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NEW QUESTION: 1
Universal Containers has a requirement that an Opportunity should have a field showing the value of its associated account's billing state. This value should not change after the Opportunity has been created. What is the recommended solution to configure this automation behavior?
A. Apex
B. Formula Field
C. Roll-up-summary field
D. Workflow
Answer: D

NEW QUESTION: 2
In your current role as the corporate network architect - you have decided to replace your existing hardware firewall appliances with a pair of Juniper SRX-Series Services Gateways. You have chosen these as AWS lists these as supportable devices for establishing IPsec connections. With this in mind, select the minimum set of options to ensure that you can establish IPsec connectivity between your on premise private corporate network and your AWS hosted VPC.
Select which option is NOT required
A. Deploy a Customer Gateway within your VPC
B. Deploy a Customer Gateway within your corporate network
C. Initiate network connections from somewhere within your corporate network, this is required to bring the tunnels UP
D. Deploy a Virtual Private Gateway within your VPC
Answer: B
Explanation:
A customer gateway within the corporate network is NOT required. The Customer Gateway (CGW) is a component that you deploy within your VPC that logically represents you VPN physical hardware's perimeter public IP - therefore Answer C is required. A Virtual Private Gateway (VPG) is the AWS VPN Concentrator end point - and is always a requirement that needs to be deployed in your VPC - therefore it must always be deployed - therefore Answer D is required AWS only supports IPsec in Tunnel mode - therefore Answer A is required.
Reference: https://aws.amazon.com/vpc/faqs/

NEW QUESTION: 3
By now, you are feeling confident that the security of the MegaCorp network is getting under control. You are aware that there are still several critical areas that you must deal with, and today you are addressing one of those areas. You have been able to take care of the router, firewall, security policy, and intrusion detection, now you are concerned with some of the hosts in the network.
Since the organization is not very large, you are the only person working in the IT end of the company. It will be up to you to directly work on the systems throughout the network. You make a quick chart of the systems you know should be in the MegaCorp network:
Server0001, 10.10.20.101, Windows 2000 Server
Server0010, 10.10.20.102, Windows 2000 Server
Server0011, 10.10.20.103, Windows 2000 Server
Server0100, 10.10.20.104, Linux (Red Hat 8.0)
User systems, 10.10.100.100~10.10.100.200, Windows 2000 Professional
The addressing that you recommended months ago is in place, and it follows a distinct logical pattern, you are hoping that no new systems are hidden in the network somewhere.
In the company, you have been granted domain administrator rights, and no other user is authorized to have administrator, root, supervisor, or otherwise privileged level of access. All the Windows systems are to belong to one windows domain called SCNA.edu. Users are no longer allowed to install unauthorized applications, and are all to use the file servers for storage. Although they have the ability to do so, users are not supposed to store any work data on their local systems.
The servers are located in a server cabinet that is inside your office, so you decide to start working there. Using your knowledge of MegaCorp select the best solution for hardening the MegaCorp operating systems:}
A. You being by running a Nessus scan from your office laptop on the systems in the network, first the servers, then the user workstations. After the scans are complete, you store the reports on your laptop, and you take your laptop to the server room.
In the server room, you begin on the Windows servers. You implement a custom security template on each server using the Security Configuration and Analysis Snap-In, remove any unauthorized accounts, ensure that each system is updated with the latest patches, and ensure that the permissions on each shared object are as per policy.
You then work on the Linux server, by addressing each point identified in the Nessus scan. You then lock the system with Bastille, ensure that each system is updated with the latest patches, and run a quick Tripwire scan to create a baseline for the system.
You take your laptop with you as you go throughout the network to each user workstation, ensure that each system is updated with the latest patches, and you take care of each issue you found on the machines. There are a few systems that you find with unauthorized applications and you remove those applications.
B. You start the job by running some analysis on the Windows servers. You do this using the Security Configuration and Analysis Snap-In, and you ensure that each system is updated with the latest patches. You find several user accounts that have been given local administrator access, and you remove these accounts. You next use the Secedit tool to implement local encryption on the shared hard drive to secure the local files for the network users.
You then work on the Linux server. To your surprise there are no unauthorized root accounts, nor any unauthorized shares. You ensure that the permissions are correct on the shared objects, and run Bastille to lock down the server.
You then work on the client machines. Before you physically sit at each machine, you run a Nessus scan from your office. Bringing the results with you, you go to each machine and address any issues as identified in the Nessus scan, remove any unauthorized applications
C. The first thing you decide to do is plug your laptop into the server room, and run a full Nessus scan on the entire network, specifically looking for every backdoor vulnerability that the application can check. This takes some time to compile, but you eventually end up with a list of issues to address on each machine.
You move on to the Linux server, and run a fast Tripwire check on the system to look for any additional vulnerabilities. Once that check is done, you install SSH so that all access by every user will be encrypted to the server, and you run Bastille to lock down the system.
At the Windows systems, you address any issues found during the Nessus scan, you ensure that each system is updated with the latest patches, and you ensure that the systems are all functioning as fully secure and functional file servers to the network by implementing the HISECWEB.INF template in the Security Configuration and Analysis Snap-In.
Finally, you work on each desktop machine by removing any vulnerabilities listed in the scan report. You remove a few pieces of unauthorized hardware and many unauthorized applications.
D. You begin by running a Nessus scan on each computer in the network, using the \hotfix switch to create a full report. The report identifies every vulnerability on each system and lists the specific changes you must make to each system to fix any found vulnerabilities.
You take the report to the server room and start with the Linux server. On the server, you run through the steps as outlined in the Nessus report, and end by locking the system using Bastille.
Then, you move to the Windows systems, again following the steps of the Nessus report, and ending by using the Security Configuration and Analysis Snap-In to implement the Gold Standard template on every server.
Finally, you proceed to each user workstation. At each user machine, you follow each step for each system, based on your report. Once you have addressed all the vulnerabilities in the systems, you run a quick Secedit scan on each system to ensure that they are all locked down and that proper encryption is configured.
E. The first thing you do is to run a Nessus scan against all the servers in the room, noting the findings of the scans. You then begin on the servers by running some tests on the Linux server. First, you run Tripwire on the entire system to ensure that there are no rogue Root accounts, and the test is positive. Second, you ensure that there are no unauthorized objects available through the network, and third you lock the system down with Bastille.
You then work on the Windows servers. You run a check to ensure there are no unauthorized administrator accounts, and there are not. You create a custom security template and implement the template on each server using the Security Configuration and Analysis Snap-In, and you ensure that each system is updated with the latest patches.
Finally, you analyze the user desktops. You go one by one through the network checking for added user accounts, and you find some. You remove these unauthorized accounts and check for software and applications. Again, you find some applications that are not allowed and you remove them. You check the systems for hardware changes, and address the issues that you find.
Answer: A

NEW QUESTION: 4
An administrator is running a variety of vSphere 6.5 cluster configurations and is tasked with upgrading to vSphere 7.0. Which two conditions could cause potential conflicts or outages to the virtual machines (VMs)? (Choose two.)
A. Datastores attached to the hosts based on VMFS3
B. The upgrade of an external platform services controller
C. The use of a Windows vCenter Server system
D. The upgrade of a vSphere Distributed Switch with VMs attached
E. The use of third-party custom vSphere Installation Bundles (VIBs) installed on the ESXi hosts
Answer: B,E