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NEW QUESTION: 1
An architect is helping an organization with the Logical Design of an NSX-T Data Center solution.
This information was gathered during the Assessment Phase:
Data between two networks connected over a public network needs to be encrypted.
Certificate authentication is required.
Dynamic route learning is preferred.
Which selection should the architect include in their design? (Choose the best answer.)
A. Deploy a Tier-0 gateway in Active/Standby mode. Configure route-based IPSec VPN with SHA512 with RSA as the hash algorithm.
B. Deploy a Tier-0 gateway in Active/Active mode. Configure policy-based IPSec VPN with SHA512 with RSA as the hash algorithm.
C. Deploy a Tier-0 gateway in Active/Standby mode. Configure policy-based IPSec VPN with SHA512 with RSA as the hash algorithm.
D. Deploy a Tier-0 gateway in Active/Active mode. Configure route-based IPSec VPN with SHA512 with RSA as the hash algorithm.
Answer: A
NEW QUESTION: 2
Things have been running smoothly now at GlobalCorp for the last several weeks. There have been no major attacks, and it seems that the systems in place are performing just as expected. You are putting together some paperwork when you get a call from Blue to meet in the conference room.
When you get there, Blue is wrapping up a meeting with the senior Vice President of Sales, whom you say hello to on your way in.
"I was just talking with our senior VP here, and we're run into a new issue to discuss," Blue tells you.
"Wel Il let you two sort this out. Blue, do let me know when it's all ready to go." With that the VP leaves.
You sit down across from Blue, who starts, "That was an interesting meeting. It seems that even though I have always said no to the request, we are being pressured to implement a wireless network."
"Here?" you ask, "In the executive building?"
"Yes, right here. The sales team wishes to have the ability to be mobile. Instead of running a full scale roll out I have trimmed the request down to running a test implementation on the second floor. The test run on that floor will be used to determine the type of wireless rollout for the rest of the building, and eventually the rest of the campus. So, here is what we need to do. I need you to create the roll out plan, and bring that plan to me. Il review with you and implement as required."
"As always, what is my budget restriction?" you ask.
"In this case, security is the top priority. If we are going to run wireless, it has to be as secure as possible, use whatever you need. That being said, your plan has to use existing technologies, we are not going to fund the development of a new protocol or proprietary encryption system right now."
You begin your work on this problem by pulling out your own wireless networking gear. You have a laptop that uses an ORiNOCO card, and you have a full directional antenna that you can hold or mount on a small tripod. You take your gear to the lobby of the second floor, and you load up NetStumbler quickly to run a quick check that there are no access points in your area.
The immediate area is clear of any signal, so you take you gear and walk the entire second floor, waiting to see if there is any signal, and you find none. With your quick walk through complete, you take your gear back to your office and start working on your plan.
Using your knowledge of the GlobalCorp network, select the best solution to the wireless networking rollout problem:}
A. You determine that for the test network, you will run the network in infrastructure mode, using a SSID of FLOOR2. During the test, you will create one single Basic Service Set (BSS), running through one access point. All test nodes will be configured to participate in the BSS, using the SSID of FLOOR2, and the access point will be configured with MAC address filtering of the test nodes.
You will configure the access point to use EAP, specifically EAP-TLS. You will configure a Microsoft RADIUS Server as the authentication server. You will configure the RADIUS server with a digital certificate. Using EAP-TLS, both the server and the client will be required to authenticate using their digital certificates before full network access will be granted. Clients will have supplicant software configured where required.
You will next make a physical map of the office, using the tool Ekahau. Working with this tool, you will map out and track the positioning of each wireless device once the network is active.
When the network is up and running, you take your gear (which is not an authorized client of the network) and every few days will walk the office again, checking for access. You will continue the test by running checks from the parking lot, ensuring that you cannot gain access.
B. You have figured out that since the network is a test roll out, you have some flexibility in its configuration. After your walk through test, you begin by configuring the wireless nodes in the network to run in Ad Hoc mode, creating an Extended Basic Service Set (EBSS).
You will use a complex SSID of 5cN@4M3! on all wireless nodes. You will next configure every node to no longer broadcast any beacon packets. You will configure all the nodes to not use the default channel, and instead move them all to channel six.
You will configure every node to use MAC address filtering, to avoid unauthorized nodes from attempting to gain access to the network. Finally, you will configure each node to use WEP in the strong 128-bit mode, along with a complex 16-character passphrase for generating four keys. You will manually input the WEP Keys into each node. You will divide the test nodes into quarters, and configure each quarter to startup on the network using a different default WEP key.
Once the network is up and running, you take your gear (which is not an authorized client of the network) and every few days will walk the office again, checking for access.
C. You figure out that you will run the test network in infrastructure mode, using a SSID of GlobalCorp. You will create one single Basic Service Set (BSS), all running through one access point. All test nodes will be configured to participate in the BSS, using the SSID of GlobalCorp, and the access point will be configured with MAC address filtering of the test nodes.
You will configure the access point to utilize a combination of 802.1x and WPA. The WPA settings will be fully secured with TKIP, and 128-bit keys, which change on a per session basis. The 802.1x settings will be to use Lightweight EAP (LEAP). The clients will be configured to use LEAP, with a fallback to TKIP at 128-bits.
When the network is up and running, you take your gear (which is not an authorized client of the network) and every few days will walk the office again, checking for access. You will continue the test by running checks from the parking lot, ensuring that you cannot gain access.
D. You determine that for the test network, you will run in infrastructure mode, using a SSID of FLOOR2. During the test, you will create one single Independent Basic Service Set (IBSS), running through one access point. All test nodes will be configured to participate in the IBSS, using the SSID of FLOOR2.
You will configure the access point to use WPA, with an algorithm of TKIP. You will configure WPA to utilize the full 128-bit key option, with the pre-shared WPA key option. The client computers will need supplicants, so you will configure the Funk Software Odyssey Client on the clients, matching the key settings and TKIP settings.
You will disable the access point from broadcasting its SSID, and you will configure MAC address filtering.
Once the network is up and running, you take your gear (which is not an authorized client of the network) and every few days will walk the office again, checking for access.
E. You have figured out that since the network is a test roll out, you have some flexibility in its configuration. After your walk through test, you begin by configuring the wireless nodes in the network to run in Ad Hoc mode, creating an Independent Basic Service Set (IBSS).
You will use a complex SSID of 5cN@4M3! on all wireless nodes. You will next configure every node to no longer broadcast any beacon packets. You will configure all the nodes to not use the default channel, and instead move them all to channel six.
You will configure every node to use MAC address filtering, to avoid unauthorized nodes from attempting to gain access to the network. Finally, you will configure each node to use WEP in the strong 128-bit mode, along with a complex 16-character passphrase.
Once the network is up and running, you take your gear (which is not an authorized client of the network) and every few days will walk the office again, checking for access.
Answer: A
NEW QUESTION: 3
Which two client requirements align with using an ASO plan type alongside the Enterprise Planning and Budgeting Cloud (EPBCS) plan types? (Choose two.)
A. The client would like to report the results of the allocation process by Entity.
B. The client would like to plan revenue by Product and Services dimensions.
C. The client would like to store 10 years of actual history for reporting purposes but only requires prior year history for planning purposes.
D. Due to sparse dimensionality, Aggregation times are slow in EPBCS.
E. The client has 10 dimensions in the EPBCS application and needs to report at each intersection.
Answer: D,E
Explanation:
The advantage of creating these Aggregate Storage Option (ASO) cubes is obviously for reporting capabilities. With any application that utilizes a large dimension set with several sparse members, ASO cubes make reporting on data much faster.
References: http://www.performancearchitects.com/wp/2014/05/07/advantages-and- disadvantages-of-the-aggregate-storage-option-aso-plan-type-feature-in-oracle-hyperion- planning-version-11-1-2-3/