Windows Server 2003 Planning Network Infrastructure Course

5 Sessions -

13 Hours of Interactive Training

The Windows Server 2003 Planning Network Infrastructure course from LearnKey prepares you with the knowledge and skills needed to plan and maintain a Windows Server 2003 network. Expert instructor Michael Storm demonstrates critical skills like how to plan for server and network security, routing and remote access, and server availability. At the conclusion of the course, you will understand the skills required to plan a Windows Server 2003 network, and be prepared to pass MCP exam 70-293.

Benefits

This course meets MCP exam 70-293 objectives.
Develop your abilities and IT credibility.
Increase your career opportunities and earning potential.

About The Author

For the past 16 years, Michael Storm has managed the design, security and implementation of enterprise networks for Fortune 100 companies around the globe. As the founder of Brainstorm International, Inc., Storm specializes in InfoSec Security and Internetwork Solutions Architectures. He is currently the Director of Network Engineering and Security Officer for Interface Technical Training of Phoenix, AZ and creator of the Immersion Learning System™, used by countless Cisco® and Microsoft Professionals for achieving technical mastery. Storm holds many IT certifications, including the Cisco® CCIE® Security, CCNP®/CCSP™/CCDP®, NSA/CNSS CISSP, MCSE and MCT.

Session 1

Section A: Introduction

Connectivity
RRAS
Availability/Planning
Security
Components

Section B: TCP/IP Networking

Overview
Network Planning
IP Addressing
IP Address Classes
Subnet Mask
Addressing Scheme

Section C: Network Availability

Subnetting Requirements
Planning Example
Availability
Redundancy

Section D: Network Performance

Affecting Factors
Physical Subnets
Logical Subnets
Ethernet Usage - 10 Mbps
100/1000 Mbps

Section E: Planning for Growth

Requirements
Traffic Flow
How to Plan

Section F: DHCP Planning

Config Methodologies
DHCP Features
Integration Benefits
LAN
Routed Networks
Planning
Non-Microsoft Clients

Section G: TCP/IP Addressing

DHCP Performance
Lease Duration
DHCP Security
DHCP Issues
Troubleshooting Tools
Traffic Monitoring

Session 2

Section A: Internet Connectivity

Overview
Connectivity Solutions
Connection Components
Using NAT
Secure Perimeter

Section B: Network Address Translation

Define Translation
NAT Solution
NAT Server Options
IP Filters
Address Pools/Ports
VPN Tunnels
Availability/Performance

Section C: Security and Acceleration

Planning Decisions
Filtering Features
Security Features
Additional Features
Design Options
Design Requirements
Active Directory
Perimeter Design

Section D: Enhancing ISA Server

Enhance Availability
Clustering Types
Caching Method
Organize Hierarchy
Distribute IP Traffic

Section E: Clustering Technologies

NLBS
CLB
Server Clusters
X Node Clustering
Clustering Components
Failover/Failback
Cluster Management

Section F: Planning RRAS

Planning Decisions
Isolation
Integration
Protocol Support
Routing Solution
Solution Integration

Section G: Routing Types

Overview
Static Routing
RIP Routing
OSPF Routing
Multicast Routing
DHCP Relay Agent

Session 3

Section A: RRAS Advanced Features

RRAS Filtering
Wireless Standards
Wireless Enhancements
802.1x Authentication
Wireless Security
Enhancing Performance

Section B: IP Troubleshooting

Local Clients
Reachability Issues
NAT Issues
Routing Issues
Strategy for Routing
Outside-In
Inside-Out
Divide-by-Half

Section C: Secure Remote Access

IPSec
Connect with IPSec
IPSec Modes
VPN Tunnels
Tunneling Protocol
VPN Compulsory Tunnel
VPN Voluntary Tunnel
Tunneling Comparisons

Section D: RAS Authentication

Planning Decisions
Authentication Methods
Kerberos
Certificate-based
Smart Cards
NTLM/Clear-text
Digest/SSL/RADIUS
RAS Policy

Section E: Planning IPSec Policy

IPSec Policy
Requirements
Components
Identify Needs
IPSec Phases
Negotiation Policies
Policy Filters

Section F: Planning IPSec Deployment

Overview
Authentication Types
Digital Certificates
Certificate Use
Deployment Options
GPO Deployment
Processing Order
Effective Policy

Session 4

Section A: IPSec Troubleshooting

IPSec Monitor
IP Security Management
Users and Computers
RSoP
Event Viewer
Troubleshooting Process

Section B: DNS

Design Process
DNS Features
AD Integrated Zone
Traditional Zone
Choosing Zone Type
Connecting to Internet

Section C: Integrating DNS

Options
Namespace
First DNS Server
Secure DNS
Secure Zone Replication
DNS Availability
DNS Performance
DNS Troubleshooting

Section D: Planning WINS

WINS Solution
Routed Network
Client Considerations
Multiple Servers
Secure WINS
WINS Availability
WINS Performance

Section E: Security Design Process

Server Roles
Security Categories
Identify Risks
Identify Threats
Business Requirements
System Requirements

Section F: Security Baseline

Baseline Strategy
Baseline Server Roles
Physical Security
Passwords
Hardware
Security Templates
Verify and Analyze
Deploy and Update

Session 5

Section A: Perimeter Security

Router Security
External Attacks
DoS/Port Scanning
Firewalls
DMZ Subnets
Three-Interface Firewall
Three-Prong Approach
Midground Screen

Section B: Securing Public Servers

Vulnerabilities
Public Server Roles
HTTP/FTP Server
DNS Server
Messenger Server
Application Server
VPN Server
Terminal Server

Section C: Authentication/Encryption

Transmission Options
VPN Connection
Design Decisions

Section D: Certificates

PKI
Reliability
Requirements
CA Distribution
Issuing CAs
Commercial CAs
Private CAs

Section E: CA Design

Guidelines
Planning CA Hierarchy
User Accounts
Mapping

Section F: Planning for Administration

Planning Aspects
Remote Administration
Terminal Services
Monitoring Performance
Monitoring Services
Backup/Recovery
Media Handling
Data/System Protection