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Windows
2000 Network Security Design: Providing Secure Access in Remote Networks
This course covers demand-dial routing as a feature of RRAS security
and explains the LAN and WAN routing protocols supported by RRAS. Learn
about RRAS security strategies and learn to configure the RRAS callback
options used to verify identities of clients and servers. Learn about
the components of a virtual private network and about the features
of the VPN tunneling protocols, PPTP and L2TP. Learn about router-to-router
and remote access VPN connections as well as L2TP and PPTP packet filtering
in VPN connections for input and output filters. The features and functions
of a RADIUS server and IAS security-related features will be covered.
Learn about the IP-based services available in Windows 2000 for IP-based
clients.
Providing Secure Access in Remote Networks training covers such topics
as:
Routing and Remote Access Service
Designing Virtual Private Networks (VPNs)
Using Internet Authentication Services (IAS)
Providing Secure Access to Non-Microsoft Clients
The course addresses the training needs of system administrators
and network architects involved in network security design of a Windows
2000 network. This course also addresses the needs of IT professionals
who want to become certified under the Windows 2000 MCSE track.
Completion of this course and the other Course titles from this curriculum
prepares the learner for Microsoft Exam #70-220: Designing Security
for a Microsoft Windows 2000 Network.
Description
This course covers demand-dial routing as a feature of RRAS security
and also explains the LAN and
WAN routing protocols supported by RRAS. You will learn about RRAS
security strategies and will
learn to configure the RRAS callback options used to verify identities
of clients and servers. You will
learn about the components of a virtual private network and about the
features of the VPN
tunneling protocols, PPTP and L2TP. You will learn about router-to-router
and remote access VPN
connections as well as L2TP and PPTP packet filtering in VPN connections
for input and output filters.
The features and functions of a RADIUS server and IAS security-related
features will also be covered.
Finally, you will learn about the IP-based services available in Windows
2000 for IP-based clients.
Related Exam: Microsoft Exam #070-220: Designing Security for a Microsoft
Windows 2000 Network.
Audience
The course addresses the training needs of system administrators and
network architects involved in
network security design of a Windows 2000 network. This course also
addresses the needs of IT
professionals who want to become certified under the Windows 2000 MCSE
track.
Prerequisites
This course assumes the learner has experience installing or maintaining
networks, although not
necessarily Windows NT networks. Familiarity with Windows 95, 98 or
NT 4.0 Workstation desktop
operating systems is also assumed.
Course Duration
» 5 hours
Topics Include
Unit 1: Routing and Remote Access Service
» Introducing Routing and Remote Access Service
» Identifying RRAS Features
» Planning Remote Access Security
» Practice
Everything Courseware
Windows 2000 Network Security Design: Providing Secure Access in Remote
Networks
Unit 2: Designing Virtual Private Networks (VPNs)
» Identifying the Components of a VPN
» Determining Tunneling Protocols
» Using VPN Protocols
» Implementing VPN Security
» Practice
Unit 3: Using Internet Authentication Services (IAS)
» Introducing IAS
» Identifying IAS Features
» Explaining the Functions of IAS
» Implementing Security for IAS
» Practice
Unit 4: Providing Secure Access to Non-Microsoft Clients
» Providing Secure Access to IP-Based Clients
» Providing Secure Access to NetWare Clients
» Providing Secure Access to Macintosh Clients
» Practice
System Requirements CD-Based » Pentium class computer
» 200 MHz processor (266 MHz recommended)
» 32 MB RAM (64 MB recommended)
» CD-ROM drive
» Any one of Windows 95, Windows 98, Windows Me, Windows NT 4.0, Windows 2000
or Windows XP (both Windows NT 4.0 and Windows 2000 require at least 64 MB RAM)
» SVGA monitor capable of 16-bit color and 800 x 600 screen resolution
» Sound card with speakers or headphones (optional)
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