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Designing a Secure Microsoft Windows 2000 Network

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Module 1: Assessing Security Risks

  • What is at Risk?
  • What are the Potential Threats to the Network?
  • Describing Common Security Standards
  • Planning Enterprise Security
Skills
  • Determine what is at risk if security is compromised on a network.
  • Determine common threats against network security.
  • Review common standards against which security is measured.
  • Discuss a methodology for securing enterprise networks.
Top

Module 2: Introducing the Windows 2000 Security Model

  • The role of Directory Services in the Security Framework
  • Identifying Authentication Methods Available Within Windows 2000 Networks
  • Controlling Access to Resources on Windows 2000 Networks
  • Introducing Encryption Technology
  • Encrypting Stored and Transmitted Data in Windows 2000 Networks
  • Introducing Public Key Infrastructure Technology
Skills
  • Analyze the role of Windows 2000 Active Directory in the Windows 2000 security framework.
  • Describe the authentication protocols used by Windows 2000.
  • Describe how objects and resources are secured in Windows 2000.
  • Examine common methods of encrypting and validating data.
  • Describe how Windows 2000 supports the encryption of both stored data and transmitted data.
  • Describe how a public key infrastructure can be used to implement certificate-based identification and authentication.
  • Plan security for local resources and access on a local network
Top

Module 3: Providing Secure Access to Local Network Users

  • Planning Administrative Access
  • Defining the Administrative Structure
  • Assigning Administrative Roles
  • Providing Administrative Access
Skills
  • Define the network administrative roles that exist in an organization.
  • Plan memberships in the Windows 2000 administrative groups.
  • Plan secure administrative access to the network.
Top

Module 4: Planning User Accounts

  • Designing a Domain and Organizational Unit Structure
  • Planning Account Creation and Location
  • Planning Delegation of Authority
  • Designing an Audit Policy for Tracking Account Changes
Skills
  • Design a Windows 2000 domain and organizational unit (OU) structure that will support your account and group policy configuration.
  • Plan for the creation of accounts within the OU structure using both batch methodology and the Active Directory Users and Computers console.
  • Plan a delegation of authority strategy for OUs.
  • Design an audit strategy that will track changes made to the Active Directory contents.
Top

Module 5: Securing Windows 2000-Based Computers

  • Evaluating the Security Requirements of Windows 2000-Based Systems
  • Securing Physical Access to Windows 2000-Based Systems
  • Designing Security Configuration Policies
  • Analysis of Security Configuration
Skills
  • Evaluate the security requirements for Windows 2000-based systems with respect to their role in the enterprise network.
  • Plan physical and hardware configuration measures to secure Windows 2000-based systems.
  • Design security configuration templates that can be used to enforce security settings.
  • Plan the use of security baseline templates to evaluate the current security configuration of a Windows 2000-based system.
Top

Module 6: Securing File and Print Resources

  • Comparing the Security of Windows 2000 File Systems
  • Protecting Data Using Access Control Lists
  • Encrypting Data Using EFS
  • Auditing Resource Access
  • Securing Backup and Restore Procedures
  • Protecting Data From Viruses
Skills
  • Describe the security provided in the file systems supported by Windows 2000.
  • Design a security strategy for protecting the registry, files resources, and print resources by using Access Control Lists.
  • Design a strategy for the protection and recovery of file resources using EFS.
  • Design an auditing strategy to determine file and print resource access.
  • Design a secure backup and restore procedure that allows for disaster recovery.
  • Plan for virus protection in your network security design.
Top

Module 7: Securing Communication Channels on the Local Network

  • Demonstration: Investigating Web Access
  • Assessing Network Data Visibility Risks
  • Evaluating Network Authentication Methods
  • Protecting Network Data Transmission from Packet-Level Impersonation
  • Encrypting Network Data Transmissions with Internet Protocol Security (IPSec)
Skills
  • Assess potential risks to data risks to data when it is transported between clients on the Local Area Network.
  • Compare and contrast the network authentication methods that can be used by Windows 2000 clients and down-level clients.
  • Design a strategy for protecting data transmissions on the private network from packet-level impersonation.
  • Design an IPSec strategy for encrypting private network data transmissions.
Top

Module 8: Providing Secure Access to Non-Microsoft Clients

  • Demonstration: Investigating a TelNet Connection
  • Providing Secure Access to IP-Based Clients
  • Providing Secure Access to NetWare Clients
  • Providing Secure Access to Macintosh Clients
Skills
  • Describe the inherent risks and the management strategy involved when deploying standard IP client/server sockets-based applications.
  • Describe the additional security measures that must be taken when integrating NetWare clients on your network.
  • Describe the additional security measures that must be taken when integrating Macintosh clients on your network.
Top

Module 9: Providing Secure Access to Remote Users and Offices

  • Providing Secure Access to Remote Users
  • Planning Remote Access Security
  • Authentication and Accounting Providers
  • Planning Server-side Security for Remote Connectivity
  • Planning Client-side Security for Remote Connectivity
Skills
  • Compare and contrast the common methods that may be used by remote users to connect to the private network.
  • Compare and contrast the server configuration options available to allow secure remote connectivity to your network by individual users.
  • Compare and contrast the client configuration options available to allow secure connectivity to a remote private network.
  • Create a distributed authentication framework for remote clients.
Top

Module 10: Providing Secure Access to Remote Offices

  • Comparing Private and Public Networks
  • Securing WAN Links Over a Private Network
  • Securing WAN Links Over a Public Network
Skills
  • Introduce how public and private networks interact and describe the common physical technologies that are used to provide connectivity.
  • Plan secure WAN links to branch offices using dedicated network connections.
  • Plan secure WAN links to branch offices using tunneling technologies over public networks.
Top

Module 11: Providing Secure Access Between Private and Public Networks

  • Maintaining Security When Allowing Public Access to Your Private Network
  • Potential Risks
  • Protecting Networks using Firewalls
  • Demonstration: Port Mapping Example
  • Protecting Resources Exposed on the Internet
  • Planning Placement of Servers in a Firewall Configuration
Skills
  • Analyze the common threats that are introduced when your private network is connected to a public network.
  • Design a firewall strategy for protecting your private network.
  • Design a secure method for exposing private network resources to the public network.
  • Plan secure placement of servers when working with interconnected private and public networks.
Top

Module 12: Maintaining Security When Accessing Public Networks from Your Network

  • Analyzing Threats Introduced by an Internet Connection
  • Protecting Internet Network Addressing Schemes
  • Using Server-Side Configuration to Control Content Accessed by Network Users
  • Using Client-Side Configuration to Control Content Accessed by Network Users
Skills
  • Analyze the various threats that are introduced to the network when users are allowed to access the Internet.
  • Design a strategy for protecting the private network IP addressing scheme from the public network.
  • Design the server side requirements for maintaining security when authenticated users access public networks.
  • Design the client-side requirements for maintaining security when authenticated users access public networks.
  • Plan security when trusted individuals and organizations access private network data and resources over a public network.
Top

Module 13: Providing Secure Access to Partners

  • Authenticating Trusted Partners
  • Authenticating Partners Using Windows 2000 User Accounts
  • Authenticating Partners Using Trusted Domains
  • Authenticating Partners Using Internet Technologies
  • Planning Certificate-Based Authentication
Skills
  • Design a secure framework for partner access using Windows 2000 user accounts.
  • Design a secure framework for trusted partners to access the private network by using trust relationships.
  • Compare and contrast the methods available for authenticating clients by using Internet technologies.
  • Design a certificate-based authentication framework for a Windows 2000 network.
Top

Module 14: Providing Secure Resource Access to Trusted Partners

  • Providing Secure Access Using Resource Permissions
  • Securing Access for Remote Partners
  • Providing Secure Partner Access to Data Using Terminal Services
  • Providing Secure Partner Access to Data Using Web Technologies
  • Providing Secure Partner Access to Data Using Messaging
Skills
  • Design secure resource access for trusted partners by using access control lists.
  • Plan which resources will be exposed to trusted partners and where those resources will be placed on the network.
  • Design secure resource access to trusted partners by using terminal services.
  • Design secure access to resources using Web technologies.
  • Design secure resource sharing using a messaging solution.
Top

Module 15: Providing Business to Business and E-Commerce Security

  • Planning for Business-to-Business Applications
  • Planning for Secure Business Communication Between Partners
Skills
  • Describe the various technologies commonly used when implementing secure business-to-business applications.
  • Plan knowledge management and business communications between business partners.
Top

Module 16: Security

  • Developing a Security Team
  • Defining the Scope of Security
  • Analyzing the Current Network Configuration
  • Designing a Security Baseline for Your Network
  • Developing and Implementing a Project Plan
  • Maintaining Security
  • Maintaining Awareness of Current Security Issues
Skills
  • Plan the composition of a security team that will develop your organization's security plan.
  • Determine the security needs for your network based on your local network, remote networks, public networks and associations with trusted partners.
  • Analyze the current security configuration of your network.
  • Design the security baseline for your network based on your organization's security goals.
  • Design a security plan rollout.
  • Design a strategy to maintain your network's current level of security as the security landscape changes.
Top

Exams:

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£ 1550
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£ 995.00
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£495.00
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MCSE Training Kit (Exam 70-220): Designing Microsoft Windows 2000 Network Security

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Last Modified 01 May 2008