Lesson Plans
LabSim for Microsoft’s Planning a
2003 Network Infrastructure
(Exam 70-293)
Table of Contents
Course Overview .................................................................................................. 2
Section 0.1: Introduction ....................................................................................... 4
Section 1.1: Remote Management........................................................................ 5
Section 1.2: Network Monitor ................................................................................ 7
Section 1.3: Performance ..................................................................................... 8
Section 2.1: DNS Concepts .................................................................................. 9
Section 2.2: Namespace Design ......................................................................... 10
Section 2.3: Controlling Name Resolution .......................................................... 11
Section 2.4: DNS Performance ........................................................................... 13
Section 2.5: DNS Security .................................................................................. 15
Section 2.6: Troubleshooting DNS ...................................................................... 17
Section 3.1: Configuring WINS ........................................................................... 18
Section 3.2: Managing WINS .............................................................................. 19
Section 3.3: Integrating WINS and DNS ............................................................. 21
Section 4.1: TCP/IP Configuration ...................................................................... 22
Section 4.2: Network Components...................................................................... 24
Section 4.3: Optimizing DHCP ............................................................................ 25
Section 4.4: Troubleshooting TCP/IP .................................................................. 27
Section 5.1: Routing............................................................................................ 28
Section 5.2: Remote Access ............................................................................... 30
Section 5.3: Wireless Networking ....................................................................... 32
Section 6.1: Internet Connectivity ....................................................................... 33
Section 6.2: Network Address Translation (NAT)................................................ 34
Section 6.3: Firewalls .......................................................................................... 36
Section 7.1: Security Planning and Monitoring ................................................... 37
Section 7.2: Group Policy ................................................................................... 39
Section 7.3: Templates and Baselines ................................................................ 40
Section 7.4: Encryption ....................................................................................... 42
Section 7.5: Authentication and Communication ................................................ 43
Section 7.6: Software Security ............................................................................ 45
Section 8.1: PKI Concepts .................................................................................. 46
Section 8.2: Configuring Certificate Services ...................................................... 47
Section 8.3: Managing Certificates ..................................................................... 49
Section 8.4: Smart Cards .................................................................................... 51
Section 9.1: Load Balancing ............................................................................... 52
Section 9.2: Clustering ........................................................................................ 54
Section 9.3: Backup and Recovery ..................................................................... 55
Section 9.4: Distributed File System ................................................................... 57
Practice Exams ................................................................................................... 58
Appendix A: Approximate Time for the Course ................................................... 59
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
1
Course Overview
Introduction
The introduction covers the different versions of Windows Server 2003. Each
version is constructed to meet specific networking requirements. Students learn
the capabilities of each version, and how each version can be deployed.
0.0 Introduction
This module covers different server management practices. Students learn how
to perform remote management tasks and monitor server and network
performance.
1.0 Server Management
This module covers different server management practices. Students learn how
to perform remote management tasks and monitor server and network
performance.
2.0 DNS Name Resolution
This module covers DNS name resolution. Students learn about every facet of
DNS from name resolution to DNS integration with Active Directory. Students
also learn how to configure and control name resolution in a network
environment.
3.0 NetBIOS Name Resolution
This module covers NetBIOS name resolution. Though a legacy deployment,
many networks and applications require NetBIOS to function properly. Students
learn when and how to deploy NetBIOS name resolution.
4.0 Network Addressing and Protocols
This module covers network addressing and network protocols. Students learn
about TCP/IP and address assignment through DHCP. They also learn practices
to help optimize DHCP performance.
5.0 Routing and Remote Access
This module covers routing and remote access. Students learn how to choose
and deploy a routing solution and configure remote access. This module also
introduces students to wireless networking.
6.0 Internet Connectivity
This module covers Internet connectivity. Students learn the different methods for
establishing network connections to the Internet. This module also introduces
students to basic security practices, like firewall deployment.
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
2
7.0 Security
This module covers security. Students will learn how to create a security plan,
implement security through Group Policy and security templates, use encryption,
establish secure network authentication, and secure software.
8.0 Public Key Infrastructure (PKI)
This module introduces students to PKI (Public Key Infrastructure). Students
learn about the components of PKI, how to use PKI in a network environment,
and smart card deployment.
9.0 Availability
This module covers network availability. Students learn how to use features and
tools designed to accomplish network and data fault tolerance and redundancy.
Practice Exams
In Practice Exams students will have the opportunity to test themselves and
verify that they understand the concepts and are ready to take the certification
exam.
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
3
Section 0.1: Introduction
Summary
Make a chart similar to the one in the video. Prepare to discuss the advantages,
disadvantages, and best uses for each Server 2003 version.
Students will learn how to:



Configure capture and display filters using Netmon.
Enable Dedicated Capture Mode.
Increase Netmon buffers and reduce frame size in a capture.
Planning a 2003 Network Infrastructure Objectives

204. Plan network traffic monitoring. Tools might include Network Monitor
and System Monitor.
Lecture Focus Questions:




How do the various 2003 server editions differ from each other?
What are the domain and forest functional levels?
How can Network Monitor help you analyze network traffic?
When would you use Network Monitor?
Video/Demo
Time
0.1.1 Course Introduction
5:54
0.1.2 2003 Server Versions
7:07
Total
13:01
Number of Exam Questions
2 questions
Total Time
About 15 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
4
Section 1.1: Remote Management
Summary
Make sure you understand the differences between out-of-band and in-band
management tools to explain to the class. If possible, set up a terminal services
client and server. Run a session during the class to show how terminal services
functions.
Students will learn how to:


Enable and configure a server and client to use Remote Desktop.
Troubleshoot Remote Desktop connections.
Planning a 2003 Network Infrastructure Objectives

302. Plan security for remote access users.
o Plan remote access policies.
o Plan authentication methods for remote access clients.
Lecture Focus Questions:





What is the difference between an in-band and out-of-band remote
management tool?
How do you configure EMS?
What are some in-band remote management tools?
What group membership and user rights must a user have to use Remote
Desktop?
What are three ways to submit a Remote Assistance request?
Video/Demo
Time
1.1.1 Emergency Management Services (EMS)
5:39
1.1.3 Terminal Services
9:10
Total
14:49
Lab/Activity

Enable Remote Desktop
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
5
Number of Exam Questions
7 questions
Total Time
About 30 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
6
Section 1.2: Network Monitor
Summary
If possible, install Network Monitor on a machine. Show students captured data,
and explain how to interpret the data.
Students will learn how to:

Use Network Monitor to troubleshoot network issues.
Planning a 2003 Network Infrastructure Objectives

204. Plan network traffic monitoring. Tools might include Network Monitor
and System Monitor.
Lecture Focus Questions:





What are the differences between the two versions of Network Monitor?
What is promiscuous mode?
What do capture and display filters do?
Why would you implement Dedicated Capture Mode?
When would you use a trigger?
Video/Demo
Time
1.2.1 Network Monitor
7:48
1.2.2 Using Network Monitor
6:48
Total
14:36
Number of Exam Questions
2 questions
Total Time
About 20 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
7
Section 1.3: Performance
Summary
Use the chart in the lesson and video to create some performance scenarios.
Using the information on the chart, help the students diagnose and suggest
corrective actions for the problems in the scenarios. If possible, open the
Performance Console and create a log to monitor performance. Show the
students real-Total Time and logged data.
Students will learn how to:



Use System Monitor to track real-time performance of your server.
Use Counter Logs to track performance of your server over time.
Use Alerts to alert administrators on server performance based on preset
thresholds.
Planning a 2003 Network Infrastructure Objectives

402. Identify system bottlenecks, including memory, processor, disk, and
network related bottlenecks.
o Identify system bottlenecks by using System Monitor.
Lecture Focus Questions:



What is the difference between an Object and a Counter?
What conditions indicate a processor bottleneck?
What action would you take to correct the situation where the pagefile
counter was over 70%?
Video/Demo
1.3.1 Performance Console
Time
8:04
Number of Exam Questions
9 questions
Total Time
About 20 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
8
Section 2.1: DNS Concepts
Summary
DNS is a difficult concept for students to grasp. Make sure you know the material
in the section very well before your class.
Planning a 2003 Network Infrastructure Objectives

207. Plan a host name resolution strategy.
o Plan zone replication requirements.
o Plan a forwarding configuration.
Lecture Focus Questions:




What are the steps in the DNS name resolution process?
How does a zone differ from a domain?
What are the advantages of Active Directory-integrated zones?
Why would you choose to use a stub zone or conditional forwarding?
Video/Demo
2.1.1 DNS Concepts
Time
8:39
2.1.2 DNS Name Resolution
16:09
2.1.4 Active Directory-integrated Zones
12:33
2.1.5 Stub Zones and Conditional Forwarding
12:54
2.1.6 Dynamic DNS
Total
9:58
60:13
Total Time
About 65 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
9
Section 2.2: Namespace Design
Summary
This section discusses namespace design strategies.
Students will learn how to:

Design a DNS namespace to meet design requirements.
Planning a 2003 Network Infrastructure Objectives

207. Plan a host name resolution strategy.
o Plan a DNS namespace design.
Lecture Focus Questions:



When using internal and external DNS, what are three possible scenarios
for the DNS namespace?
What are the advantages and disadvantages of each of the three
methods?
What are the four goals of any split namespace design?
Video/Demo
2.2.1 Namespace Design
Time
11:06
Total Time
About 15 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
10
Section 2.3: Controlling Name Resolution
Summary
Make a copy of the Cache.dns file to discuss during class. Understand and
explain the function of the root hint servers.
Students will learn how to:



Implement forwarding solutions, including conditional forwarding.
Create a root zone.
Configure custom root hints.
Planning a 2003 Network Infrastructure Objectives

207. Plan a host name resolution strategy.
o Plan a forwarding configuration.
Lecture Focus Questions:






What configuration options do you have to control and manage name
resolution?
How does conditional forwarding differ from standard forwarding?
How do conditional forwarders differ from stub zones?
What is the purpose of the root hints file?
What is the name and location(s) of the root hints file on a Windows 2003
server?
When might you want to create a root zone?
Video/Demo
Time
2.3.2 Root Hints
8:26
2.3.3 Managing Root Zones and Hints
3:22
2.3.6 Configuring Forwarding
2:30
Total
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
14:18
11
Lab/Activity




Configure Root Hints
Create a Root Zone
Configure a Server to Use Forwarders
Configure Conditional Forwarding
Number of Exam Questions
8 questions
Total Time
About 45 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
12
Section 2.4: DNS Performance
Summary
Create some scenarios that allow students to suggest methods for improving
DNS performance. Be sure to discuss the tradeoffs among reliability, price,
performance, and security.
Students will learn how to:




Create a secondary zone.
Create an Active Directory-integrated zone.
Configure a caching only server.
Create a stub zone.
Planning a 2003 Network Infrastructure Objectives

207. Plan a host name resolution strategy.
o Plan zone replication requirements.
o Plan a forwarding configuration.
Lecture Focus Questions:




How can using secondary servers increase performance?
How does an Active Directory-integrated zone improve performance?
What are the key configuration characteristics of a caching-only server?
When would you choose a stub zone over a caching-only server or a
secondary server?
Video/Demo
2.4.2 Zones and Zone Transfer
Time
13:50
2.4.3 Creating Secondary Zones
5:37
2.4.5 Managing Active Directory-integrated Zones
3:16
2.4.7 Configuring a Caching Only Server
1:41
2.4.9 Configuring a Stub Zone
2:10
Total
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
26:34
13
Lab/Activity




Install DNS and Create a Secondary Zone
Convert a Zone to Active Directory-integrated
Configure a Caching Only Server
Configure a Stub Zone
Number of Exam Questions
6 questions
Total Time
About 55 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
14
Section 2.5: DNS Security
Summary
Create some scenarios in which DNS data is at risk. Allow the students to
explore alternatives for correcting the potential risks.
Students will learn how to:



Enable secure dynamic updates.
Limit zone transfers to listed or name servers.
Disable zone transfer on an Active Directory-integrated zone
Planning a 2003 Network Infrastructure Objectives

207. Plan a host name resolution strategy.
o Plan for DNS security.
Lecture Focus Questions:




How can you secure the dynamic DNS update process?
How can you disable zone transfers but still maintain zone data replication
on multiple servers?
What type of zone automatically secures zone transfers?
How can you secure zone transfers between primary and secondary
servers?
Video/Demo
2.5.3 Configuring Zone Transfers
Time
5:08
Lab/Activity




Create an Active Directory-integrated Zone
Enable Zone Transfer to Name Servers
Enable Zone Transfer to Listed Servers
Disable Zone Transfer
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
15
Number of Exam Questions
4 questions
Total Time
About 30 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
16
Section 2.6: Troubleshooting DNS
Summary
Create some scenarios that illustrate DNS problems. Allow the students to
determine the tools and methods most appropriate for dealing with the problems.
Students will learn how to:



Monitor DNS traffic.
Use Nslookup, Dnscmd, and DNSLint to gather information about DNS
problems.
Use Ipconfig options to resolve DNS troubleshooting problems.
Planning a 2003 Network Infrastructure Objectives


207. Plan a host name resolution strategy.
o Examine the interoperability of DNS with third-party DNS solutions.
209. Troubleshoot host name resolution.
o Diagnose and resolve issues related to DNS services.
Lecture Focus Questions:





What are some of the troubleshooting tools available for DNS?
How does using Ipconfig /registerdns differ from restarting the Netlogon
service?
How does Nslookup differ from Dnscmd?
How can you tell the difference between an IP address problem and a
name resolution problem?
What versions of BIND support key features required by Active Directory?
Video/Demo
Time
2.6.1 Troubleshooting DNS
6:56
2.6.2 Monitoring DNS
3:31
Total
10:27
Number of Exam Questions
14 questions
Total Time
About 30 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
17
Section 3.1: Configuring WINS
Summary
Create some scenarios in which WINS in necessary to the success of the
network deployment. Have the students decide which types of WINS solutions
work most effectively.
Students will learn how to:


Install and configure a WINS server.
Configure client computers to use a WINS server.
Planning a 2003 Network Infrastructure Objectives
208. Plan a NetBIOS name resolution strategy.
Lecture Focus Questions:



What is the purpose of WINS?
How do clients register with WINS?
How is WINS different from DNS?
Video/Demo
3.1.1 WINS Concepts
Time
10:52
3.1.2 Installing and Configuring WINS
2:12
3.1.4 Configuring WINS Clients
4:11
Total
17:15
Lab/Activity


Install WINS
Disable NetBIOS over TCP/IP
Number of Exam Questions
5 questions
Total Time
About 35 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
18
Section 3.2: Managing WINS
Summary
Create some scenarios in which students have to design a WINS replication
strategy.
Students will learn how to:


Configure WINS servers as Push and/or Pull replication partners.
Create static WINS records.
Planning a 2003 Network Infrastructure Objectives

208. Plan a NetBIOS name resolution strategy.
o Plan a WINS replication strategy.
Lecture Focus Questions:




What is the purpose of WINS replication?
Why can't two servers, each configured as Pull partners, replicate WINS
data with each other?
What is tombstoning?
When might you need to create static WINS records?
Video/Demo
Time
3.2.1 WINS Management
6:56
3.2.2 Managing the WINS Server
4:28
3.2.3 Configuring WINS Replication
6:52
3.2.6 Managing WINS Records
7:13
Total
25:29
Lab/Activity



Configure WINS Replication
Troubleshoot WINS Replication
Create a Static Record
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
19
Number of Exam Questions
10 questions
Total Time
About 55 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
20
Section 3.3: Integrating WINS and DNS
Summary
Create some scenarios that both require and don’t require WINS and DNS
integration. Have the students decide when it’s appropriate to integrate WINS
and DNS.
Students will learn how to:

Configure a WINS-integrated zone in DNS.
Planning a 2003 Network Infrastructure Objectives

208. Plan a NetBIOS name resolution strategy.
Lecture Focus Questions:




How can a DNS server search the WINS database?
When is it appropriate to create a WINS-integrated zone?
What DNS record type is created when you configure a WINS-integrated
zone?
Why might you not replicate WINS data in a DNS zone?
Video/Demo
3.3.1 Configuring a WINS-integrated Zone
Time
3:09
Lab/Activity

Create a WINS-integrated Zone
Total Time
About 10 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
21
Section 4.1: TCP/IP Configuration
Summary
Subnetting is a difficult concept for student to grasp. Create several addresses
for which students must find the subnet masks. Have students (if possible)
convert decimal numbers to binary and vice versa.
Students will learn how to:


Given a network address and the desired number of hosts and subnets,
select the appropriate subnet mask to minimize IP address waste.
Configure basic TCP/IP settings on a server or client.
Planning a 2003 Network Infrastructure Objectives
201. Plan a TCP/IP network infrastructure strategy.
 Create an IP subnet scheme.
Lecture Focus Questions:



What is the purpose of a subnet mask?
How can we divide networks into subnetworks using subnet masks?
How can we merge subnetworks into larger, super networks?
Video/Demo
4.1.1 Subnetting
4.1.3 Configuring IP Settings
Total
Time
24:02
2:19
26:21
Lab/Activity



Choose IP Settings 1
Choose IP Settings 2
Choose IP Settings 3
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
22
Number of Exam Questions
4 questions
Total Time
About 50 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
23
Section 4.2: Network Components
Summary
This section covers different network protocols. Create scenarios that require
different protocols (integrate a Netware server into the network, for example).
Allow the students to decide which protocols work most effectively.
Students will learn how to:


Install and uninstall networking components.
Disable unneeded networking components.
Planning a 2003 Network Infrastructure Objectives

205. Plan and modify a network topology.
o Identify network protocols to be used.
Lecture Focus Questions:



What is the difference between protocols that have been installed and
bound?
What is the difference between a protocol, service, and client component?
When can you safely disable NetBIOS over TCP/IP?
Video/Demo
4.2.1 Configuring Protocols
Time
6:48
Lab/Activity


Remove the NetWare Client
Disable Network Components
Number of Exam Questions
1 question
Total Time
About 20 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
24
Section 4.3: Optimizing DHCP
Summary
Create scenarios that allow the students to suggest and discuss different DHCP
design options, including implementing split scopes and relay agents.
Students will learn how to:



Configure split scopes for multiple DHCP servers on the same subnet.
Configure split scopes for DHCP servers on different subnets servicing a
single scope.
Deploy DHCP Relay with split scopes for full fault-tolerance.
Planning a 2003 Network Infrastructure Objectives



201. Plan a TCP/IP network infrastructure strategy.
o Analyze IP addressing requirements.
206. Troubleshoot TCP/IP addressing.
o Diagnose and resolve issues related to DHCP server address
assignment.
401. Plan services for high availability.
Lecture Focus Questions:



What are three ways you can provide DHCP redundancy and fault
tolerance?
What is the single-most effective way to increase DHCP server
performance?
When should you use the 50/50 rule over the 80/20 rule for scope
configuration?
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
25
Video/Demo
Time
4.3.1 DHCP Concepts
5:06
4.3.2 DHCP Fault Tolerance
6:44
4.3.3 Configuring a Split Scope
6:40
Total
18:30
Lab/Activity




Add a DHCP Server on Another Subnet
Add a DHCP Server to a Subnet
Design a DHCP Strategy 1
Design a DHCP Strategy 2
Number of Exam Questions
7 questions
Total Time
About 50 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
26
Section 4.4: Troubleshooting TCP/IP
Summary
If possible, prepare several machines to allow you to demonstrate the
troubleshooting commands. Use the commands to isolate problems on each of
the individual machines.
Students will learn how to:

Use the following tools to troubleshoot connectivity: Ping, Tracert,
Pathping, Ipconfig.
Planning a 2003 Network Infrastructure Objectives

206. Troubleshoot TCP/IP addressing.
o Diagnose and resolve issues related to client computer
configuration.
o Diagnose and resolve issues related to DHCP server address
assignment.
Lecture Focus Questions:



What are some TCP/IP troubleshooting tools available for your use?
What is the difference between Tracert, Ping, and Pathping?
What protocol do most of these tools use?
Video/Demo
4.4.1 TCP/IP Troubleshooting
Time
7:25
Lab/Activity




Troubleshoot TCP/IP 1
Troubleshoot TCP/IP 2
Troubleshoot TCP/IP 3
Troubleshoot TCP/IP 4
Number of Exam Questions
2 questions
Total Time
About 30 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
27
Section 5.1: Routing
Summary
Create scenarios that allow students to explore different routing solutions.
Students will learn how to:



Select the appropriate routing solution for a given scenario.
Implement RIP and OSPF.
Configure multicast routing.
Planning a 2003 Network Infrastructure Objectives


201. Plan a TCP/IP network infrastructure strategy.
o Plan an IP routing solution.
301. Plan a routing strategy.
o Identify routing protocols to use in a specified environment.
o Plan routing for IP multicast traffic.
Lecture Focus Questions:




What is the purpose of routing?
What is a routing table?
What is the difference between static and dynamic routing?
How do RIP and OSPF differ?
Video/Demo
Time
5.1.1 Dynamic Routing
4:57
5.1.2 Configuring RIP
7:18
Total
12:15
Lab/Activity



Configure RIP Routing
Configure a Routing Solution 1
Configure a Routing Solution 2
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
28
Number of Exam Questions
10 questions
Total Time
About 40 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
29
Section 5.2: Remote Access
Summary
Create some remote access policies. Make them complex enough to have the
students work through authentication and permissions problems for several
different users and groups.
Students will learn how to:



Select the correct authentication protocol for a given scenario.
Configure remote access policies with appropriate conditions,
permissions, and profile settings.
Configure RADIUS authentication on remote access servers and the IAS
server.
Planning a 2003 Network Infrastructure Objectives

302. Plan security for remote access users.
o Plan remote access policies.
o Analyze protocol security requirements.
o Plan authentication methods for remote access clients.
Lecture Focus Questions:









What are the three steps in the remote access connection process?
What is the purpose of authentication?
What are six authentication protocols supported by Windows?
How does authorization differ from authentication?
What is the policy logic (in detail) for Remote Access Policies?
Where are Remote Access Policies stored?
How does IAS/RADIUS differ from a normal RRAS server? Why use it?
What are the three A’s handled by the IAS server?
When using IAS, where are remote access policies stored?
©2002 TestOut Corporation (Rev 05/12)
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Video/Demo
Time
5.2.1 Remote Access
8:37
5.2.2 Configuring a Remote Access Server
5:47
5.2.4 Remote Access Policies
11:55
5.2.6 Configuring a Remote Access Policy
2:48
5.2.9 Authentication Protocols
8:37
Total
37:44
Lab/Activity



Configure a Remote Access Server
Create a Remote Access Policy 1
Create a Remote Access Policy 2
Number of Exam Questions
11 questions
Total Time
About 70 minutes
©2002 TestOut Corporation (Rev 05/12)
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Section 5.3: Wireless Networking
Summary
If possible, allow the students to connect to a wireless network. Discuss the
different types of authentication and encryption available.
Students will learn how to:



Implement wireless authentication with WAPs, RADIUS, and IAS.
Implement 802.1x certificate-based authentication.
Implement WEP.
Planning a 2003 Network Infrastructure Objectives

505. Plan security for wireless networks.
o Plan security for data transmission.
o Secure data transmission between client computers to meet
security requirements.
Lecture Focus Questions:



What is the difference between ad hoc and infrastructure wireless
networks?
What two problems exist with wireless network security?
How can you effectively secure your wireless network?
Video/Demo
5.3.1 Wireless Networking
Time
11:28
Number of Exam Questions
2 questions
Total Time
About 15 minutes
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32
Section 6.1: Internet Connectivity
Summary
Create scenarios that require different types of Internet connectivity solutions.
Have the students explore the different options to come up with the most
effective deployments.
Students will learn how to:

Choose appropriate Internet connectivity solutions.
Planning a 2003 Network Infrastructure Objectives

203. Plan an Internet connectivity strategy.
Lecture Focus Questions:





Why implement NAT instead of normal routing?
When would you use ICS an alternative to NAT?
What are the advantages of a proxy server?
In what ways can you secure a connection to the Internet?
What IP addresses should you use on your private network when
connected to the Internet?
Video/Demo
6.1.1 Internet Connectivity
Time
12:01
Number of Exam Questions
3 questions
Total Time
About 15 minutes
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Section 6.2: Network Address Translation (NAT)
Summary
Find examples of networks that use NAT. If possible, create a NAT server for the
students to work with.
Students will learn how to:



Implement NAT with correct private and public interfaces.
Implement address and port mapping with the public interface.
Set up NAT as a DHCP allocator or DNS Proxy.
Planning a 2003 Network Infrastructure Objectives

203. Plan an Internet connectivity strategy.
Lecture Focus Questions:




What is the purpose of NAT?
How does NAT accomplish its goal?
Why do you have to tell NAT what is the private interface vs. the public
interface?
What is address and port mapping?
Video/Demo
Time
6.2.1 Network Address Translation
7:53
6.2.2 Configuring NAT
3:33
6.2.5 Managing NAT
3:21
6.2.7 Allowing Web Services
6:04
Total
20:51
Lab/Activity



Configure a NAT Router
Add NAT to a Router
Configure NAT for DHCP and DNS
©2002 TestOut Corporation (Rev 05/12)
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Number of Exam Questions
5 questions
Total Time
About 40 minutes
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Planning a 2003 Network Infrastructure (70-293)
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Section 6.3: Firewalls
Summary
Create some scenarios in which certain networks offer only certain services.
Have the students decide which ports must be opened and closed to provide the
appropriate types of access.
Students will learn how to:


Implement TCP/IP Filtering, Internet Connection Firewall (ICF), and
remote access packet filtering.
Identify ports to open or block to design a firewall solution.
Planning a 2003 Network Infrastructure Objectives

503. Plan for network protocol security.
o Specify the required ports and protocols for specified services.
Lecture Focus Questions:




What is the purpose of a firewall?
What are the basic methods we can use to block traffic?
What are the three firewalls built into Windows 2003 and how do they
differ?
What are some common ports?
Video/Demo
Time
6.3.1 Firewalls and Proxies
6.3.2 Configuring Firewalls
14:31
r
Total
5:22
20:51
Total Time
About 25 minutes
©2002 TestOut Corporation (Rev 05/12)
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36
Section 7.1: Security Planning and Monitoring
Summary
This section discusses planning and monitoring security.
Details include:



Audit policies in Group Policy that can be configured:
o Account logon
o Account management
o Logon
o Object access
o Policy change
o Privilege use
o Process tracking
o System events
Considerations when configuring auditing
Guidelines when considering security
Students will learn how to:


Delegate control over resources to another user or group.
Implement auditing policies and analyze security logs.
Planning a 2003 Network Infrastructure Objectives

603. Plan a framework for planning and implementing security.
Lecture Focus Questions:



What are the two basic goals of any security system?
What is the principle of least privilege?
What are some of the most important security considerations for computer
systems?
©2002 TestOut Corporation (Rev 05/12)
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Video/Demo
Time
7.1.1 Security Goals
4:04
7.1.2 Delegating Administrative Control
4:48
Total
9:52
Number of Exam Questions
2 questions
Total Time
About 15 minutes
©2002 TestOut Corporation (Rev 05/12)
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Section 7.2: Group Policy
Summary
If possible, create some group policies. Use these group policies for
demonstrations during the lecture.
Planning a 2003 Network Infrastructure Objectives


503. Plan for network protocol security.
504. Plan secure network administration methods.
Lecture Focus Questions:






What is the purpose of Group Policy?
What basic things can you deploy using Group Policy?
What is the default processing order of Group Policies? (hint: LSDOU)
What are the six exceptions to LSDOU?
What are some new features of Group Policy?
What are the four ways to retrieve RSOP information?
Video/Demo
Time
7.2.1 Group Policy Review
6:44
7.2.2 Group Policy Features
6:19
Total
13:03
Number of Exam Questions
2 questions
Total Time
About 20 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
39
Section 7.3: Templates and Baselines
Summary
If possible, show the students the preconfigured templates, where they’re
located, and how to deploy them. Run the MBSA and have your students analyze
the data that it retrieves. Concepts covered in this section include:




Predefined security templates provided by Windows:
o Setup Security.inf
o DC Security.inf
o Secure*.inf
o Hisec*.inf
o Compatws.inf
Tips when applying templates
Security Analysis and Configuration
Microsoft Baseline Security Analyzer (MBSA)
Students will learn how to:




Use Group Policy to deploy custom or built-in templates.
Use the Security Configuration and Analysis tool or Secedit.exe to apply a
template or compare a template against existing security on a single
computer.
Given a scenario, select the built-in template to provide the needed
security.
Use MBSA to analyze security vulnerabilities on local and remote
computers.
Planning a 2003 Network Infrastructure Objectives


101. Configure security for servers that are assigned specific roles.
102. Plan a secure baseline installation.
o Plan a strategy to enforce system default security settings on new
systems.
o Identify client operating system default security settings.
o Identify all server operating system default security settings.
Lecture Focus Questions:




What are the two purposes of security templates?
What are the basic features of the built-in templates?
What is the easiest way to deploy uniform security settings to a group of
computers?
What tools can be used to deploy templates to a single computer?
©2002 TestOut Corporation (Rev 05/12)
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Video/Demo
7.3.1 Templates
Time
11:38
7.3.2 Configuring Security Templates
5:11
7.3.5 Security Baseline
3:07
7.3.2 Microsoft Baseline Security Analyzer
Total
13:25
33:21
Number of Exam Questions
11 questions
Total Time
About 50 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
41
Section 7.4: Encryption
Summary
Create some network scenarios that require encryption. Have the students
determine which deployments are most effective.
Students will learn how to:

Use Group Policy to implement multiple DRAs.
Lecture Focus Questions:








What is the overall purpose of encryption?
What is symmetric encryption and what major security problem comes
with it?
What is asymmetric encryption?
How is secure transmission of data implemented using asymmetric
encryption?
How is a digital signature implemented using asymmetric encryption?
How does EFS combine symmetric and asymmetric encryption?
What is a DRA and how can you implement multiple DRAs?
How can you disable EFS?
Video/Demo
7.4.1 Encryption Basics
7.4.2 Encrypted File System
7.4.3 Managing Recovery Agents
Total
Time
9:45
10:23
4:22
24:30
Total Time
About 25 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
42
Section 7.5: Authentication and Communication
Summary
Create scenarios in which different networks support different types of client
machines. Have the students design authentication strategies for each of the
scenarios.
Students will learn how to:



Enforce NTLM v2, SMB signing, and IPSec through Group Policy.
Configure IPSec policies, such as to customize authentication with a preshared key or computer certificate.
Utilize the IPSecmon admin tool to analyze IPSec traffic
Planning a 2003 Network Infrastructure Objectives



501. Configure network protocol security.
o Configure protocol security by using IPSec policies.
502. Configure security for data transmission.
o Configure IPSec policy settings.
503. Plan for network protocol security.
o Plan an IPSec policy for secure network communications.
Lecture Focus Questions:





What is the difference between Kerberos and NTLM?
How can you enforce the use of Kerberos and NTLMv2 for maximum
security?
How does Kerberos and SMB signing contrast to IPSec?
What are the three default IPSec policies and how do they interact?
What is the easiest way to deploy uniform IPSec policies to a group of
computers?
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
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Video/Demo
Time
7.5.1 Kerberos and NTLM
7:06
7.5.3 SMB and LDAP Signing
7:27
7.5.5 IPSec
7.5.7 Configuring Communication Policies
20:09
4:09
7.5.11 Configuring IPSec Policies
11:13
7.5.12 Monitoring IPSec
10:20
Total
60:24
Lab/Activity



Enforce SMB Signing
Troubleshoot SMB Signing
Enforce NTLM v2
Number of Exam Questions
17 questions
Total Time
About 100 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
44
Section 7.6: Software Security
Summary
Create scenarios that require different types of software restrictions. Have the
students decide which restriction options work best in different situations.
Students will learn how to:



Implement software restriction policies via Group Policy.
Configure any of the four software restriction rules.
Design a SUS infrastructure.
Planning a 2003 Network Infrastructure Objectives

604. Plan a security update infrastructure. Tools might include Microsoft
Baseline Security Analyzer and Microsoft Software Update Services.
Lecture Focus Questions:





What are the two basic methods used to restrict software installation?
What are the four software restriction rules?
What is the purpose of SUS?
What are the two basic steps to set up SUS once it is installed?
What does a client need to use SUS?
Video/Demo
Time
7.6.1 Software Restrictions
7:19
7.6.3 Software Update Services
3:12
7.6.4 SUS Design
8:52
Total
19:23
Number of Exam Questions
2 questions
Total Time
About 25 minutes
©2002 TestOut Corporation (Rev 05/12)
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45
Section 8.1: PKI Concepts
Summary
Make a diagram similar to the diagram shown in the video. Have the students fill
in the trust relationships. Open the trusted certificate list in an Internet browser.
Discuss the contents of the list with the students.
Planning a 2003 Network Infrastructure Objectives

602. Plan a public key infrastructure (PKI) that uses Certificate Services.
o Identify the appropriate type of certificate authority to support
certificate issuance requirements.
o Plan the enrollment and distribution of certificates.
Lecture Focus Questions:



What is the purpose of a certificate?
What kind of information is found on a certificate?
What is the basic certificate lifecycle?
Video/Demo
Time
8.1.1 Software Restrictions
10:54
8.1.2 Certificate Authorities
7:48
Total
18:42
Total Time
About 20 minutes
©2002 TestOut Corporation (Rev 05/12)
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46
Section 8.2: Configuring Certificate Services
Summary
Design different scenarios for implementing certificate services. Have the
students determine which type of CA is best for each of the scenarios.
Students will learn how to:


Install and configure an Enterprise or Standalone CA.
Configure basic CA properties.
Planning a 2003 Network Infrastructure Objectives

602. Plan a public key infrastructure (PKI) that uses Certificate Services.
o Identify the appropriate type of certificate authority to support
certificate issuance requirements.
o Plan the enrollment and distribution of certificates.
Lecture Focus Questions:



What are the four types of CAs you can install with 2003 server?
How does an Enterprise CA differ from a Standalone CA?
What features come with Enterprise CAs?
Video/Demo
8.2.1 Windows CAs
Time
14:30
8.2.2 Installing a Certificate Authority
9:44
8.2.6 Managing the CA
5:51
Total
30:05
Lab/Activity


Install a Root CA
Install a Subordinate CA
©2002 TestOut Corporation (Rev 05/12)
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47
Number of Exam Questions
8 questions
Total Time
About 50 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
48
Section 8.3: Managing Certificates
Summary
Create scenarios that involve different certificate management tasks. Have the
students determine the steps necessary to fulfill the requirements of each task.
Students will learn how to:






Use the three certificates management tools: Certificates snap-in,
Certificate Templates snap-in, CA snap-in.
Utilize Group Policy to enable clients to trust your CAs.
Configure a custom certificate template and deploy it through the CA.
Configure autoenrollment via Group Policy, Certificate Templates, and the
CA.
Use the Certificate Publishers, Certificate Managers, and Key Recovery
Agent groups.
Implement CA and Certificate Template permissions.
Planning a 2003 Network Infrastructure Objectives

602. Plan a public key infrastructure (PKI) that uses Certificate Services.
o Identify the appropriate type of certificate authority to support
certificate issuance requirements.
o Plan the enrollment and distribution of certificates.
Lecture Focus Questions:




What is the purpose of Certificate Templates?
What are three basic certificates groups?
What are the basic CA permissions?
What are the basic Certificate template permissions?
©2002 TestOut Corporation (Rev 05/12)
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49
Video/Demo
Time
8.3.1 Requesting and Issuing Certificates
15:40
8.3.2 Certificate Templates
10:37
8.3.3 Using Certificate Templates
15:57
8.3.4 Certificate Groups and Permissions
8.3.5 Configuring Certificate Auto-enrollment
8.3.6 Revoking Certificates
Total
7:30
10:16
8:13
68:13
Number of Exam Questions
8 questions
Total Time
About 75 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
50
Section 8.4: Smart Cards
Summary
Discuss with the students the advantages and disadvantages of smart cards.
Have them suggest uses for smart card authentication.
Students will learn how to:

Configure computer and user accounts to use smart cards for
authentication.
Planning a 2003 Network Infrastructure Objectives

602. Plan a public key infrastructure (PKI) that uses Certificate Services.
o Plan for the use of smart cards for authentication.
Lecture Focus Questions:



What is a smart card?
Why are smart cards a more secure authentication method than a simple
username and password?
Why must an enterprise CA issue smart card certificates?
Lab/Activity


Require Smart Cards for Computer Logon
Require Smart Cards for User Logon
Number of Exam Questions
3 questions
Total Time
About 15 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
51
Section 9.1: Load Balancing
Summary
Create scenarios that call for an NLB implementation. Have the students suggest
different NLB solutions for each scenario’s requirements. Prepare to discuss the
advantages and disadvantages of NLB. If possible, prepare an example of an
actual NLB deployment.
Students will learn how to:



Configure NLB through LAN Connection properties or NLB Manager.
Configure cluster IP information in DNS.
Implement Unicast or Multicast mode.
Planning a 2003 Network Infrastructure Objectives


401. Plan services for high availability.
o Plan a high availability solution that uses Network Load Balancing.
404. Manage Network Load Balancing. Tools might include the Network
Load Balancing Monitor Microsoft Management Console (MMC) snap-in
and the WLBS cluster control utility.
Lecture Focus Questions:





What is the purpose of Network Load Balancing?
What is a cluster IP and how do clients find it?
What is meant by the term convergence?
What is the difference between Unicast and Multicast modes?
How does NLB differ from Round Robin DNS?
Video/Demo
Time
9.1.1 Network Load Balancing (NLF)
13:53
9.1.2 Configuring Load Balancing
12:17
Total
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
26:10
52
Number of Exam Questions
7 questions
Total Time
About 35 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
53
Section 9.2: Clustering
Summary
Create scenarios that require the use of clustering. Have the students design a
clustering solution for each scenario. Also, create scenarios for cluster recovery.
Walk the students through the process of recovering from a cluster failure.
Students will learn how to:



Install and configure clustering using the Cluster Administrator tool.
Configure a quorum resource.
Recover from a cluster node or quorum failure.
Planning a 2003 Network Infrastructure Objectives


401. Plan services for high availability.
o Plan a high availability solution that uses Network Load Balancing.
404. Manage Network Load Balancing. Tools might include the Network
Load Balancing Monitor Microsoft Management Console (MMC) snap-in
and the WLBS cluster control utility.
Lecture Focus Questions:




What is the purpose of clustering?
What is the quorum resource?
What is meant by Active vs. Passive nodes?
What tool is used to configure Clustering?
Video/Demo
9.2.1 Cluster Services
Time
6:40
9.2.2 Configuring Clustering
12:12
9.1.1 Recovering from a Cluster Failure
12:31
Total
31:23
Number of Exam Questions
6 questions
Total Time
About 40 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
54
Section 9.3: Backup and Recovery
Summary
Create scenarios that require different backup strategies. Have the students
determine which strategies are best given the scenario requirements.
Students will learn how to:




Back up and restore data and system state data.
Implement a backup and recovery strategy according to design plan
specifications.
Enable VSS and use it to recover lost or corrupted files.
Use the Recovery Console and ASR to recover from a system failure.
Planning a 2003 Network Infrastructure Objectives

405. Plan a backup and recovery strategy.
o Identify appropriate backup types. Methods include full,
incremental, and differential.
o Plan a backup strategy that uses volume shadow copy.
o Plan system recovery that uses Automated System Recovery
(ASR).
Lecture Focus Questions:








What are the differences among the various types of backups?
How does a daily backup work?
What two types of backups would you not use together?
What would you select to back up if you needed to back up the registry?
What is VSS?
When would you need to install the Previous Versions client?
How does VSS save Total Time when you need to recover a document?
What are the options for recovering a system?
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
55
Video/Demo
Time
9.3.1 Backup
7:02
9.3.2 Backing Up Data
6:04
9.3.3 Restoring Data
3:07
9.3.5 Shadow Copy Volumes
3:54
9.3.6 Using VSS
7:28
9.3.8 System Recovery
5:57
Total
33:32
Number of Exam Questions
17 questions
Total Time
About 55 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
56
Section 9.4: Distributed File System
Summary
Create scenarios that require the deployment of a stand-alone or fault-tolerant
DFS root. Use the solutions the students provide to discuss the advantages and
disadvantages of each type of deployment.
Students will learn how to:


Implement a DFS Root and DFS Links.
Configure root or link replicas for fault-tolerance.
Windows Server 2003 Objectives

401. Plan services for high availability.
Lecture Focus Questions:



What is the purpose of DFS?
How does DFS make searching for files easier for users?
How can you implement fault tolerance with DFS?
Video/Demo
Time
9.4.1 DFS
5:32
9.4.2 Configuring a DFS Root and Links
8:10
9.4.6 Adding Root and Link Replicas
7:46
Total
21:28
Lab/Activity




Create a Standalone DFS Root
Create a Domain DFS Root
Design a DFS Solution
Design DFS Fault Tolerance
Number of Exam Questions
1 question
Total Time
About 45 minutes
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
57
Practice Exams
Summary
This section provides information to help prepare students to take the exam and
to register for the exam.
Students will also have the opportunity of testing their mastery of the concepts
presented in this course to reaffirm that they are ready for the certification exam.
For example, all questions that apply to Objective 100. Server Roles are
grouped together and presented in practice exam 100. Server Roles, All
Questions. Students will typically take about 30-90 minutes to complete each of
the following practice exams.
100. Server Roles, All Questions (15 questions)
200. Network Infrastructure, All Questions (76 questions)
300. Routing and Remote Access, All Questions (21 questions)
400. Server Availability, All Questions (40 questions)
500. Network Security, All Questions (26 questions)
600. Security Infrastructure, All Questions (23 questions)
The Certification Practice Exam consists of 50 questions that are randomly
selected from the above practice exams. Each time the Certification Practice
Exam is accessed different questions may be presented. The Certification
Practice Exam has a time limit of 90 minutes -- just like the real certification
exam. A passing score of 95% should verify that the student has mastered the
concepts and is ready to take the real certification exam.
©2002 TestOut Corporation (Rev 05/12)
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58
Appendix A: Approximate Time for the Course
The total time for the LabSim for Microsoft’s Planning a 2003 Network
Infrastructure Exam 70-293 course is approximately 26 hours and 35 minutes.
The time is calculated by adding the approximate time for each section which is
calculated using the following elements:




Video/demo times
Approximate time to read the text lesson (the length of each text lesson is
taken into consideration)
Simulations (5 minutes assigned per simulation)
Questions (1 minute per question)
Module
Sections
Time
Minute HR:MM
0.0 Introduction
0.1 Introduction
15
15
:15
30
20
20
70
1:10
65
15
45
55
30
30
240
4:00
35
55
10
100
1:40
50
20
50
30
150
2:30
1.0 Server Management
1.1 Remote Management
1.2 Network Monitor
1.3 Performance
2.0 DNS Name Resolution
2.1 DNS Concepts
2.2 Namespace Design
2.3 Controlling Name Resolution
2.4 DNS Performance
2.5 DNS Security
2.6 Troubleshooting DNS
3.0 NetBIOS Name Resolution
3.1 Configuring WINS
3.2 Managing WINS
3.3 Integrating WINS and DNS
4.0 Network Addressing and Protocols
4.1 Troubleshooting TCP/IP
4.2 Network Components
4.3 Optimizing DHCP
4.4 Troubleshooting TCP/IP
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5.0 Routing and Remote Access
5.1 Routing
5.2 Remote Access
5.3 Wireless Networking
40
70
15
125
2:05
15
40
25
80
1:20
15
20
50
25
100
25
235
3:55
20
50
75
15
160
2:40
35
40
55
45
175
2:55
15
76
21
40
26
23
44
245
4:05
1595
26:35
6.0 Internet Connectivity
6.1 Internet Connectivity
6.2 Network Address Translation (NAT)
6.3 Firewalls
7.0 Security
7.1 Security Planning and Monitoring
7.2 Group Policy
7.3 Templates and Baselines
7.4 Encryption
7.5 Authentication and Communication
7.6 Software Security
8.0 Public Key Infrastructure (PKI)
8.1 PKI Concepts
8.2 Configuring Certificate Services
8.3 Managing Certificates
8.4 Smart Cards
9.0 Availability
9.1 Load Balancing
9.2 Clustering
9.3 Backup and Recovery
9.4 Distributed File System
Practice Exams
100. Server Roles (15 questions)
200. Network Infrastructure (76 questions)
300. Routing and Remote Access (21 questions)
400. Server Availability (40 questions)
500. Network Security (26 questions)
600. Security Infrastructure (23 questions)
Certification Practice Exam (50 questions)
Total
Time
©2002 TestOut Corporation (Rev 05/12)
Planning a 2003 Network Infrastructure (70-293)
60