Network Security Administrator

Overview

The EC-Council's NSA certification looks at network security from a defensive view. The NSA program is designed to provide fundamental skills needed to analyse the internal and external security threats against your network, and to help you develop the correct security posture that will protect your organisation. Students will learn how to evaluate network and Internet security issues. They will design and implement successful security policies relevant to you. In addition, they will learn how to expose systems and network vulnerabilities and defend against them.

Why should you attend this course before Certified Ethical Hacker (C|EH)?

Although attending this course and passing the exam is not a prerequisite of C|EH training or subsequently taking the C|EH exam, it is highly recommended. The C|EH program looks at security in offensive mode, while the NSA program looks at network security in defensive mode, therefore they compliment each other and help build a complete picture of today's Information Security landscape.

Who should attend?

System Administrators and Network Administrators as well as anyone who is interested in defensive network security technologies.

Please note: Due to the required depth and breadth of knowledge needed to pass this ECNSA exam QA has taken the step of scheduling the exam separately to the course. This has been done in order to allow for a period of further self study to fully prepare for the exam. Delegates will sit the ECNSA exam at 10.30 am on the Friday two weeks after the course is concluded. Delegates will be required to book on to the ECNSAEX. The exam duration is maxiumum four hours.

During this two week period delegates will be provided with further structured self study materials and will be assisted in their study via two scheduled Webinar sessions hosted by your delivering instructor.

Full details of the self study resources and the Webinar sessions will be provided to the delegates during the course

Prerequisites

• Before attending this course delegates should have Comptia Network equivalent knowledge, however, it is not essential to have passed the Network exam.

• Please be aware, delegates will be required to book on to the ECNSAEX exam code in order to sit the exam.

Course Outline.

NSAv1 Curriculum consists of instructor-led training.

Module 1: Introduction to Network Security

• Network topology; Network Types and the OSI Model

Module 2: Network Protocols

• Network Protocols: SLIP; PPP; ARP; RARP; IGMP; ICMP; SNMP, HTTP
• IP: Attacks and Countermeasures
• TCP, UDP: Attacks and Countermeasures
• FTP, TFTP, TELNET, SMTP: Vulnerabilities

Module 3: Security Policy

• What is Security Policy?
• What Defines a good security policy
• Security Policy Structure
• Developing and Implementing security policies
• Requirements of Effective Security Policy

Module 4: Physical Security

• Physical Security Threats
• Locks and Keys
• TEMPEST
• Fire Safety: Fire Suppression, Gaseous Emission Systems
• Laptop Security: Physical Security Countermeasures
• Biometric Devices
• PC Security: Boot Access

Module 5: Network Attacks

• Current Statistics
• Defining Terms: Threats, Attack and Exploit
• Classification of Hackers and Attacks
• Spoofing; Spamming; Eaves Dropping; Phishing; War Dialing; Password Cracking
• Web Page Defacement; SQL Injection; Wire Tapping; Buffer Overflow
• War Driving; War Chalking; War Flying
• Denial of Service (DOS) Attacks and Distributed DOS

Module 6: Intrusion Detection System

• Characteristics of IDS
• Host based IDS Vs Network based IDS
• IDS Detection Methods; Types of Signatures
• Intrusion Prevention System
• IDS Vs IPS
• IPS Tool

Module 7: Firewalls

• Handling threats and security tasks
• Protection against hacking
• Centralization and Documentation
• Multi-layer firewall protection
• Packet filtering and Stateful Packet Filtering
• Multi firewall DMZ
• Specialty firewalls and Reverse firewalls

Module8: Packet Filtering and Proxy Servers

• Network Address Translation
• Application layer gateway and Proxying
• Virtual Private Network and the Authentication process

Module 9: Bastion Host and Honeypots

• Bastion Host
• Honeypots and Honeynet

Module 10: Hardening Routers

• Internet work Operating Systems (IOS)
• Troubleshooting a router
• Hardening a Router
• Components of router security
• Router security: testing tools

Module 11: Hardening Operating Systems Security

• Windows Security
• Objects And Permissions
• NTFS File System Permissions
• Active Directory
• Kerberos Authentication And Security
• IP Security
• Linux

Module 12: Patch Management

• Red Hat Up2date Patch Management Utility Installation Steps
• Microsoft Patch Management Process and Windows Update Services
• Patch Management Tools: Qchain
• Patch Management Tool: Microsoft Baseline Security Analyzer
• Other Patch Management Tools

Module 13: Application Security

• Securing Web Applications
• IPSec And SSL Security
• Writing Secure Code; Best Practices
• Remote Administration Security

Module 14: Web Security

• Network Devices and Design
• Altering the Network Addresses
• Client Authorization and Secure Client Transmissions
• Portable Applications
• Malicious Code Detection
• Browser Security Settings
• Common Gateway Interface (CGI)
• Web Application Input Data Validation and Buffer Overflows

Module 15: E-Mail Security

• Components Of An Email
• E-mail protocols
• E-Mail Security Risks
• How to defend against E-Mail security risks

Module 16: Encryption

• Firewalls Implementing Encryption
• Maintaining confidentiality
• Digital certificates
• Public and Private Keys (including PGP)
• Choosing the size of keys
• Analyzing popular encryption schemes including IPSEC

Module 17: Virtual Private Networks

• VPN Tunneling Protocols
• PPTP and L2TP
• VPN Security

Module 18: WLAN

• Wireless Network Types
• Antenna
• WLAN Standards
• BlueTooth And Ultra Wideband
• WEP Description Tool (Air Snort and WEPCrack)
• WLAN Security;WPA; TKIP; WTLS
• EAP Methods
• Advanced Encryption Standards (AES); DES; RSA Encryption
• RADIUS; Multifactor Authentication
• Mobile Security Through Certificates
• Certificate Management Through PKI

Module 19: Creating Fault Tolerance

• Network Security: Fault Tolerance
• Why Create Fault Tolerance
• Planning For Fault Tolerance
• Reasons For System Failure
• Preventive Measures

Module 20: Incident Response

• What Is an Incident
• Step by Step Procedure
• Managing Incidents
• What Is an Incident Response
• Six Step Approach for Incident Handling (PICERF Methodology)
• Incident Response Team

Module 21: Disaster Recovery and Planning

• What is a Disaster Recovery
• Disaster Recovery Planning
• Business Continuity Planning Process
• Disaster Prevention

Module 22: Network Vulnerability Assessment

• Vulnerability Assessment
• Goals of vulnerability assessment
• Network vulnerability Assessment methodology:
• Selecting vulnerability assessment tools

Certification

The EC-Council's Network Security Administrator.

Examinations

Exam 312-38. Delegates are provided with a Prometric Prime examination voucher.

Please note: Due to the required depth and breadth of knowledge needed to pass this ECNSA exam QA has taken the step of scheduling the exam separately to the course. This has been done in order to allow for a period of further self study to fully prepare for the exam. Delegates will be invited back to sit the ECNSA exam at 10.30 am on the Friday two weeks after the course is concluded. The exam duration is maxiumum four hours

During this two week period delegates will be provided with further structured self study materials and will be assisted in their study via two scheduled Webinar sessions hosted by your delivering instructor.

Full details of the self study resources will be provided to the delegates during the course