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Module 1: Planning and Configuring an Authorization and Authentication
Strategy
This module explains how to evaluate the infrastructure of your organization
and create and document an authorization and authentication plan that allows the
appropriate level of access to various security principals. It also describes
trust relationships, domain and forest functional levels, and basic security
principles.
Lessons
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Groups and Basic Group Strategy in Windows Server 2003 |
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Creating Trusts in Windows Server 2003 |
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Planning, Implementing, and Maintaining an Authorization Strategy Using
Groups |
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Components of an Authentication Model |
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Planning and Implementing an Authentication
Strategy |
Lab A: Planning and Configuring an Authentication and Authorization
Strategy
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Planning and Implementing a Resource Authorization Strategy |
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Planning and Implementing a Cross-Forest Authentication
Strategy |
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Planning and Implementing an Authentication
Policy |
After completing this module, students will be able to:
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Determine the necessary group structure for a multi-domain or multi-forest
environment. |
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Create trusts in a Microsoft Windows Server 2003 environment. |
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Plan, implement, and maintain an authorization strategy in a multi-forest
organization. |
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Describe the components, tools, and protocols that support
authentication. |
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Plan and implement an authentication strategy in a multi-forest
organization. |
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Describe supplemental authentication
strategies. |
Module 2: Installing, Configuring, and Managing Certification
Authorities
This module describes the fundamentals of the systems that make secure
communication possible. It describes methods, such as a public key
infrastructure (PKI), that enable you to securely communicate on networks.
Lessons
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Introduction to PKI and Certification Authorities |
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Installing a Certification Authority |
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Managing a Certification Authority |
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Backing Up and Restoring a Certification
Authority |
Lab A: Installing and Configuring a Certification Authority
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Installing an Enterprise Subordinate Certification Authority |
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Publishing Authority Information Access and CRL Distribution Point
Extensions |
After completing this module, students will be able to:
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Describe PKI. |
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Describe the applications and components that are used in a
PKI. |
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Install a certification authority (CA). |
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Create and publish Certificate Revocation Lists and Authority Information
Access (AIA) distribution points. |
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Back up and restore a certification authority. |
Module 3: Configuring, Deploying, and Managing Certificates
This module explains how to ensure that the certificates are issued to the
correct security principals and for the intended purpose. It describes, for
example, how to make the deployment of certificates an easy and straightforward
task for end users.
Lessons
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Configuring Certificate Templates |
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Deploying and Revoking User and Computer Certificates |
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Managing Certificates |
Lab A: Deploying and Managing Certificates
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Configuring Multipurpose Certificate Templates Configuring Certificate
Autoenrollment |
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Configuring Autoenrollment of a Single Purpose Certificate |
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Updating a Certificate Template |
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Revoking a Certificate |
After completing this module, students will be able to:
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Configure certificate templates in a Microsoft Windows Server 2003 PKI
environment. |
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Deploy, enroll, and revoke certificates in a Microsoft Windows Server 2003
PKI environment. |
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Describe the applications and components that are used in a
PKI. |
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Export, import, and archive certificates and keys in a Windows Server 2003
PKI environment. |
Module 4: Planning, Implementing, and Troubleshooting Smart Card
Certificates
This module describes how to deploy, manage, and configure certificates and
certificate templates in a public key infrastructure (PKI) environment.
Lessons
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Introduction to Multifactor Authentication |
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Planning and Implementing a Smart Card Infrastructure |
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Managing and Troubleshooting a Smart Card
Infrastructure |
Lab A: Implementing Smart Cards
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Configuring Certificate Templates for Smart Card Enrollment and Smart Card
Logon |
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Configuring a Smart Card Enrollment Station |
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Simulation: Enrolling Users for Smart Cards |
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Configuring User Accounts for Smart Cards |
After completing this module, students will be able to:
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Understand the concepts of and applications for multifactor
authentication. |
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Plan, implement, manage, and troubleshoot a smart card
infrastructure. |
Module 5: Planning, Implementing, and Troubleshooting Encrypting File
System
This module describes how to plan, implement, and troubleshoot Encrypting
File System (EFS).
Lessons
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Introduction to EFS |
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Implementing EFS in a Standalone Microsoft Windows XP
Environment |
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Planning and Implementing EFS in a Domain Environment with a
PKI |
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Implementing EFS File Sharing |
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Troubleshooting EFS |
Lab A: Planning, Implementing, and Troubleshooting Encrypting File
System
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Implement Certificates to Support EFS |
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Configure Group Policy to Support EFS |
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Implement EFS for Roaming User Profiles |
After completing this module, students will be able to:
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Describe EFS and how it works. |
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Describe the applications and components that are used in a public key
infrastructure (PKI). |
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Implement EFS in a standalone Microsoft Windows XP environment. |
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Plan and implement EFS in a domain environment that has a PKI. |
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Implement EFS file sharing. |
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Troubleshoot EFS problems. |
Module 6: Planning, Configuring, and Deploying a Secure Member Server
Baseline
The security of a network depends on the security configuration of the
servers that make up the network. Any breach of security on a single server can
jeopardize the security of all computers in the network, thereby jeopardizing
the security of the network itself. In this module, students will learn how to
create secure baselines for servers.
Lessons
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Overview of a Member Server Baseline |
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Planning a Secure Member Server Baseline |
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Configuring Additional Security Settings |
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Deploying Security Templates |
Lab A: Planning, Configuring, and Deploying a Member Server
Baseline
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Planning a Secure Member Server Baseline |
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Implementing Predefined Security Templates |
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Creating and Implementing Custom Security Templates |
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Implementing Security Templates on Servers That Are Not Members of a
Domain |
After completing this module, students will be able to:
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Describe the importance of security baselines and member server
baselines. |
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Plan a secure member server baseline. |
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Configure additional security settings. |
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Deploy security templates. |
Module 7: Planning, Configuring, and Implementing Secure Baselines for
Server Roles
In this module, students will learn how to create secure baselines for
various server roles.
Lessons
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Planning and Configuring a Secure Baseline for Domain
Controllers |
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Planning and Configuring a Secure Baseline for DNS Servers |
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Planning and Configuring a Secure Baseline for Infrastructure
Servers |
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Planning a Secure Baseline for File and Print Servers |
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Planning and Configuring a Secure Baseline for IIS
Servers |
Lab A: Planning, Configuring, and Implementing Secure Baselines for Server
Roles
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Configuring Security for Domain Controllers and DNS Servers |
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Configuring Security for DHCP and WINS Servers |
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Configuring Security for File and Print Servers |
After completing this module, students will be able to:
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Plan and configure a secure baseline for domain controllers. |
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Plan and configure a secure baseline for Domain Name System (DNS)
servers. |
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Plan and configure a secure baseline for infrastructure
servers. |
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Plan a secure baseline for file and print servers. |
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Plan and configure a secure baseline for Internet Information Services (IIS)
servers. |
Module 8: Planning, Configuring, Implementing, and Deploying a Secure
Client Computer Baseline
In this module, students will learn how to create secure baselines for client
computers.
Lessons
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Planning and Implementing a Secure Client Computer Baseline |
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Configuring and Deploying a Client Computer Baseline |
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Planning and Implementing a Software Restriction Policy |
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Implementing Security for Mobile Clients |
Lab A: Planning, Implementing, Configuring, and Deploying a Secure Client
Computer Baseline
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Planning Security Templates for Client Computers |
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Implementing Security Templates for Client Computers |
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Implementing a Software Restriction Policy for
Kiosks |
After completing this module, students will be able to:
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Plan a secure client computer baseline. |
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Configure and deploy a client computer baseline. |
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Plan and implement a software restriction policy on client
computers. |
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Implement security on mobile computers. |
Module 9: Planning and Implementing Software Update Services
In this module, students will learn how to plan and implement update
management strategies on computers.
Lessons
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Introduction to Software Update Services and Update Management |
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Planning an Update Management Strategy |
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Implementing an SUS Infrastructure |
Lab A: Installing, Configuring, and Maintaining an Update Management
Infrastructure
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Installing and Configuring a Chained SUS Server |
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Administering an SUS Server |
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Deploying Software Updates Using Group Policy and Microsoft Baseline Security
Analyzer |
After completing this module, students will be able to:
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Describe the need for update management and the tools that they can use to
implement update management strategies. |
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Plan an update management strategy. |
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Implement a Software Update Services (SUS)
infrastructure. |
Module 10: Planning, Deploying, and Troubleshooting Data Transmission
Security
This module provides students with the information they need to plan and
troubleshoot data transmission security.
Lessons
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Secure Data Transmission Methods |
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Introducing IPSec |
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Planning Data Transmission Security |
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Implementing Secure Data Transmission Methods |
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Troubleshooting IPSec Communications |
Lab A: Planning, Deploying, and Troubleshooting Data Transmission
Security
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Planning Data Transmission Security |
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Implementing Non-IPSec Data Transmission Security for Domain
Members |
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Implementing IPSec Data Transmission Security for Domain
Members |
After completing this module, students will be able to:
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Describe the various methods for securing data transmission. |
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Plan for data transmission security. |
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Implement secure data transmission methods. |
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Troubleshoot data transmission errors. |
Module 11: Planning and Implementing Security for Wireless
Networks
A wireless network uses technology that enables two or more devices to
communicate through standard network protocols and electromagnetic waves—not
network cabling—to carry signals over part or all of the communication path.
This module describes how to plan and implement security for wireless
networks.
Lessons
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Introduction to Securing Wireless Networks |
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Implementing 802.1x Authentication |
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Planning a Secure WLAN Strategy |
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Implementing a Secure WLAN |
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Troubleshooting Wireless Networks |
Lab A: Planning and Implementing Security for Wireless Networks
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Configuring Active Directory for Wireless Networks |
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Configuring Certificate Templates and Certificate
Autoenrollment |
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Configuring RADIUS Authentication for Wireless Devices |
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Configuring Group Policy for Wireless Networks |
After completing this module, students will be able to:
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Describe the components and features of a secure wireless LAN (WLAN) and a
wireless infrastructure. |
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Plan a secure WLAN infrastructure. |
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Implement a secure WLAN infrastructure. |
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Troubleshoot WLAN errors and components. |
Module 12: Planning and Implementing Perimeter Security with Internet
Security and Acceleration Server 2000
Networks in organizations today are commonly interconnected—various networks
within an organization connect to each other, and corporate networks connect to
the Internet. Although this presents new business opportunities, it can also
cause concerns about security, performance, and manageability.
Lessons
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Introduction to Internet Security and Acceleration Server 2000 |
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Installing ISA Server 2000 |
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Securing a Perimeter Network with ISA Server 2000 |
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Publishing Servers on a Perimeter Network |
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Securing ISA Server Computers |
Lab A: Implementing Perimeter Network Security Using ISA
Server 2000
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Planning a Perimeter Network |
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Implementing a Perimeter Network |
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Securing an ISA Server 2000 Computer |
After completing this module, students will be able to:
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Describe the benefits, modes, and versions of ISA Server. |
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Install ISA Server 2000. |
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Secure a screened subnet with ISA Server 2000. |
Module 13: Securing Remote Access
Remote access enables remote access clients to access corporate networks as
if they were directly connected to the corporate network. The remote access
clients connect to the network by using dial-up communication links. The
security of a network is compromised if unauthorized remote users gain access to
intranet-based resources. An effective network access security design ensures
confirmation of the identity of the clients attempting to access your
organization’s network resources and protection of specific resources from
inappropriate access by users.
Lessons
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Introduction to Remote Access Technologies and Vulnerabilities |
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Planning a Remote Access Strategy |
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Deploying Network Access Quarantine Control
Components |
Lab A: Implementing a Secure VPN Solution
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Configuring a VPN Server and VPN Connection |
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Configuring the VPN Server for Remote Access Quarantine |
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Configuring a Connection Manager Service
Profile |
After completing this module, students will be able to:
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Describe the various remote access technologies used for remote access and
the threats associated with remote access. |
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Plan a remote access strategy. |
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Implement and configure a virtual private network (VPN) server. |
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Deploy Network Access Quarantine Control components. |
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