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NEW QUESTION: 1
Which XSOAR architecture would be recommended for Managed Security Service Providers (MSSP)?
A. Multi-tenant
B. Multi-region
C. Dev-Prod
D. Distributed database
Answer: A

NEW QUESTION: 2
Topic 2, Company Two
You need to ensure that the company's remote computers receive Windows updates at the same time as the internal computers.
What should you do?
Company, Ltd. (Case Study): Background
You are the desktop architect for a company with 10,000 client computers. Client computers are either portable or desktop computers. All client computers run the 64-bit version of Windows 7 Enterprise. Your network consists of a main office and four regional offices.
Your network has an Active Directory Domain Services (AD DS) in a single-domain, single-forest model.
The forest and domain functional levels are set to Windows Server 2008 R2. There are four domain
controllers in the main office and two additional domain controllers in each regional office.
All servers run Windows Servers 2008 R2.
The regional offices are listed in the following table with users and WAN connection speeds.

Users in the New York office will have a Customer Relationship Management (CRM) application that is CPU-intensive and only runs on windows 2000 Professional. The Toronto office uses a network-intensive application. All users in the Toronto office use a legacy CRM application that runs on Windows XP only.
The existing client computers are managed with Microsoft System Center Configuration Manager (ConfigMgr) 2007 R3.
Business Requirements
The following business requirements must be maintained or exceeded:
Software Asset Management
The company Software Asset Management (SAM) team has a policy that mandates that after operating systems are deployed, the operating system environment (OSE) must be activated automatically before any additional updates or software are installed in the OSE. The Paris development group has a Key Management Server (KMS) in an isolated test network. All engineering applications are required to maintain compliance with the license agreements of the application vendors.
Technology Requirements
You need to ensure that users can always receive operating system and application updates on the internal network and when away from the main office or branch offices. The mobile staff uses portable computers. In the next remote update of the client computers, you need to deploy an Enterprise Resource Planning (ERP) add-on to Microsoft Internet Explorer. This add-on must support a partner application and integrate with the remote users. The ERP Internet Explorer add-on does not support the 64-bit version of Windows 7.
Virtualization infrastructure
You use Microsoft Application Virtualization (App-V) to deliver applications to computers. You use Microsoft Hyper-V Server 2008 R2 to deliver VDI desktops in a pool. All client operating systems deployed in the VDI pool must be automatically joined to the domain during the deployment process.
New Functionality
The fewest number of servers should be added to the environment to meet the technical goals. A new version of an existing engineering application must be deployed to the users. The new application requires a dedicated graphics processing unit (GPU) with 2 GB of memory.
Technical Requirements
The following technical requirements must be maintained or exceeded:
Infrastructure Requirements
All applications and updates are required to be deployed with the same central management tool. Detailed reporting for compliance audits are required to be available for all application and update deployments.
Application Compatibility
All current applications must be supported on Windows 7. You are licensed for the latest version of the Microsoft Desktop and Optimization Pack (MDOP).
Operating System Environment (OSE) Requirements
You need to ensure that Internet Explorer 9 is not automatically installed on any of the computers in the Toronto office. You need to ensure that the Internet Explorer Initial Wizard is not displayed on any Virtual Desktop Infrastructure (VDI) computers.
Security
All remote access must be logged and audit able. All VDI desktops computers must not send Customer Experience Improvement Program (CEIP) for Internet Explorer or windows Live Messenger.
A. Deploy DirectAccess.
B. Install BranchCache in distributed mode.
C. Install the Windows Deployment Services (WDS) role.
D. Implement System Center Operations Manager (OpsMgr)
Answer: A

NEW QUESTION: 3
When using migrate to upgrade a Secure Management Server, which of the following is included in the migration?
A. SmartReporter database
B. SmartEvent database
C. classes.C file
D. System interface configuration
Answer: C

NEW QUESTION: 4
Which of the following is an extension to Network Address Translation that permits multiple devices providing services on a local area network (LAN) to be mapped to a single public
IP address?
A. IP Spoofing
B. Port address translation
C. IP subnetting
D. IP Distribution
Answer: B
Explanation:
Port Address Translation (PAT), is an extension to network address translation (NAT) that permits multiple devices on a local area network (LAN) to be mapped to a single public IP address. The goal of PAT is to conserve IP addresses or to publish multiple hosts with service to the internet while having only one single IP assigned on the external side of your gateway.
Most home networks use PAT. In such a scenario, the Internet Service Provider (ISP) assigns a single IP address to the home network's router. When Computer X logs on the
Internet, the router assigns the client a port number, which is appended to the internal IP address. This, in effect, gives Computer X a unique address. If Computer Z logs on the
Internet at the same time, the router assigns it the same local IP address with a different port number. Although both computers are sharing the same public IP address and accessing the Internet at the same time, the router knows exactly which computer to send specific packets to because each computer has a unique internal address.
Port Address Translation is also called porting, port overloading, port-level multiplexed NAT and single address NAT.
Shon Harris has the following example in her book:
The company owns and uses only one public IP address for all systems that need to communicate outside the internal network. How in the world could all computers use the exact same IP address? Good question. Here's an example: The NAT device has an IP address of 127.50.41.3. When computer A needs to communicate with a system on the
Internet, the NAT device documents this computer's private address and source port number (10.10.44.3; port 43,887). The NAT device changes the IP address in the computer's packet header to 127.50.41.3, with the source port 40,000. When computer B also needs to communicate with a system on the Internet, the NAT device documents the private address and source port number (10.10.44.15; port 23,398) and changes the header information to 127.50.41.3 with source port 40,001. So when a system responds to computer A, the packet first goes to the NAT device, which looks up the port number
40,000 and sees that it maps to computer A's real information. So the NAT device changes the header information to address 10.10.44.3 and port 43,887 and sends it to computer A for processing. A company can save a lot more money by using PAT, because the company needs to buy only a few public IP addresses, which are used by all systems in the network.
As mentioned on Wikipedia:
NAT is also known as Port Address Translation: is a feature of a network device that translate TCP or UDP communications made between host on a private network and host on a public network. I allows a single public IP address to be used by many host on private network which is usually a local area network LAN
NAT effectively hides all TCP/IP-level information about internal hosts from the Internet.
The following were all incorrect answer:
IP Spoofing - In computer networking, the term IP address spoofing or IP spoofing refers to the creation of Internet Protocol (IP) packets with a forged source IP address, called spoofing, with the purpose of concealing the identity of the sender or impersonating another computing system.
Subnetting - Subnetting is a network design strategy that segregates a larger network into smaller components. While connected through the larger network, each subnetwork or subnet functions with a unique IP address. All systems that are assigned to a particular subnet will share values that are common for both the subnet and for the network as a whole.
A different approach to network construction can be thought of as subnetting in reverse.
Known as CIDR, or Classless Inter-Domain Routing, this approach also creates a series of subnetworks. Rather than dividing an existing network into small components, CIDR takes smaller components and connects them into a larger network. This can often be the case when a business is acquired by a larger corporation. Instead of doing away with the network developed and used by the newly acquired business, the corporation chooses to continue operating that network as a subsidiary or an added component of the corporation's network. In effect, the system of the purchased entity becomes a subnet of the parent company's network.
IP Distribution - This is a generic term which could mean distribution of content over an IP network or distribution of IP addresses within a Company. Sometimes people will refer to this as Internet Protocol address management (IPAM) is a means of planning, tracking, and managing the Internet Protocol address space used in a network. Most commonly, tools such as DNS and DHCP are used in conjunction as integral functions of the IP address management function, and true IPAM glues these point services together so that each is aware of changes in the other (for instance DNS knowing of the IP address taken by a client via DHCP, and updating itself accordingly). Additional functionality, such as controlling reservations in DHCP as well as other data aggregation and reporting capability, is also common. IPAM tools are increasingly important as new IPv6 networks are deployed with larger address pools, different subnetting techniques, and more complex 128-bit hexadecimal numbers which are not as easily human-readable as IPv4 addresses.
Reference(s) used for this question:
STREBE, Matthew and PERKINS, Charles, Firewalls 24seven, Sybex 2000, Chapter 1:
Understanding Firewalls.
Schneiter, Andrew (2013-04-15). Official (ISC)2 Guide to the CISSP CBK, Third Edition :
Telecommunications and Network Security, Page 350.
Harris, Shon (2012-10-25). CISSP All-in-One Exam Guide, 6th Edition (Kindle Locations
12765-12774). Telecommunications and Network Security, Page 604-606
http://searchnetworking.techtarget.com/definition/Port-Address-Translation-PAT
http://en.wikipedia.org/wiki/IP_address_spoofing
http://www.wisegeek.com/what-is-subnetting.htm
http://en.wikipedia.org/wiki/IP_address_management