SAFAS Technologies
Bangalore, India
http://www.safas.net/

Wireless LAN Security Solutions

3.1. Static and Dynamic WEP and TKIP 3.1.1. Explain the functionality, strengths, and weaknesses of WEP and TKIP 3.1.2. Explain appropriate scenarios and applications of static and dynamic WEP and TKIP 3.1.3. Install and configure static and dynamic WEP and TKIP 3.1.4. Illustrate feasibility of WEP exploitation 3.1.5. Manage scalable WEP and TKIP solutions 3.2. 802.1x and EAP 3.2......
 

2.1. Explain the purpose and goals of the following wireless LAN security policies 2.1.1. Password policy 2.1.2. User training 2.1.3. On-going review (auditing) 2.1.4. Acceptable use and abuse policies 2.1.5. Consistent implementation procedure 2.1.6. Centralized implementation and management guidelines and procedures 2.2. Explain necessary items to include in the creation and main......
 

1.1. Explain how intruders obtain network access through analysis, spoofing, and information theft using the following methods: 1.1.1. Monitoring and obtaining data sent in clear text or with weak encryption 1.1.2. Use of wireless LAN protocol analysis and site survey tools 1.1.3. WEP Decryption 1.1.4. MAC address spoofing and circumventing filters 1.1.5. Active intrusion techniques (c......
 

The CWSPâ„?certification covering the current CWSP exam objectives will certify that the successful candidate understands the weaknesses inherent in wireless LANs, the solutions available to address those weaknesses, and the steps necessary to implement a secure and manageable wireless LAN in an enterprise environment. The CWSP candidate must have obtained the CWNA certification prior to attendi......
 

3.1. Demonstrate appropriate application of an 802.11a/b/g protocol analyzer for: 3.1.1. Troubleshooting 3.1.2. Performance testing 3.1.3. Security analysis 3.1.4. Intrusion analysis 3.1.5. Distributed analysis 3.2. Interpret 802.11a/b/g protocol traces when performing: 3.2.1. Troubleshooting 3.2.2. Performance testing 3.2.3. Security analysis 3.2.4. Intrusion analysis 3.3. A......
 

2.1. Explain PHY Layer terminology used in the 802.11 series of standards 2.2. Explain Interframe Spacing 2.2.1. SIFS 2.2.2. PIFS 2.2.3. DIFS 2.2.4. EIFS 2.3. Explain Slot Times 2.3.1. 802.11a 2.3.2. 802.11b 2.3.3. 802.11g 2.3.4. Special operation in 802.11b/g mixed mode environments 2.4. Explain 802.11 Contention (DCF Mode) 2.4.1. CSMA/CA (half duplex) 2.4.2. Backoff t......
 

1.1. Distinguish the intended purpose of each 802.11 MAC layer frame type 1.1.1. Control frames 1.1.2. Management frames 1.1.3. Data Frames 1.2. Explain the structure of each 802.11 MAC layer frame type 1.2.1. MAC Layer terminology used in the 802.11 series of standards 1.2.2. Header fields and subfields 1.2.3. Control, Management, and Data frame payload contents and sizes Fixed......
 

The CWAPâ„?certification, covering the current CWAP exam objectives, will certify that the successful candidate understands the frame structures and exchange processes for each of the 802.11 series of standards and how to use the tools that are available for analyzing and troubleshooting today’s wireless LANs. The CWAP candidate must have obtained the CWNA certification prior to taking the ......
 

4.1. Protection 4.1.1. Identify the strengths, weaknesses and appropriate uses of the following wireless LAN security techniques WEP AES Filtering Emerging security techniques 4.2. Attacks 4.2.1. Describe the types of wireless LAN security attacks, and explain how to identify and prevent them Casual eavesdropping Circumventing filters Jamming Man-in-the-middle 4.......
 

3.1. Wireless LAN Application 3.1.1. Identify the technology roles for which wireless LAN technology is an appropriate technology application Data access role Extension of existing networks into remote locations Building-to-building connectivity Last mile data delivery Flexibility for mobile users SOHO Use Mobile office, classroom, industrial, and healthcare 3.2. Hardware......
 

2.1. 802.11 Network Architecture 2.1.1. Identify and apply the processes involved in authentication and association Authentication Association Open system authentication Shared key authentication Secret keys and certificates AAA Support 2.1.2. Recognize the following concepts associated with wireless LAN service sets BSS ESS IBSS SSID Infrastructure mode Ad-ho......
 

1.1. RF Fundamentals 1.1.1. Define and apply the basic concepts of RF behavior Gain Loss Reflection Refraction Diffraction Scattering VSWR Amplification & attenuation 1.1.2. Understand the applications of basic RF antenna concepts Visual LOS RF LOS The Fresnel Zone Intentional Radiator EIRP Wave propagation 1.2. RF Math 1.2.1. Understand and apply the b......
 

The CWNAâ„?certification covering the current objectives will certify that successful candidates know the fundamentals of RF behavior, can describe the features and functions of wireless LAN components, and have the skills needed to install, configure, and troubleshoot wireless LAN hardware peripherals and protocols. A typical candidate should have Network+, CCNA, CNA, or MCP certification or eq......
 

1. Introduction to Network Services Red Hat Enterprise Linux Network Components Connecting Networks Service Management Chkconfig xinetd Services The xinetd Daemon Fault Analysis 2. Organizing Networked Systems DNS Basics Internet DNS Hierarchy Name Server Hierarchy Client-Side DNS Server-Side DNS Berkeley Internet Name Domain (BIND) Configuring BIND Configuratio......
 

1. Hardware, Device Configuration, and Installation Hardware Compatibility and Resources CPU and Memory Filesystem Device Nodes and Device Node Table Block Device Support System and Hotswappable Bus Support Peripheral Device Ports Laptops Console and Graphics Disk Partitioning Block Devices and Filesystem Schemes Red Hat Installer Features Red Hat Linux Installation P......
 

1. Hardware, Device Configuration, and Installation Hardware Compatibility and Resources CPU and Memory Filesystem Device Nodes and Device Node Table Block Device Support System and Hotswappable Bus Support Peripheral Device Ports Laptops Console and Graphics Disk Partitioning Block Devices and Filesystem Schemes Red Hat Installer Features Red Hat Linux Installation Par......
 

1. Overview Unix history and principles GNU Project, FSF, and the GPL Linux origins and benefits Red Hat Linux offerings Recommended hardware requirements Logging in Running commands Red Hat Linux GUI environments 2. Quick Tour of Red Hat Enterprise Linux: Command Line Filesystem Browsing Linux file hierarchy concepts Current working directory Changing directories List......
 

Learn the standards, terminology, and technologies that drive data networks, including a comprehensive review of the OSI interconnect model. Networking Overview Networking concepts Common networking hardware LAN and WAN overview Ethernet basics TCP/IP basics Common terms and acronyms Network addressing Structured cabling systems Networking software and applications Stand......
 

Introduction to Computers Types of Software & languages Introduction to Operating System (DOS) Introduction to OS Booting sequence in DOS Internal & external commands Working with Startup files (autoexec.bat & config.sys) Windows 3.1/95/98/ME/XP Difference among Win 3.1,95, 98, ME and XP Start menu, File management Working with control panel Running di......
 

Identify risks to a network and create a network diagram and a security policy Place security components in a network using VPN-1/FireWall-1,LDAP and CVP/UFP servers Configure VPN-1/FireWall-1 rulebase for traffic management and overlapping encryption Configure Multiple Entry Point (MEP) and Single Entry Point (SEP) VPNs with ClusterXL Install the LDAP server and integrate UserA......
 

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