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NEW QUESTION: 1
Refer to the exhibit.

A customer wants to enable Publisher redundancy.
Based on the network topology diagram shown, which node should the network administrator configure as the standby Publisher for the Publisher in the main data center?
A. Publisher in the mid-size branch
B. Publisher in the DMZ
C. Subscriber in the main data center
D. Any of the other three Publishers
E. Publisher in the regional office
Answer: C
Explanation:
Explanation
ClearPass Policy Manager allows you to designate one of the subscriber nodes in a cluster to be the Standby Publisher, thereby providing for that subscriber node to be automatically promoted to active Publisher status in the event that the Publisher goes out of service. This ensures that any service degradation is limited to an absolute minimum.
References:
http://www.arubanetworks.com/techdocs/ClearPass/Aruba_DeployGd_HTML/Content/5%20Cluster%20Deploy

NEW QUESTION: 2
Which type of attack uses a large number of spoofed MAC addresses to emulate wireless clients?
A. DoS against an access point
B. authentication-failure attack
C. DoS against a client station
D. chopchop attack
E. device-probing attack
F. Airsnarf attack
Answer: A
Explanation:
Explanation/Reference:
Explanation:
DoS attacks against access points are typically carried out on the basis of the following assumptions:
Access points have limited resources. For example, the per-client association state table.

WLAN management frames and authentication protocols 802.11 and 802.1x have no encryption

mechanisms.
Wireless intruders can exhaust access point resources, most importantly the client association table, by emulating large number of wireless clients with spoofed MAC addresses. Each one of these emulated clients attempts association and authentication with the target access point but leaves the protocol transaction mid-way. When the access points resources and the client association table is filled up with these emulated clients and their incomplete authentication states, legitimate clients can no longer be serviced by the attacked access point. This creates a denial of service attack.
Reference:http://www.cisco.com/c/en/us/td/docs/wireless/mse/8-0/MSE_wIPS/MSE_wIPS_8_0/ MSE_wIPS_7_5_appendix_0110.html#concept_E6770BF8F43241919859C16AE0077137

NEW QUESTION: 3

A. Switch-to-Switch Connectivity
B. NTP
C. Loop Prevention
D. Port Security
E. Access Vlans
F. VLAN ACL / Port ACL
G. IPv6 RIP Routing
H. IPv4 EIGRP Routing
I. IP DHCP Helper
J. Switch Virtual Interface
K. IPv4 layer 3 security
Answer: F
Explanation:
Explanation
On DSW1, VALN ACL, Need to delete the VLAN access-map test1 whose action is to drop access-list 10; specifically 10.2.1.3
Topic 9, Ticket 11 : IPV6 OSPF
Topology Overview (Actual Troubleshooting lab design is for below network design)
* Client Should have IP 10.2.1.3
* EIGRP 100 is running between switch DSW1 & DSW2
* OSPF (Process ID 1) is running between R1, R2, R3, R4
* Network of OSPF is redistributed in EIGRP
* BGP 65001 is configured on R1 with Webserver cloud AS 65002
* HSRP is running between DSW1 & DSW2 Switches
The company has created the test bed shown in the layer 2 and layer 3 topology exhibits.
This network consists of four routers, two layer 3 switches and two layer 2 switches.
In the IPv4 layer 3 topology, R1, R2, R3, and R4 are running OSPF with an OSPF process number 1.
DSW1, DSW2 and R4 are running EIGRP with an AS of 10. Redistribution is enabled where necessary.
R1 is running a BGP AS with a number of 65001. This AS has an eBGP connection to AS 65002 in the ISP's network. Because the company's address space is in the private range.
R1 is also providing NAT translations between the inside (10.1.0.0/16 & 10.2.0.0/16) networks and outside (209.65.0.0/24) network.
ASW1 and ASW2 are layer 2 switches.
NTP is enabled on all devices with 209.65.200.226 serving as the master clock source.
The client workstations receive their IP address and default gateway via R4's DHCP server.
The default gateway address of 10.2.1.254 is the IP address of HSRP group 10 which is running on DSW1 and DSW2.
In the IPv6 layer 3 topology R1, R2, and R3 are running OSPFv3 with an OSPF process number 6.
DSW1, DSW2 and R4 are running RIPng process name RIP_ZONE.
The two IPv6 routing domains, OSPF 6 and RIPng are connected via GRE tunnel running over the underlying IPv4 OSPF domain. Redistrution is enabled where necessary.
Recently the implementation group has been using the test bed to do a 'proof-of-concept' on several implementations. This involved changing the configuration on one or more of the devices. You will be presented with a series of trouble tickets related to issues introduced during these configurations.
Note: Although trouble tickets have many similar fault indications, each ticket has its own issue and solution.
Each ticket has 3 sub questions that need to be answered & topology remains same.
Question-1 Fault is found on which device,
Question-2 Fault condition is related to,
Question-3 What exact problem is seen & what needs to be done for solution



Solution
Steps need to follow as below:-
* When we check on client 1 & Client 2 desktop we are not receiving DHCP address from R4 ipconfig ----- Client will be receiving IP address 10.2.1.3
* From Client PC we can ping 10.2.1.254....
* But IP 10.2.1.3 is able to ping from R4, R3, R2, R1.
* Since the problem is R1 (2026::111:1) is not able to ping loopback of DSW1 (2026::102:1).
* Kindly check for neighbourship of routers as IPV6.... As per design below neighbourship should be present for IPV6 R1 ---R2 --- R3 --- R4--- DSW1 & DSW2 ----- Neighbourship between devices of IPV6

R2 IPV6 OSPF neighbourship is with R1

R3 IPV6 OSPF neighbourship is with R4


* As per above snapshot we cannot see IPV6 neighbourship between R2 & R3 when checked interface configuration ipv6 ospf area 0 is missing on R2 which is connected to R3
* Change required: On R2, IPV6 OSPF routing, Configuration is required to add ipv6 ospf 6 area 0 under interface serial 0/0/0.23

NEW QUESTION: 4

A. Option A
B. Option F
C. Option E
D. Option B
E. Option C
F. Option D
Answer: B
Explanation:
A simple way to create an executor that uses a fixed thread pool is to invoke the newFixedThreadPool factory method in java.util.concurrent.Executors This class also provides the following factory methods:
*The newCachedThreadPool method creates an executor with an expandable thread pool. This executor is suitable for applications that launch many short-lived tasks.
*The newSingleThreadExecutor method creates an executor that executes a single task at a time.
*Several factory methods are ScheduledExecutorService versions of the above executors.
If none of the executors provided by the above factory methods meet your needs, constructing instances of java.util.concurrent.ThreadPoolExecutor or java.util.concurrent.ScheduledThreadPoolExecutor will give you additional options.
Note: The Executor interface provides a single method, execute, designed to be a drop-in replacement for a common thread-creation idiom. If r is a Runnable object, and e is an Executor object you can replace (new Thread(r)).start(); with e.execute(r); However, the definition of execute is less specific. The low-level idiom creates a new thread and launches it immediately. Depending on the Executor implementation, execute may do the same thing, but is more likely to use an existing worker thread to run r, or to place r in a queue to wait for a worker thread to become available.
Reference: The Java Tutorials, Thread Pools
Reference: The Java Tutorials, Executor Interfaces