A+, Network+, Security+, and MCITP

440 Hours/24 Month Access/Instructor Support

Course Overview:

CompTIA A+ certification (2009 Edition) validates the latest skills needed by today's computer support professionals. It is an international, vendor-neutral certification recognized by major hardware and software vendors, distributors and resellers. CompTIA A+ certification (2009 Edition) confirms a technician's ability to perform tasks such as installation, configuration, diagnosing, preventive maintenance and basic networking. Network+ is a CompTIA vendor neutral certification that measures the technical knowledge of networking professionals with 18 - 24 months experience in the IT industry Earning the Network+ certification means that the candidate possesses the knowledge needed to configure and install the TCP/IP client. The Microsoft Certified IT Professional (MCITP): Enterprise Administrator 2008 Certification can help you develop and validate your skills in your current position or advance you toward a future job role, such as; enterprise systems administrator, IT systems manager, enterprise security administrator, systems architect, network administrator or enterprise security administrator.

Course Outline:

CompTIA A+ 2009

CompTIA A+ certification (2009 Edition) ensures the right people have the right skills. While many of the essential skills are universal, there are additional skills required to support the needs of businesses. By offering certification options for specific job scenarios, CompTIA A+ gives individuals the ability to grow their careers in a certain area, and employers the flexibility to choose the exam combination that best fits their needs.

Individuals in careers that require IT knowledge outside of the formal IT job role, such as SMB office manager, technical sales roles or other non-technical roles that require understanding of computer repair issues may also find the validation of skills associated with the CompTIA (A+) credential to be valuable. This training would be beneficial for individuals looking for IT job positions such as; Help Desk Support, PC Technician, Remote Service Technician, Field Service Engineer, Senior Help Desk Support, Senior Computer Technician, Customer Support Manager or Network Technician.

CompTIA A+ Essentials Exam 220-701:

CompTIA (A+) Essentials validates knowledge of basic computer hardware and operating systems, covering skills such as installing, building, upgrading, repairing, configuring, troubleshooting, optimizing, diagnosing and preventive maintenance, with additional elements of security and soft skills. The Essentials Exam validates the basic skills needed by any entry-level service technician regardless of job environment. Click here to see a detailed curriculum outline.

A+ Essentials 2009: Computer Hardware Components
A+ Essentials 2009: Configuring Displays, Peripherals, Laptops, and Printers
A+ Essentials 2009: Troubleshooting Computers and Printers
A+ Essentials 2009: Operational Procedures and Preventative Maintenance
A+ Essentials 2009: Installing Windows Operating Systems (Windows 7 update)
A+ Essentials 2009: Using and Managing Windows (Windows 7 update)
A+ Essentials 2009: Security and Network Fundamentals (IPv6 update)

CompTIA A+ Practical Application Exam 220-702:

The CompTIA (A+) 220-702 exam measures key abilities for an entry-level IT professional with hands-on lab or field experience. This exam validates skills such as installing, configuring, upgrading, maintaining, troubleshooting PC workstations and SOHO networks. Examples of job roles include: Enterprise Technician, IT Administrator, Field Service Technician and PC Technician. Click here to see a detailed curriculum outline.

A+ Practical Application 2009: Personal Computer Components
A+ Practical Application 2009: Troubleshooting Hardware
A+ Practical Application 2009: Maintaining Networks
A+ Practical Application 2009: Security
A+ Practical Application 2009: Maintaining Operating Systems (Windows 7 update)

A+ Essentials 2009: Computer Hardware Components

The IT industry has grown by leaps and bounds, but the backbone of that work has always remained the computers themselves. In order for a computer to function correctly it requires specific types of hardware components. This course covers the different types of motherboards, power supplies, storage devices, central processing units, and memory that are needed by computers and how they work in unison to ensure that computers perform as required. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Individuals undertaking the A+ certification track and companies who need technical staff trained in the A+ exam track

Candidates should have the knowledge required to understand the fundamentals of computer technology, networking, and security. They should be able to identify hardware, peripheral, networking, and security components. They should also understand the basic functionality of the operating system and basic troubleshooting methodology.

Distinguish between common motherboard form factors
Recognize the functions of key motherboard components
Distinguish between memory slot types
Recognize how the bus architecture functions
Recognize the function of processor sockets and slots
Recognize the function of disk features
Recognize key characteristics of computer storage devices
Recognize key characteristics of computer power supplies
Distinguish between motherboard components and their functions
Distinguish between computer storage devices
Distinguish between computer power supplies
Recognize key CPU components
Recognize types of CPUs
Recognize ways to reduce the heat generated by CPUs
Recognize the types of memory used in computer systems
Recognize key characteristics of different types of RAM
Distinguish between CPU types and components
Determine ways to cool a CPU
Determine which type of memory to use in a CPU

A+ Essentials 2009: Configuring Displays, Peripherals, Laptops, and Printers

Add-on devices and displays are a whole market in themselves, as are laptops and printers. The mobile world of technology has seen two ongoing trends: bigger and better displays, and smaller and more efficient components and laptops. This course examines these trends and covers the types of display devices, peripherals, adapter card technologies, laptop trends and the different types of printers that are used today, and how to install and configure them. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Distinguish between CRT, LCD, and projector technologies used for display devices
Recognize how to install the keyboard and mouse
Recognize multimedia devices that can be connected to a computer
Recognize key characteristics of touch screen monitors
Recognize key characteristics of video adapter cards
Recognize key characteristics of multimedia adapter cards
Recognize key characteristics of I/O adapter cards
Recognize key characteristics of communications adapter cards
Configure display devices
Configure peripheral devices
Configure adapters
Recognize key characteristics of personal computer cards
Recognize types of communication connections for laptops
Set power plans for laptops
Configure stylus settings on tablet PCs
Distinguish between types of printers
Install printers
Configure printer preferences
Install printer drivers
Configure laptops
Install and configure printers and drivers

A+ Essentials 2009: Troubleshooting Computers and Printers

Troubleshooting computer problems is a major role in the computer technicians life. Every day there will be new problems to solve. This course examines the theories and practical application methods to troubleshoot problems on computers, laptops, and printers. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize the process for troubleshooting computer problems
Recognize the tools used for troubleshooting computer problems
Troubleshoot internal hardware
Troubleshoot USB ports and FireWire ports
Troubleshoot drives
Troubleshoot keyboards and display devices
Troubleshoot computer hardware
Troubleshoot USB ports
Troubleshoot operating system problems
Troubleshoot startup problems
Troubleshoot application problems
Recognize typical approaches to troubleshooting print problems
Manage the print queue
Manage a printer spooler service
Troubleshoot laptops
Troubleshoot operating system and application problems
Troubleshoot printer problems
Troubleshoot laptop problems

A+ Essentials 2009: Operational Procedures and Preventative Maintenance

Operational procedures are necessary to guarantee that products function properly while not damaging the environment, other products, or individuals around them. Another aspect of operational procedures is the need for professionalism and good communication skills in the workplace. This course covers both safety and environmental procedures to be established and used along with the appropriate use of communication skills and professionalism in the workplace. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize how to guard against risks to data and equipment in an electronic environment
Recognize how to ensure the safety of personnel in an electronic environment
Recognize how to listen and speak effectively to clients
Recognize how to communicate effectively using e-mail
Determine how to protect data and equipment in an electronic environment
Determine how to protect personnel in an electronic environment
Recognize how to communicate effectively to clients
Enable updates for the Windows operating system
Update drivers manually
Check the hard disk for errors
Schedule Disk Defragmenter to run regularly
Use the System Configuration tool to identify Windows startup problems
Perform a complete Windows PC backup
Back up files
Restore files
Manually update drivers
Use disk management tools
Backup and restore data
Recognize preventative maintenance measures for the workplace

A+ Essentials 2009: Installing Windows Operating Systems (Windows 7 update)

There have been numerous versions of Windows over the years, and each has added new abilities and components. Each new version of the Windows operating system provides better and more efficient features to improve the users interaction with the operating system and computer. This course compares Windows 2000, XP, Vista, and Windows 7 as well as 32-bit vs. 64-bit operating systems. It will also demonstrate how to install Windows, device drivers, and migrate users files and applications using USMT. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Distinguish between Windows 2000, XP, and Vista operating systems
Distinguish between 32-bit and 64-bit operating systems
Identify key characteristics of Windows OS upgrade paths
Configure program compatibility
Identify key characteristics of a Windows XP installation
Install Windows Vista
Install device drivers and verify with Device Manager
Migrate user accounts from a Windows XP computer to a Windows Vista computer
Configure application compatibility
Install the Windows Vista operating system
Install device drivers and verify the installation
Use the USMT utility to migrate user accounts
Recognize key considerations when planning a Windows 7 installation
Install Windows 7
Use the USMT to transfer files and settings from previous Windows installations to Windows 7
Automatically get recommended drivers and updates for a Windows 7 installation
Install Windows 7
Automatically get recommended drivers and updates for a Windows 7 installation

A+ Essentials 2009: Using and Managing Windows (Windows 7 update)

With each new version of the Windows operating system, new interface elements and enhancements have been made to provide better visual effects and easier access to the tools and utilities that are provided to use and manage them. This course demonstrates how to use the Windows interface, including built-in tools such as Administrative Tools, the Control Panel, and command-line utilities to manage the Windows operating system. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Add gadgets to the sidebar
Enable the Aero feature and change the color of windows
Set attributes for files using Windows Explorer
View a log in Event Viewer
Create a new MMC
Use Task Manager to stop a service
Configure virtual memory
Customize the Windows operating system interface
Perform basic management tasks in the Windows operating system
Identify the functions of command-driven system management tools
Identify the functions of Telnet, ipconfig, and ping
Recognize how to troubleshoot the boot sequence of a computer
Recognize key new features in the Windows 7 interface
Use libraries
Recognize new networking features in Windows 7
Use HomeGroup sharing to connect computers on your home network
Create and optimize libraries
Create and join a homegroup

A+ Essentials 2009: Security and Network Fundamentals (IPv6 update)

Security and networking are important in the computer world. This trend has only increased as the average person's interaction on the Internet continues to grow. This course examines security concepts and technologies, such as encryption, authentication, firewalls, and malicious content scanners while also examining malicious content types and the preventative measures that can be taken to guard against them. This course also examines network connectivity, including wired and wireless, and the components and communication mechanisms, such as cables, protocols and devices, used in order to allow two or two million computers to communicate with each other and to share information. This course is one of a series in the SkillSoft learning path that covers the objectives for the CompTIA 220-701: A+ Essentials exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize how key authentication technologies work
Configure firewall exceptions
Recognize ways to dispose of data
Configure a wireless network connection
Recognize how to secure a network using IDS
Open the TPM
Recognize ways to secure the user environment
Set firewall exceptions0
Set a wireless network connection
View the TPM status
Recognize how the types of malicious code work
Recognize how spyware works
Recognize how spam works
Recognize key networking concepts
Join a computer to a domain and a workgroup
Recognize how network devices function
Configure TCP/IP settings on a client
Recognize key characteristics of wired and wireless networks
Configure a wireless network
Join a computer to a domain and a workgroup
Configure TCP/IP settings on a client manually and automatically
Configure a client computer to connect to a wireless network
Distinguish between the types of IPv6 addresses0
Recognize key characteristics of the technologies used to transition from IPv4 to IPv6
Distinguish between the types of network cabling
Distinguish between the types of connectors

A+ Practical Application 2009: Personal Computer Components

The IT industry has grown by leaps and bounds in recent years, but the backbone of the industry has always remained the computers themselves. This course looks at the components that make up personal computers and shows you how they all work in unison. It explores such components as motherboards, power supplies, storage devices, central processing units, adapter cards, and a variety of memory types. The course is part of the preparation for the CompTIA A+ 220-702 Practical Application exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize the functions of motherboard components
Recognize how storage devices are configured
Recognize key characteristics of power supplies
Recognize how the motherboard is configured
Recognize how storage devices are configured
Recognize key characteristics of processors
Recognize key characteristics of memory
Recognize how computers are kept from overheating
Recognize key characteristics of adapter cards
Recognize how processors are configured
Recognize how adapter cards are used

A+ Practical Application 2009: Troubleshooting Hardware

Within all industries, computer technicians are expected to locate and resolve issues ranging from hardware failure to operating system problems. In this course, the learner will be shown how to troubleshoot various computer components, such as motherboards, storage devices, power supplies, memory, and adapter cards. The course also explores troubleshooting techniques used to resolve laptop and printer problems. This course is part of the preparation for the CompTIA A+ 220-702 Practical Application exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize how to troubleshoot motherboard components
Recognize the uses of motherboard troubleshooting tools
Recognize how to troubleshoot storage devices
Recognize how to troubleshoot power supplies
Recognize how to troubleshoot processors
Recognize how to replace processors
Recognize how to troubleshoot memory
Recognize how to troubleshoot adapter cards
Recognize how to troubleshoot a motherboard
Recognize how to troubleshoot storage devices
Recognize how to troubleshoot a processor
Recognize how to troubleshoot laptops
Recognize how to troubleshoot printers
Recognize how to troubleshoot laptops
Recognize how to troubleshoot printers

A+ Practical Application 2009: Maintaining Networks

Understanding the methods that computers and network devices use to talk to one another is essential knowledge for IT technicians to have in order to configure and troubleshoot networked environments. This course examines TCP/IP, connectivity and networking issues, connection types, router and firewall configurations, and small office or home office (SOHO) configurations. It also explores troubleshooting network issues using a series of command line tools such as NET, PING, and TRACERT. This course is part of the preparation for the CompTIA A+ 220-702 Practical Application exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize key characteristics of TCP/IP configuration and troubleshooting
Recognize key characteristics of the e-mail process and troubleshooting
Recognize ways to troubleshoot FTP issues
Configure proxy settings on a Windows computer
Distinguish between tools used to troubleshoot client-side connectivity issues
Recognize how HTTP communication is secured through HTTPS and SSL
Troubleshoot firewall issues
Configure proxy settings on a Windows computer
Troubleshoot firewall issues
Recognize key characteristics of network connection types
Configure IP information on Vista clients
Configure a wireless connection
Recognize the basic characteristics of how to configure home routers
Recognize the basic characteristics of Bluetooth technology
Recognize the basic characteristics of cellular networking
Assign a port in Windows Firewall
Configure a SOHO

A+ Practical Application 2009: Security

Preventing, treating, and removing malware and system security threats are necessary skills for IT technicians. This course examines methods used to deal with viruses and malware, along with measures used to implement resource security on operating systems and networks. This course is part of the preparation for the CompTIA A+ 220-702 exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Recognize ways to combat viruses and malware
Use Windows Defender to scan for malware
Secure operating systems
Recognize key characteristics of BIOS security
Scan a computer for spyware
Change share permissions
Encrypt a folder

A+ Practical Application 2009: Maintaining Operating Systems (Windows 7 update)

There are a variety of hardware and software resources a technician can use to troubleshoot Windows operating system issues. This course examines the commands, disk management tools, system utilities, and error messages commonly used to resolve such problems. This course is part of the preparation for the CompTIA A+ 220-702 Practical Application exam which is half of the requirement necessary to acquire the CompTIA A+ certification.

Use disk management commands
Use system management commands
Use file management commands
Use folder management commands
Use the DEFRAG and NTBACKUP disk management commands
Convert a basic disk to a dynamic disk using the Disk Management tool
Create a mounted drive
Recognize the functions of key administration tools
Use Performance Monitor to monitor a system
Use the Services console to configure services
Set system tasks
Use management and troubleshooting commands
Perform disk management tasks
Use system utilities
Recognize how User Account Control works
Recognize key differences between Windows 2000, XP, and Vista OS directory structures
Recognize how to resolve common startup errors
Recognize how to resolve common operational issues
Resolve auto-restart errors
Recognize how to optimize system performance
Recognize the functions of the Windows 7 performance tools
Create power plans
Resolve startup problems
Resolve operational problems
Resolve auto-restart errors
Create a power planNetwork +:

Comp TIA Network + (2009)

Network+ is a CompTIA vendor neutral certification that measures the technical knowledge of networking professionals with 18 - 24 months experience in the IT industry Earning the Network+ certification means that the candidate possesses the knowledge needed to configure and install the TCP/IP client. This exam covers a wide range of vendor and product neutral networking technologies that can also serve as a prerequisite for vendor-specific IT certifications.

The Fundamentals of Networking:

Identify the primary components of a network and distinguish between the two main network architectures
Distinguish between the main types of networks
Distinguish between the OSI reference model and the TCP/IP stack
Distinguish between common network categorizations and identify the characteristics of data encapsulation
Identify the major components of a network PC and list the resources required to install a NIC
Identify the functions, features, and operation of network devices used at different layers of the OSI model
Distinguish between different network topologies
Match network devices to their functions and distinguish between different network topologies
Differentiate between types of network media
Recognize the types of cable connectors used in modern networks
Determine the most appropriate network tool to use in a given scenario
Determine the appropriate network media and connectors to use in a given scenario

LAN Technologies:

Identify the standards, functions, and operation of Ethernet LAN technologies
Recognize how Token Ring and FDDI networks function
Recognize the features of wireless transmission technologies
Recognize the standards, components, and functionality of wireless LANs
Identify the features and functionality of common types of LANs
Identify methods used to extend Ethernet LANs and reduce the size of collision domains
Recognize the function and composition of Media Access Control (MAC) addresses
Sequence the steps involved in frame switching
Differentiate between the features and characteristics of shared and switched LANs.
Identify the benefits, components, and functionality of VLANs
Determine an appropriate VLAN implementation for a given scenario

Networking Protocols:

Identify the function and features of TCP/IP.
Distinguish between different network layer protocols and their functions
Distinguish between the transport layer protocols TCP and UDP
Recognize the function and usage of common TCP/IP protocols
Differentiate between the functions of protocols used at the network and transport layers
Recognize the key characteristics of the IPX/SPX protocol stack
Recognize the basic functionality and characteristics of NetBEUI and AppleTalk
Differentiate between IPX/SPX, NetBEUI, and AppleTalk in terms of addressing schemes, routing, naming conventions, and interoperability

IP Addressing and Subnetting:

Distinguish between IP address classes and between the types of reserved IP addresses
Distinguish between public and private IP addresses and identify methods for increasing address availability
Identify characteristics of a given IP address range
Recognize how to calculate a subnet address and modify a default subnet mask
Calculate valid IP subnetwork addresses and mask values in a given scenario
Perform subnet calculations in a given scenario
Recognize the basic operations involved in routing
Distinguish between different routing protocols
Determine the most appropriate routing protocol to use in a given scenario

Working with TCP/IP:

Recognize the features and functionality of name resolution services
Identify the characteristics and functionality of Dynamic Host Configuration Protocol (DHCP)
Recognize how to use common TCP/IP utilities
Determine the most appropriate TCP/IP utility to use in a given scenario
Recognize how to configure TCP/IP for Windows, UNIX, and Linux systems
Configure TCP/IP on a Windows 2000 client

WANs and Remote Connectivity:

Identify the features and functions of major WAN connection technologies
Identify the operation and features of common WAN access technologies
Recognize the characteristics of WAN access devices
Determine the WAN connection types and access technologies used in a given scenario
Determine the appropriate remote access protocol to use in a given scenario
Recognize how to configure remote connections on a client PC
Create a dial-up Internet connection in Windows 2000

Network Operating Systems and Clients:

Identify the key features and functionality of Windows NT and Window 2000
Recognize the features and architecture of Novell NetWare
Recognize the functions and features of UNIX and Linux operating systems
Recognize features of the Apple Mac operating system
Identify the characteristics of network operating systems Install network client software in Windows 2000
Recognize the structure and characteristics of network directory services
Install Client Services for NetWare in Windows 2000

Network Security:

Identify common security risks for network computers
Identify the characteristics of common Internet security protocols
Identify the characteristics of wireless security protocols
Recognize the key characteristics and functionality of common authentication protocols
Determine the appropriate security or authentication protocol to use in a given scenario
Identify the characteristics and components of firewalls and proxy servers
Recognize the features and functionality of antivirus programs
Distinguish between different encryption and decryption techniques
Recognize tools and techniques for protecting network data

Network Troubleshooting:

Recognize the types of documentation and technical support options available for troubleshooting networks
Recognize the features and functionality of common network troubleshooting tools
Recognize how log files and network diagnostics utilities are used in network troubleshooting
Determine the most appropriate network troubleshooting tool to use in a given scenario
Sequence the steps in a network troubleshooting methodology
Troubleshoot Internet connectivity and name resolution problems on a network
Troubleshoot LAN communication issues and problems with local hosts
Use a systematic troubleshooting methodology to resolve a network problem

Fault Tolerance and Disaster Recovery:

Identify common fault tolerance and disaster recovery strategies
Distinguish between different methods of providing fault tolerance for computer disk systems
Identify the media and utilities used to back up network data
Identify common power management devices
Identify practical disaster recovery strategies

CompTIA Security+ 2011

Understanding the types of threats that exist in an IT infrastructure is incredibly important when you are attempting to control access to network assets and secure an internetwork environment. This course examines control types, authentication, authorization, and access control strategies, along with the various types of malware, social engineering and spam/phishing attacks that a network can face. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Control Fundamentals and Security Threats

Differentiate between the security control types
Recognize the principles of availability, integrity, and confidentiality
Describe the main processes of an access control system
Analyze an information security program
Classify the types of malware
Recognize how to defend against malware
Differentiate between the types of local social engineering attacks
Recognize the main motivations of malicious insiders
Distinguish between the types of remote social engineering techniques
Make recommendations for improving an information security program, in a given scenario

Network Protocols, Attacks, and Defenses

Network security professionals must have a firm understanding of the transport mechanisms and attacks faced by traffic entering and exiting a network environment. This course examines the TCP/IP protocol suite, the OSI model, and the different protocols that operate within the layers of these models. This course also examines various attacks that protocols and ports can face, along with the tools that can be used to detect these attacks. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Distinguish between TCP and UDP
Recognize the key features of UDP
Recognize the most common TCP and UDP ports
Compare network topologies
Recognize the most common UDP and TCP ports
Differentiate between network attacks
Differentiate between the three main frameworks for NAC
Identify the best practices for port security
Recognize when to use a port scanner as part of a vulnerability assessment
Recognize when to use a sniffer as part of a vulnerability assessment
Recommend a strategy for deterring network attacks, in a given scenario

Creating Secure Networks and Performing Security Assessments

Security professionals must be able to create secure networking environments using appropriate tools and techniques while also being able to test existing network environments for security weaknesses. This course examines the use of routers and switches to create a secure environment, while also looking at how techniques such as creating subnets, DMZs, and VLANs can be used to secure an environment. This course also examines security assessment techniques and how penetration testing, vulnerability scanning tools, and honeypots can be used to find holes in network security. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Recognize the guidelines for securing switches
Recognize the guidelines for securing routers
Recognize key elements of a secure network topology
Apply the guidelines for securing routers and switches
Apply the guidelines for segmenting a network
Recognize how to perform a vulnerability assessment
Recognize the considerations for planning a penetration test
Recognize best practice for performing a penetration test
Recognize key tools for use in security assessments
Plan and implement an information security assessment, in a given scenario

Network and System Security Mechanisms

Security professionals must understand the hardware and software mechanisms that can be used to secure a network environment. This course examines the different types of firewalls, NIDS and NIPS, proxy servers, all-in-one security appliances, and other mechanisms that can be put in place to make a network environment secure. This course also discusses mitigation and deterrent techniques, security log analysis, and methods to secure DHCP and DNS servers. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Recognize how different types of firewalls work
Recognize how to work with incident response-based Intrusion Detection Systems
Recognize the functions of host-based and network-based Intrusion Detection Systems
Recognize the functions of an Intrusion Prevention System
Recognize how security mechanisms can be used to secure host and network devices
Recognize which security devices and technologies to deploy as network defense in a given scenario
Recognize key methods for mitigating and deterring network attacks
Recognize the security considerations for network management software and protocols
Recognize how to implement system analysis and security controls

Authentication, Biometrics, and Security Controls

Security mechanisms and account management are important parts of creating a secure networking environment. This course examines different authentication services and protocols along with biometric security mechanisms and other access security mechanisms such as tokens and smart cards. This course also examines how LDAP can be used to create security in an environment along with risk reduction mechanisms such as policies for mandatory vacations, job rotation and separation of duties. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Recognize the key characteristics of Kerberos and what its vulnerabilities are
Recognize how CHAP works with remote access protocols
Describe the advantages and disadvantages of various types of biometrics
Identify the considerations for implementing biometric authentication
Recognize how tokens can be used for authentication
Determine the authentication methods to implement, in a given scenario
Recognize how LDAP-based account management works in Windows and Linux
Recognize the key elements of a security policy
Recognize how to implement various aspects of a security policy
Choose security policies to implement, for a given scenario

Securing the IT Environment

Securing the networking environment is the most important job role that a Security specialist will perform. This course examines the methods, tools, and applications that can be used to secure the data, mobile devices, and operating systems, as well as how to deploy environmental controls and physical access controls. This course looks at locking mechanisms - application and physical - along with encryption schemes for data on servers and mobile devices. This course also examines the different environmental and physical controls that can be used to secure an IT environment. This course helps prepare the learner to write the CompTIA Security+ Certification SYO-301.

Recognize how to secure telephony systems and mobile devices
Identify the considerations for computer hardening and patch management
Recognize security concerns for hosts and operating systems
Identify the considerations for environmental controls
Identify the key principles of site security
Recognize the appropriate use of various alarm types
Identify the advantages of video surveillance
Recognize how to deploy environmental and physical access controls

Cryptography and Public Key Infrastructures

Guaranteeing end-to-end security in communication, document, and database infrastructures is incredibly important in internetworking environments. This course examines cryptography and the different algorithms, ciphers and tools that can be used to secure information, and to protect against attacks. Symmetric and asymmetric algorithms are examined, along with block and stream ciphers, one-time pads, and steganography. This course also examines message authentication, digital signatures, Public Key Infrastructures and certification authorization and revocation. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Define key cryptographic terms
Identify the characteristics of quantum cryptography
Describe symmetric key algorithms
Distinguish between types of asymmetric algorithms
Determine the appropriate use for a given message format
Recognize types of ciphers
Describe various types of cryptanalytic attacks
Distinguish between types of algorithms, message formats, ciphers, and cryptanalytic attacks
Determine the appropriate cryptography implementation for a given scenario
Determine the appropriate hash algorithm to use in a given scenario
Recognize characteristics of message authentication codes
Identify the characteristics of digital signatures
Identify guidelines for key management and distribution
Identify characteristics of the XKMS
Recognize the appropriate application of the split knowledge method of key management
Recognize methods of key distribution
Determine the appropriate hashing algorithm to use in a given scenario
Evaluate the actions of an individual who is practicing key management
Recognize examples of key management methods

Securing Applications, Virtualized Environments, and Cloud Computing

Web servers, web applications, virtualization, and cloud computing are becoming standard parts of corporate infrastructures. This course examines the communications standards and protocols that are used in the web server environment, along with the ways to harden web servers and web browsers. This course also examines the different types of attacks that web servers and web-based applications can face. Finally, this course looks at virtualized environments, along with cloud computing and the different types of services and challenges that each can offer. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Identify the risks of web communication protocols
Recognize how to harden web browsers
Recognize how to harden web servers
Identify the features of load balancers
Identify common web application exploits
Describe key secure programming techniques
Recognize how to use reviews to audit web applications
Recognize how to secure web applications and servers
Recognize when to use various types of virtualization technologies
Recognize the risks of virtualized environments
Describe virtualization best practices
Identify the security considerations for cloud computing
Recognize the uses and security considerations for virtualization and cloud computing

Business Continuity, Disaster Recovery, Security Training, and Forensics

Business continuity, disaster recovery, and computer forensics go hand in hand when security professional trains on ways to create, maintain, and repair network security. This course examines business continuity plans along with risk assessment techniques and the strategies used when creating a risk management process. This course also examines security training for end users and the methodologies and tools used when performing computer forensics. This course helps prepares the learner to write the CompTIA Security+ Certification SYO-301.

Identify activities that occur during the project initiation phase of business continuity planning
Perform a business impact analysis on given business functions
Recognize key considerations when conducting a business impact analysis
Identify best practices for user habits
Identify the best practices for data handling
Distinguish between the results of qualitative and quantitative risk assessments
Match stages of the risk assessment process with corresponding descriptions
Label examples of actions taken by a company in response to a risk as either avoidance, transfer, mitigation, or acceptance
Identify key considerations for fault tolerance
Describe key considerations for the various backup methods
Describe the ways in which you can verify backups
Recognize how to mitigate IT-related risk for an organization
Recognize how to manage IT-related risk through incident response and computer forensics
Recognize how to implement incident response and computer forensics

MCITP Enterprise Administrator with Windows 7

(MCITP) Certification is the leading credential for Windows Server 2008. It provides a widely recognized validation of the ability to perform critical and current IT job roles by using Microsoft technologies to their best advantage. Enterprise administrators are recognized as leaders in Windows infrastructure design. Earning the MCITP Enterprise Administrator certification, distinguishes you as an IT professional committed to excellence in working with Windows Server 2008. Preparation for the following exams: #70-620, #70-640, #70-642, #70-643, #70-680 and 70-647

The Microsoft Certified IT Professional (MCITP): Enterprise Administrator 2008 Certification can help you develop and validate your skills in your current position or advance you toward a future job role, such as; enterprise systems administrator, IT systems manager, enterprise security administrator, systems architect, network administrator or enterprise security administrator.

To earn this certification, you must pass five exams: four Microsoft Certified Technology Specialist (MCTS) prerequisite exams and one Professional Series exam.

Exam 70-640: TS: Windows Server 2008 Active Directory, Configuring:

This course provides students with the knowledge to configure Domain Name System (DNS) for Active Directory and to configure the Active Directory infrastructure. You will also learn how to configure additional Active Directory server roles, create and maintain Active Directory objects and to maintain the Active Directory environment.

The Active Directory Infrastructure in Windows Server 2008
Additional Active Directory Server Roles in Windows Server 2008
Active Directory Objects in Windows Server 2008
Group Policy Objects Strategy in Windows Server 2008
Configuring DNS in Windows Server 2008
Active Directory Certificate Services in Windows Server 2008
Communications and Security in Windows Server 2008
Monitoring, Backups, and Recovery in Windows Server 2008

Exam 70-642: TS: Windows Server 2008 Network Infrastructure, Configuring:

This course provides students with the knowledge to configure IP addressing and services, configure name resolution and to configure network access. This training will also teach you to configure file and print services and how to monitor and manage a network infrastructure.

Configure IP Addressing and Windows Services in Windows Server 2008
Configure, Manage, and Maintain IP Services in Windows Server 2008
Name Resolution in Windows Server 2008
Configure Network Access in Windows Server 2008
DNS Zones and Replication in Windows Server 2008
Network Access Security in Windows Server 2008
Configure File and Print Services in Windows Server 2008
Monitor Network Infrastructure in Windows Server 2008

Exam 70-643: TS: Windows Server 2008 Applications Infrastructure, Configuring:

This course provides students with the knowledge to deploy Windows Servers, configure Terminal Services, and configure a Web Services Infrastructure and to configure Network Application Services.

Deploying Windows Server 2008 Servers

Configuring Windows Server 2008 Availability
Configure Terminal Services in Windows 2008
Terminal Services Resource Access in Windows 2008
Configuring Windows Server Hyper-V and Virtual Machines
Configuring Web Services and Security in Windows Server 2008
Managing IIS in Windows Server 2008
Configuring Web Service Protocols in Windows Server 2008
Configuring Network Application Services in Windows Server 2008

Exam 70-680: TS: Windows 7, Configuring:

This course provides students with the knowledge of upgrading, installing and migrating to Windows 7 and how to prepare various installation sources. You'll learn how to dual boot with Windows Vista, migrate files and settings and capture a Windows 7 image and prepare it for deployment. You'll also learn how to configure hardware and applications, network connectivity, access to resources and mobile computing in Windows 7.

Installing, Upgrading, and Migrating to Windows 7
Deploying Windows 7
Configuring Hardware and Applications in Windows 7
Configuring Network Connectivity in Windows 7
Configuring Access to Resources in Windows 7
Configuring Mobile Computing in Windows 7
Monitoring, Backing Up, and Restoring Windows 7 Systems

Exam 70-646: PRO: Windows Server 2008, Server Administrator:

This course provides students with the knowledge to plan for server deployment, plan for server management, plan application and data provisioning and how to plan for business continuity and high availability. You will also learn to monitor and maintaining Windows Servers.

Planning Windows Server 2008 Deployment
Planning Active Directory and Group Policy for Windows Server 2008
Windows Server 2008 Management and Delegation
Managing File Servers and Data Provisioning in Windows Server 2008 Windows Server 2008 Application Server Management and Application Provisioning
Windows Server 2008 Application Servers and Services
Patch Management and Securing and Monitoring Servers in Windows Server 2008
Certificate Services, SANs, and High Availability in Windows Server 2008
Accessing Windows Networks Remotely in Windows Server 2008
Windows Server 2008 Backup and Recovery

Exam 70-647: PRO: Windows Server 2008, Enterprise Administrator:

This course provides students with the knowledge to plan network and application services. This Training will teach you how to design core identity and access management components, support identity and access management components, and business continuity and data availability.

Planning Name Resolution and IP Addressing in Microsoft Windows Server 2008
Network Access in Microsoft Windows Server 2008
Application Access and Delivery in Microsoft Windows Server 2008
Server and Application Virtualization in Microsoft Windows Server 2008
Designing the Active Directory Infrastructure in Microsoft Windows Server 2008
Active Directory Administration in Microsoft Windows Server 2008
Existing Infrastructures and Branch Deployments in Microsoft Windows Server 2008
The Certificate Services Infrastructure in Microsoft Windows Server 2008
Software Updates and Compliance Management in Microsoft Windows Server 2008
Designing Data Security and High Availability in Microsoft Windows Server 2008

Recommended System Requirements:

You can be a PC user to take our courses. You'll need a Pentium II with Internet connection and a web browser (Internet Explorer 4.0 or higher).
Basic dial-up Internet access is adequate but a high speed connection is recom-mended
Depending upon the course taken by you, you can either download the free trail versions of the software from the respective sites (the links of which are displayed on our WebPages of that particular course) or you can
Purchase the software from the respective software sites.
166 MHz processor or Intel Pentium or greater
64 MB RAM minimum, 128 MB recommended
Minimum video resolution of 800x600, with 16-bit color
Internet Connection
Connection speed of 40 Kbps minimum,56 Kbps recommended
95, 98, 2000, NT or XP Windows
Valid Email address
Supported browser versions: Internet Explorer (5x - 6x), Netscape Communicator 4.7 - 7.2