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Microsoft Course 20413

Exam 70-413 - This instructor-led course provides you with the skills and knowledge needed to plan, design, and deploy a physical and logical Windows Server 2012 Active Directory Domain Services (AD DS) infrastructure. The course also provides the skills to perform name resolution, application integration, optimization of automate remediation and maintenance of network services.

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Audience Profile

Candidates for this course have good Windows client and server operating system knowledge and basic AD DS and networking experience in an enterprise/small business (SMB) environment together with application configuration experience. This course is intended for IT professionals who are responsible for planning, designing, and deploying a physical and a logical Windows Server 2012 enterprise Active Directory Domain Services (AD DS) infrastructure including the network services necessary. Students have experience of previous Windows Server operating systems and possess Windows Server 2012 certification (MCSA) or equivalent skills.

At Course Completion

After completing this course, students will be able to:

  • Implement server upgrade and migration.
  • Design an automated server installation strategy.
  • Plan and implement a server deployment infrastructure.
  • Plan and implement file and storage services.
  • Design and implement a Dynamic Host Configuration Protocol (DHCP) solution.
  • Design a name resolution solution strategy.
  • Design and manage an IP address management solution.
  • Design a VPN solution.
  • Design a DirectAccess solution.
  • Implement a scalable remote access solution.
  • Design a network protection solution.
  • Implement a network protection solution.
  • Design a forest and domain infrastructure.
  • Implement a forest and domain infrastructure.
  • Design a Group Policy strategy.
  • Design an Active Directory permission model.
  • Design an Active Directory sites topology.
  • Design a domain controller strategy.
  • Design and implement a branch office infrastructure.
Networking Guide
Chapter 1, Networking overview

The Internet Protocol (IP)

The Internet Protocol (IP)

The Internet Protocol defines a data delivery system wherein the sending and receiving machines are not necessarily directly connected. IP splits data into packets of a given size, which are then forwarded to the receiving machine via the network. These individual packets of data (often called ``datagrams'') are routed through different machines on the Internet to the destination network and receiving machine. A particular set of data, such as a file, can be broken up into several datagrams that are sent separately.

A datagram consists of header information and a data segment. The header contains information about routing and processing the datagram. Datagrams can be further fragmented into smaller pieces, depending on the physical requirements of the networks they cross. For example, when a gateway sends a datagram to a network that cannot accommodate the datagram as a single packet, the datagram must be split into pieces that are small enough for transmission. The datagram fragment headers contain the information necessary to reassemble the fragments into the complete datagram. Fragments do not necessarily arrive in order; the software module implementing the IP protocol on the destination machine must reassemble the fragments into the original datagram. If any fragments are lost, the entire datagram is discarded.

See also:

  • inet(ADMP)

  • ip(ADMP)
Networking guide
Call : 800-519- 2267

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Choose an Enforcement Method

Updated: October 6, 2008

Applies To: Windows 7, Windows Server 2008, Windows Server 2008 R2, Windows Vista

To choose the right NAP enforcement method for your network, review the following sections of this guide to understand the details of how each enforcement method works and determine which method best meets your deployment goals:

You might also consider the following when choosing an enforcement method:

  • Infrastructure. How well does your current network support the enforcement method?

     
  • Cost. Which aspect of your NAP deployment is more important: cost or flexibility?

     
  • Complexity. Do you have the expertise to implement and maintain your deployment?

     
  • Security. How secure is the enforcement method?

     

Infrastructure

All NAP enforcement methods can be implemented using a minimum of one computer running Windows Server 2008 R2 or Windows Server 2008. All enforcement methods require that NPS is installed on this computer and configured to evaluate the health of NAP clients. Additional required services depend on the enforcement method. For example, IPsec, VPN, and DHCP enforcement methods require a NAP enforcement server running Windows Server 2008 R2 or Windows Server 2008. The 802.1X enforcement method requires network hardware that supports the 802.1X authentication method and is capable of controlling port characteristics using RADIUS tunnel attributes. For more information, see NAP Configuration Overview.

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Cost

Because support for it is built into the Windows operating system, the cost of deploying NAP is typically low, but depends on how well your existing network hardware and software support your design. If you have deployed Windows Server 2008 R2 or Windows Server 2008 on your network, then you already have some or all of the components required to deploy NAP. Some NAP enforcement methods might require an upgrade of the components of your network infrastructure. For example, deploying NAP with 802.1X enforcement can be costly if you do not already have hardware that supports 802.1X authentication. If you already have hardware that supports 802.1X, then it is likely that you can deploy NAP with 802.1X enforcement at minimal cost. If your hardware does not support NAP, in some cases adding support can be as simple as downloading and installing new firmware. To determine the costs associated with a NAP deployment, review hardware and software requirements for the enforcement methods you have chosen and determine whether server and network hardware upgrades are required. Additional costs that might also be associated with a NAP deployment include planning and design costs and the training of support personnel.

Complexity

NAP with IPsec enforcement is generally the most complex enforcement method to deploy because it requires a public key infrastructure (PKI) and IPsec policies to create logical networks. However, Windows Server 2008 R2 and Windows Server 2008 include tools for managing and monitoring IPsec that eliminates much of this complexity. The 802.1X enforcement method is next in terms of complexity, followed by VPN enforcement. DHCP enforcement is the least complex enforcement method to deploy.

Security

IPsec enforcement is a powerful method for protecting compliant computers from any others; it can be combined with server and domain isolation to ensure that after a computer has demonstrated it is compliant, it will still be restricted to communicating only with authorized hosts. IPsec provides other benefits, too. Network packets are authenticated, which reduces the risk of man-in-the-middle and replay attacks, and traffic can be encrypted with IPsec, providing a high degree of protection from eavesdropping attacks.

Like IPsec, 802.1X offers a high degree of protection. Several enhancements to 802.1X are also available that provide improved security. Until a client has demonstrated that it complies with the organization’s health requirements, its access to the network will be restricted by the network switches and wireless access points. These restrictions can be very difficult to bypass, even by a determined malicious user.

VPN enforcement is a good choice for protecting remote access to the corporate network. Clients that connect to a NAP-enabled VPN server can be granted restricted access to the network at the point of entry using IP packet filters. The health of remote client computers is evaluated when the client connects and it is monitored during the VPN session. If a client computer becomes noncompliant, then access is restricted until the computer is compliant.

DHCP enforcement restricts noncompliant computers by providing a limited IPv4 address configuration. It is the least secure NAP enforcement method. It is easily bypassed by an advanced user who has administrative privileges on the computer.

Combining NAP enforcement methods

It is possible to use more than one enforcement method simultaneously. An organization might invest additional resources into combining these enforcement technologies because they have complementary strengths and weaknesses. NAP with VPN enforcement can be used to enforce organizational compliance policies on remote clients, while NAP with IPsec enforcement can be used for local clients. 802.1X and IPsec offer a particularly robust combination because together they can restrict network connectivity at multiple layers of the network protocol stack. The following table shows which enforcement methods can be combined. Keep in mind that the complexity of your NAP deployment will increase when you combine enforcement methods.

 

IPsec 802.1X VPN DHCP
IPsec Checklist Checklist Checklist
802.1X Checklist X Checklist
VPN Checklist X X
DHCP

 

 

Preboot Sequence, Process Accounting, Publishing Resources, Publishing Software Packages, Redeploying Software, Refreshing Group Policy at Established Intervals, Remote Assistance, Remote Desktop for Administration, Removing a Service Pack or Hotfix, Removing or Disabling Software, Requesting Assistance, Reroute Requests with Redirects, Resolving Conflicts Between Group Policy Settings, Restoring Active Directory Directory Services, Restoring Files and Folders, Roaming User Profiles, Security, Setting Up and Managing Published Printers, Setting Up and Managing Published Shared Folders, Setting Up Auditing, Shared Folder Permissions, Slipstreaming Service Packs and Hotfixes, Software Deployment, Software Installation and Maintenance Technology, Software Update Services, Support_388945a0 account credentials instead of the users credentials to perform specific administrative, System Requirements, TABLE OF CONTENTS : Installing and Deploying Windows Server 2003, Taking Ownership, Terminal Server Role, Terminal Services Components, Terminal Services,  The Boot.ini File, The Deny Permission, The File Signature Verification Utility, The Logman Utility, MCSE Boot Camp Training get MCSE join MCSE Bootcamp, The Recovery Console, The relog Utility, MCSE Boot Camp Training get MCSE join MCSE Bootcamp, The Remote Desktop Connection Utility, The Remote Desktops Snap-In, The Session Manager, The Shutdown Event Tracker, The System Monitor, The typeperf Utility, The Windows Server 2003 Boot Process, Troubleshooting NTFS Permission Problems, Troubleshooting Terminal Services, Unattended Installation, Upgrading Software, Using a Saved File to Request Assistance, Using an Audit Policy, Using an Unattended Answer File, Using Configure Your Server Wizard and Add or Remove Programs to Install IIS, Using Driver Signing, Using E-Mail to Request Assistance, Using Event Viewer to View Security Logs, Using Event Viewer, Using Group Policy, Using Remote Installation Services, Using Scripting to Manage Website Content, Using Task Manager to Monitor Performance, Using the Recovery Console, Using the System Preparation Tool, Using User Profiles, Using Windows Messenger to Request Assistance, Viewing Security Logs, Virtual Directories, Volume Mounting, Web-Based Administration, Windows Server 2003 Licensing, Windows Server 2003 network, Windows Update Catalog, Windows Update

 

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