metadata index in Amazon DynamoDB using client-side encrypted attributes.
D. Add an S3 bucket policy that denies the action s3:GetObject
Answer: C
Explanation:
https://docs.aws.amazon.com/AmazonS3/latest/dev/UsingMetadata.html https://aws.amazon.com/blogs/database/best-practices-for-securing-sensitive-data-in-aws-data-stores/

NEW QUESTION: 2
Which two statements about OSPF route types are true? (Choose two.)
A. Inter-area routes originate inside their area.
B. The cost of an external type 2 route is the same as the external cost.
C. The cost of an external type 2 route is the sum of the external and internal costs.
D. The cost of an external type 1 route is the same as the internal cost.
E. For routes to the same destination, external type 1 routes are preferred over external type 2 routes.
F. Intra-area routes originate outside of their area.
Answer: B,E
Explanation:
Explanation/Reference:
Explanation:
External routes fall under two categories, external type 1 and external type 2. The difference between the two is in the way the cost (metric) of the route is being calculated. The cost of a type 2 route is always the external cost, irrespective of the interior cost to reach that route. A type 1 cost is the addition of the external cost and the internal cost used to reach that route. A type 1 route is always preferred over a type 2 route for the same destination.
Reference: http://www.cisco.com/c/en/us/support/docs/ip/open-shortest-path-first-ospf/7039-1.html

NEW QUESTION: 3

A. switch(config)#spanning-tree portfast bpdufilter default
B. switch(config-if)#switchport port-security violation protect
C. switch(config-if)#spanning-tree portfast disable
D. switch(config)#spanning-tree portfast bpduguard default
E. switch(config-if)#spanning-tree portfast
F. switch(config-if)#spanning-tree port-priority 0
Answer: D,E

NEW QUESTION: 4
When implementing source-based remote-triggered black hole filtering, which two configurations are required on the edge routers that are not the signaling router? (Choose two.)
A. Redistribution into BGP of the static route that points to the IP address of the attacker
B. A static route to a prefix that is not used in the network with a next hop set to the Null0 interface
C. A route policy to set the redistributed static routes with the no-export BGP community
D. uRPF on all external facing interfaces at the edge routers
E. A static route pointing to the IP address of the attacker
Answer: B,D
Explanation:
Explanation/Reference:
Source-Based RTBH Filtering
With destination-based black holing, all traffic to a specific destination is dropped after the black hole has been activated, regardless of where it is coming from. Obviously, this could include legitimate traffic destined for the target. Source-based black holes provide the ability to drop traffic at the network edge based on a specific source address or range of source addresses.
If the source address (or range of addresses) of the attack can be identified (spoofed or not), it would be better to drop all traffic at the edge based on the source address, regardless of the destination address.
This would permit legitimate traffic from other sources to reach the target. Implementation of source-based black hole filtering depends on Unicast Reverse Path Forwarding (uRPF), most often loose mode uRPF.
Loose mode uRPF checks the packet and forwards it if there is a route entry for the source IP of the incoming packet in the router forwarding information base (FIB). If the router does not have an FIB entry for the source IP address, or if the entry points to a null interface, the Reverse Path Forwarding (RPF) check fails and the packet is dropped, as shown in Figure 2. Because uRPF validates a source IP address against its FIB entry, dropping traffic from specific source addresses is accomplished by configuring loose mode uRPF on the external interface and ensuring the RPF check fails by inserting a route to the source with a next hop of Null0. This can be done by using a trigger device to send IBGP updates. These updates set the next hop for the source IP to an unused IP address that has a static entry at the edge, setting it to null as shown in Figure 2.