Main › CompTIA Network +

CompTIA Network +

CompTIA Network +

COURSE DESCRIPTION

This course provides a definition and in-depth description of the main modern technologies of computer networks. The main methods of administration, management and troubleshooting of modern networks will also be considered.

THE PURPOSE OF THE COURSE

Teach basic skills in working with network equipment and information security equipment. As a result of this course, students will gain basic practical knowledge on setting up network protocols and security policies

AUDIENCE

engineers partners, customers

COURSE CONTENT

The following topics will be covered in this course:

Basic definitions of OSI and TCP / IP network models
Characteristics of network traffic
Deploy and configure LAN
Configuring IP networks
Deploy and configure routing networks. Basic LAN and WAN routing technologies will be considered
Configuration and monitoring of major ports and protocols
Description of the main network attacks and methods of their elimination and early detection
Deployment and configuration of information security equipment and software
Description of basic methods of authentication and access control
Using remote access methods
Implementation of security policies

DETAILED CONTENT OF THE COURSE

Lesson 1: Explanation of the OSI model and TCP / IP models

Lesson 2: Explain the properties of network traffic

Lesson 3: Installing and configuring dial-up networks

Lesson 4: Configuring IP Networks

Lesson 5: Installing and configuring routed networks

Lesson 6: Configuring and monitoring ports and protocols

Lesson 7: Explaining network applications and storage services

Lesson 8: Monitoring and troubleshooting networks

Lesson 9: Explain network attacks and mitigations

Lesson 10: Installing and Configuring Security Devices

Lesson 11: Explaining authentication and access control

Lesson 12: Deploying and troubleshooting cable solutions

Lesson 13: Implementing and troubleshooting wireless technologies

Lesson 14: Comparing and contrasting WAN technologies

Lesson 15: Using Remote Access Methods

Lesson 16: Defining site policy and best practices

 

Price: $ 320

Venue: ERC Training Center st. Mark Vovchka, 18-A

Main › Architecting on AWS

Architecting on AWS

Architecting on AWS

Architecting on AWS covers the fundamentals of building IT infrastructure on AWS. The course is designed to teach solutions architects how to optimise the use of the AWS Cloud by understanding AWS services and how these services fit into cloud-based solutions. This course emphasises AWS Cloud best practices and recommended design patterns to help students think through the process of architecting optimal IT solutions on AWS. It also presents case studies throughout the course that showcase how some AWS customers have designed their infrastructures and the strategies and services they implemented. Opportunities to build a variety of infrastructures via a guided, hands-on approach are also provided.

Course objectives
This course teaches you how to:
  • Make architectural decisions based on the AWS-recommended architectural principles and best practices
  • Leverage AWS services to make your infrastructure scalable, reliable, and highly available
  • Leverage AWS-managed services to enable greater flexibility and resiliency in an infrastructure
  • Make an AWS-based infrastructure more efficient in order to increase performance and reduce costs
  • Use the Well-Architected Framework to improve architectures with AWS solutions
Intended audience
This course is intended for:
  • Solutions architects
  • Solution design engineers
Course outline

Day 1

  • Core AWS Concepts
  • Core AWS Knowledge
  • Core AWS Services
  • Designing Your Environment
  • Making Your Environment Highly Available

Day 2

  • Forklifting an Existing Application onto AWS
  • Event-Driven Scaling
  • Automating
  • Decoupling
  • Build a New Environment

Day 3

  • Well-Architected Framework
  • Troubleshooting YourEnvironment
  • Large-Scale Design Patterns and Case Studies

Training materials: AWS digital kit, iLabs.

Certificate of ettendence: AWS Certificate

Main › C)ISSA – CERTIFIED INFORMATION SYSTEMS SECURITY AUDITOR (C)ISSA-SP1)

C)ISSA – CERTIFIED INFORMATION SYSTEMS SECURITY AUDITOR (C)ISSA-SP1)

C)ISSA – CERTIFIED INFORMATION SYSTEMS SECURITY AUDITOR (C)ISSA-SP1)

  1. The Process of Auditing Information Systems
  2. Risk Based Auditing
  3. Audit Planning and Performance
  4. Reporting on Audit
  5. IT Governance and Management
  6. Strategic Planning and Models
  7. Resource Management
  8. Business Continuity Planning
  9. Systems Acquisition, Development and Implementation
  10. Systems Development Models
  11. Types of Specialized Business Applications
  12. Application Controls
  13. Information Systems Operations, Maintenance and Support
  14. System and Communications
  15. Hardware

Main › Cryptography Intro

Cryptography Intro

Cryptography Intro

Cryptography is an indispensable tool for protecting information in computer systems. In this course you will learn the inner workings of cryptographic systems and how to correctly use them in real-world applications. The course begins with a detailed discussion of how two parties who have a shared secret key can communicate securely when a powerful adversary eavesdrops and tampers with traffic. We will examine many deployed protocols and analyze mistakes in existing systems. The second half of the course discusses public-key techniques that let two parties generate a shared secret key. Throughout the course participants will be exposed to many exciting open problems in the field and work on fun (optional) programming projects.

COURSE AGENDA

1. Basics

  • Course Overview
  • What is Cryptography?
  • History of Cryptography
  • Discrete Probability (Crash Course)
  • Discrete Probability (Crash Course, Cont.)
  • Information Theoretic Security and The One Time Pad
  • Stream Ciphers and Pseudo Random Generators
  • Attacks on Stream Ciphers and The One Time Pad
  • Real-World Stream Ciphers
  • PRG Security Definitions
  • Semantic Security
  • Stream Ciphers are Semantically Secure

2. Block Ciphers

  • What are Block Ciphers?
  • The Data Encryption Standard
  • Exhaustive Search Attacks
  • More Attacks on Block Ciphers
  • The AES Block Cipher
  • Block Ciphers From PRGs
  • Review: PRPs and PRFs
  • Modes of Operation: One Time Key
  • Security for Many-Time Key (CPA security)
  • Modes of Operation: Many Time Key (CBC)
  • Modes of Operation: Many Time Key (CTR)

3. Message Integrity

  • Message Authentication Codes
  • MACs Based On PRFs
  • CBC-MAC and NMAC
  • MAC Padding
  • PMAC and the Carter-Wegman MAC
  • Introduction
  • Generic Birthday Attack
  • The Merkle-Damgard Paradigm
  • Constructing Compression Functions
  • HMAC
  • Timing attacks on MAC verification

4. Authenticated Encryption

  • Active Attacks on CPA-Secure Encryption
  • Definitions
  • Chosen Ciphertext Attacks
  • Constructions From Ciphers and MACs
  • Case Study: TLS 1.2
  • CBC Padding Attacks
  • Attacking Non-Atomic Decryption
  • Key Derivation
  • Deterministic Encryption
  • Deterministic Encryption: SIV and Wide PRP
  • Tweakable Encryption
  • Format Preserving Encryption

5. Basic Key Exchange

  • Trusted 3rd Parties
  • Merkle Puzzles
  • The Diffie-Hellman Protocol
  • Public-Key Encryption
  • Notation
  • Fermat and Euler
  • Modular e’th Roots
  • Reading: More background on number theory
  • Arithmetic algorithms
  • Intractable Problems

6. Public-Key Encryption

  • Definitions and Security
  • Constructions
  • The RSA Trapdoor Permutation
  • PKCS 1
  • Is RSA a One-Way Function?
  • RSA in Practice
  • The ElGamal Public-key System
  • ElGamal Security
  • ElGamal Variants With Better Security
  • A Unifying Theme

Main › ITIL® Foundation for IT Service Management (with Case Study)

ITIL® Foundation for IT Service Management (with Case Study)

ITIL® Foundation for IT Service Management (with Case Study)

COURSE OVERVIEW

This 3-day course introduces the fundamentals of IT Service Management (ITSM) based on the IT Infrastructure Library (ITIL®). It describes the key concepts, processes, functions and roles of the ITIL® service lifecycle. The course is made up of lectures and practical assignments, which provide an interactive learning experience. This results in good awareness and comprehension of the main aspects of ITIL®. The course prepares attendees for the ITIL® Foundation Certificate examination. An exam voucher is provided to each student upon completion of the training.

PREREQUISITES
  • Experience and knowledge of IT computing environments are useful but not essential
AUDIENCE
  • IT professionals, business managers and business process owners
  • Individuals who require a basic understanding of the ITIL® framework and how it may be used to enhance the quality of IT service management within an organization
  • IT professionals that are working within an organization that has adopted and adapted ITIL® who need to be informed about and thereafter contribute to an ongoing service improvement program
COURSE OBJECTIVES

Candidates can expect to gain knowledge and understanding in the following upon successful completion of the education and examination components related to this certification:

  • Service management as a practice (comprehension)
  • The ITIL® service lifecycle (comprehension)
  • Generic concepts and definitions (awareness)
  • Key principles and models (comprehension)
  • Selected processes (awareness)
  • Selected functions (awareness)
  • Selected roles (awareness)
  • Technology and architecture (awareness)
  • Competence and training (awareness)
NEXT STEPS
  • Courses from the Lifecycle or Capability streams leading to the ITIL® Expert qualification
BENEFITS TO YOU
  • Understand how IT Services create value for the business and the importance of IT Service Management in making this happen
  • Understand how IT and the Business can collaborate to improve overall productivity and efficiency
  • See how each stage of the service lifecycle contributes to the overall service and how each process and role plays a part
  • Discover how to become more proactive
  • Learn ITSM concepts via a case study and related assignments
COURSE OUTLINE

Service Management as a Practice

  • Define the concept of a service, and comprehend and explain the concept of service management as a practice

The ITIL® service lifecycle

  • Understand the value of the ITIL® service lifecycle, how the processes integrate with each other, throughout the lifecycle and explain the objectives, scope and business value for each phase in the lifecycle

Generic concepts and definitions

  • Define some of the key terminology and explain the key concepts of service management

Key principles and models

  • Comprehend and account for the key principles and models of service management and to balance some of the opposing forces within service management

Processes

  • Understand how the service management processes contribute to the ITIL® service lifecycle, to explain the purpose, objectives, scope, basic concepts, activities and interfaces of the processes

Functions

  • Explain the role, objectives and organizational structures of the different functions

Roles

  • Account for and be aware of the responsibilities of some of the key roles in service management

Technology and architecture

  • Understand how service automation assists with expediting service management processes

Competence and training

  • Competence and skills for service management

Mock exam

  • Help the candidate to pass the ITIL® Foundation exam

For more information about HP training programs in Ukraine visit the web site at http://www8.hp.com/ua/ru/training/index.html

Main › ITIL® Race to Results Simulation

ITIL® Race to Results Simulation

ITIL® Race to Results Simulation

COURSE OVERVIEW

The HP Race to Results Service Management simulation is an exciting and interactive workshop, set in the context of the “high octane” world of motor racing. The simulation is a one-day program that provides participants with a high-level overview of service management. By applying ITIL® lifecycle concepts, processes and the culture of service management, participants aim to win the racing championship through increased service management maturity that leads to dramatic increases in business and race performance.

PREREQUISITES
  • IT experience would be helpful but not required
AUDIENCE
  • IT professionals who need to understand service management at a high level
  • Senior managers wishing to review service management within their own organizations
  • Team leaders and process owners, who need to understand the big picture of service management and their part in it
  • Business and project managers who need to understand how service management can support improved business performance.
COURSE OBJECTIVES

The objective of the simulation is to give a practical introduction to the essential elements of service management and to give participants the opportunity to experience hands-on how the application of service management can improve business performance

NEXT STEPS
  • ITIL® Foundation for IT Service Management (HF421S)
BENEFITS TO YOU
  • Identify fundamental concepts and processes involved in service management
  • Learn about the essential elements of service management in a shorter time via a fun and interactive approach
  • Experience a focus on business outcomes to improve IT’s contribution to business performance, through the effective implementation of service management
COURSE OUTLINE

Introduction to simulation

  • Normally delivered over five rounds, the simulation brings out all the aspects of SM as a result of the game dynamic. Initially focusing on Service Operation, the simulation then covers Service Strategy, Service Design, Service Transition and Continual Service Improvement, simulating aspects of ITIL® in a practical environment. In general terms, issues and subjects emerge.

Round 1

  • Communication issues
  • Silo working

Service Operation

  • Incident Management
  • Service Desk

Round 2

Service Strategy

  • Service Portfolio Management
  • Financial Management

Service Design

  • Service Level Management
  • Capacity Management

Service Transition

  • Change Management
  • Knowledge Management

Service Operation

  • Further consideration to Incident Management, confirming prioritization levels
  • Problem Management
  • Event Management

Round 3

Service Strategy

  • Service Portfolio Management maturing
  • Financial Management maturing

Service Design

  • Service Catalog Management
  • IT Service Continuity Management
  • Availability Management
  • Service Level Management maturing
  • Capacity Management maturing

Service Transition

  • Change Management maturing
  • Knowledge Management maturing
  • Configuration Management
  • Release and Deployment Management

Service Operation

  • Incident Management Process & Service Desk Function mature
  • Problem Management maturing
  • Event Management maturing

Continual Service Improvement

  • Service Level Management

Round 4

Service Strategy

  • Service Portfolio Management mature
  • Financial Management Mature

Service Design

  • Service Catalog Management maturing
  • IT Service Continuity Management maturing
  • Availability Management maturing
  • Service Level Management maturing
  • Capacity Management maturing

Service Transition

  • Change Management maturing
  • Knowledge Management maturing
  • Configuration Management maturing
  • Release and Deployment Management maturing

Service Operation

  • Incident Management Process & Service Desk Function maturing
  • Problem Management maturing
  • Event Management maturing

Continual Service Improvement

  • Service Level Management maturing

Round 5

  • Review performance improvement over the 5 rounds, demonstrate links between and reliance of processes on each other
  • Review how ITSM maturity has evolved and relate it to participant organization

For more information about HP training programs in Ukraine visit the web site at http://www8.hp.com/ua/ru/training/index.html

Main › Race to results Service Management Simulation – 1/2 day (ITIL® based)

Race to results Service Management Simulation – 1/2 day (ITIL® based)

Race to results Service Management Simulation – 1/2 day (ITIL® based)

COURSE OVERVIEW

The HP Race to Results Service Management simulation is an exciting and interactive workshop, set in the context of the “high octane” world of motor racing. The simulation is a half-day program that provides participants with a high-level overview of service management. By applying ITIL® lifecycle concepts, processes and the culture of service management, participants aim to win the racing championship through increased service management maturity that leads to dramatic increases in business and race performance.

PREREQUISITES
  • IT experience would be helpful but not required
AUDIENCE

This half-day simulation is ideal for executives who do not have time for longer sessions and would like to be introduced to basic service management concepts. It is also suitable for:

  • IT professionals who need to understand service management at a high level
  • Senior managers wishing to review service management within their own organizations
  • Team leaders and process owners, who need to understand the big picture of service management and their part in it
COURSE OBJECTIVES
  • The objective of the simulation is to give a practical introduction to the essential elements of service management and to give participants the opportunity to experience hands-on how the application of service management can improve business performance
  • For a more comprehensive and in-depth overview of service management, register for the full-day version of the simulation (HF415S).
NEXT STEPS
  • ITIL® Foundation for IT Service Management (HF421S)
BENEFITS TO YOU
  • Gain familiarity with basic service management concepts
  • Learn about the essential elements of service management in a shorter time via a fun and interactive approach
  • Experience a focus on business outcomes to improve IT’s contribution to business performance, through the effective implementation of service management
COURSE OUTLINE

Introduction to simulation

  • This half-day version introduces the essential aspects of Service Management as a result of the game dynamic. The key ITIL® processes are introduced as follows

Round 1

  • Communication issues
  • Silo working

Service Operation

  • Incident Management
  • Service Desk

Round 2

Service Strategy

  • Service Portfolio Management
  • Financial Management

Service Design

  • Service Level Management
  • Capacity Management

Service Transition

  • Change Management
  • Knowledge Management
  • Release and Deployment Management

Service Operation

  • Further consideration to Incident Management, confirming prioritization levels
  • Problem Management
  • Event Management

Round 3

This round is run at the instructor Service Strategy

Service Strategy

  • Service Portfolio Management maturing
  • Financial Management maturing

Service Design

  • Service Catalog Management
  • IT Service Continuity Management
  • Availability Management
  • Service Level Management maturing
  • Capacity Management maturing

Service Transition

  • Change Management maturing
  • Knowledge Management maturing
  • Configuration Management
  • Release and Deployment Management

Service Operation

  • Incident Management Process & Service Desk Function mature
  • Problem Management maturing
  • Event Management maturing

Continual Service Improvement

  • Service Level Management

For more information about HP training programs in Ukraine visit the web site at http://www8.hp.com/ua/ru/training/index.html

Main › Fundamentals of OpenStack® Technology (H6C68S)

Fundamentals of OpenStack® Technology (H6C68S)

Fundamentals of OpenStack® Technology (H6C68S)

COURSE OVERVIEW

This 3-day course assists administrators and users to configure, manage, and use the OpenStack® cloud services platform. An architectural overview ensures understanding of various OpenStack® projects and their functions. Hands-on labs provide configuration and operation experience with major aspects of the OpenStack® environment.

PREREQUISITES

HP recommends that students have attained the following credentials or levels of experience before taking this course:

  • Completion of Linux Fundamentals (U8583S)
  • Completion of Linux for Unix Administrators (U2794S)
  • HP Cloud Overview Seminar (HK917AAE)
AUDIENCE
  • System Administrators, engineers and consultants who will plan and manage OpenStack-based environments
CERTIFICATIONS AND RELATED EXAMINATIONS
  • EXIN Foundation Certificate in OpenStack Software
COURSE OBJECTIVES

At the conclusion of this course, you should be able to:

  • Describe the major features of OpenStack®
  • Describe the architecture of OpenStack®
  • Configure and use OpenStack®
BENEFITS TO YOU
  • Gain the ability to configure, administer, and use an OpenStack® environment
  • Understand the architecture of the various OpenStack® projects and how they fit together in a solution
COURSE OUTLINE

Module 1: Course Overview

  • Set out the course objectives

Module 2: Introduction to OpenStack®

  • OpenStack Overview
    • OpenStack high level architecture
    • OpenStack architecture overview
    • OpenStack component interactions
    • OpenStack API Interfaces
  • HP and the Cloud
    • HP’s Contributions to OpenStack
    • HP’s OpenStack and Cloud Leadership
    • HP’s OpenStack Based Offerings
  • Accessing OpenStack Services
    • Dashboard
    • CLI
    • API
  • Lab Exercises:
    • Accessing the Lab VM and starting the OpenStack® environment
    • Exploring the OpenStack® command line
    • Accessing OpenStack® using Horizon GUI

Module 3: Keystone – OpenStack® Identity Service

  • Keystone overview
  • Keystone architecture
    • User management
    • Service management
  • Using Keystone
    • Using the python-keystone client
    • Adding Users, Tenants, and Roles
    • Token Auth vs Password Auth methods
    • Configuring service credentials
    • Configuring SSL support
  • Configuring Keystone
  • Troubleshooting Keystone
  • Lab Exercises
    • Keystone Identity Functionality
    • Horizon Identity Functionality
    • OpenStack® Service Catalog and API access

Module 4: Nova – OpenStack® Compute Service

  • Nova Overview
  • Nova architecture
    • OpenStack Compute component interactions
    • A look the Nova API
    • Nova-network
    • Nova volume management
  • Configuring Nova
  • Operating Nova
    • Creating and managing a compute node
    • Image and instance management using Nova
  • Scheduler
    • Scheduling overview
    • Nova Schedulers
  • Troubleshooting
  • Lab exercises
    • Creating an Instance from the CLI
    • Verify the required nova services are enabled and happy
    • Run (boot) an Image
    • Manage Instances from the Horizon GUI
    • Pausing and Suspending the VM
    • Creating a Snapshot
    • Terminating Instance

Module 5: Glance – OpenStack® Image Service

  • Glance Overview
  • Glance architecture
    • Glance API
    • Glance Registry
    • Glance storage adapters
  • Image management using Glance
    • Overview of image management
    • Supported image types
    • Creating and configuring images in Glance
    • Booting an image
    • Deleting an instance
    • Replicating images
  • Troubleshooting Glance
  • Lab Exercises
    • Creating a Glance Image
    • Creating an Instance

Module 6: Horizon – OpenStack® Dashboard

  • Horizon overview
  • Horizon Architecture
  • Installing and configuring Horizon
  • Common management tasks
  • Troubleshooting
  • Lab Exercises
    • Exploring the OpenStack® Dashboard
    • Exploring the Horizon Configuration Settings

Module 7: Neutron – OpenStack® Networking Service

  • Overview of OpenStack Neutron
  • Neutron Architecture and use cases
    • Single flat network
    • Multiple flat network
    • Mixed flat and private network
    • Provider router with private networks
    • Per-tenant routers with private networks
    • Open vSwitch and Linux bridge
    • Linux network namespaces
  • Configuring Neutron
  • Using Neutron Services
  • Troubleshooting Neutron
  • Lab Exercises
    • Verifying Neutron configuration
    • Assembling the network map
    • Creating a VM
    • Modifying Access & Security settings
    • Connecting to the Instance
    • Associating Floating IP to the Instance
    • Examining the Network Topology

Module 8: Cinder – OpenStack® Block Storage

  • Cinder Overview
  • Cinder Architecture
    • OpenStack storage concepts
    • Cinder API
    • Cinder scheduler
  • Cinder Configuration
  • Using Cinder
    • Creating volumes
    • Configuring boot from volume
  • Troubleshooting
  • Lab Exercises
    • Creating a Stack Volume from the CLI
    • Creating an instance that boots from a Cinder volume
    • Using Horizon to manage Cinder Volumes

Module 9: Swift – OpenStack® Object Storage

  • Swift Overview
  • Swift Architecture
    • Accounts and credentials
    • Containers, objects, rings
    • Nodes: auth, proxy, storage
    • Replication
    • Updaters and auditors
    • Language Bindings
  • Configuring Swift
  • Using Swift
    • Accounts
    • Creating and managing objects
    • Object server management
    • Container server management
    • Account server management
    • Proxy server management
    • Ring management
    • Large objects
    • Monitoring
  • Troubleshooting
  • Lab exercises
    • Using the OpenStack® Object Storage Service
    • Exploring the Swift Configuration

Module 10: Ceilometer – OpenStack® Telemetry Service

  • Ceilometer overview
  • Architecture
    • Central agent
    • Compute agent
    • Collector
    • Data store
    • API server
    • Meter types and units
  • Configuring Ceilometer
  • Using Ceilometer
    • Using component meters
    • API and CLI queries
  • Troubleshooting Ceilometer
  • Lab Exercises
    • Ceilometer overview

Module 11: Heat – OpenStack® Orchestration Service

  • Heat Overview
  • Architecture
    • Heat Orchestration Template (HOT) format
    • Heat CFN API service
    • Heat CFN tools
    • Heat enabled images
    • User data input formats
    • Cloud-init and user-data scripts
    • Resource plugins
  • Configuring Heat
  • Using Heat
    • Configuring images for use with Heat
    • Creating a stack
  • Troubleshooting
  • Lab exercises
    • Configuring OpenStack® for Heat
    • Heat basic template example
    • Viewing the status of Stack from Horizon
    • Template Input Parameters
    • Improving Templates
    • Providing parameters to heat command line
    • Providing template outputs
    • Complex Template Deployment
    • Cleanup

Module 12: Trove – OpenStack® Database Service

  • Trove Overview
    • Terminology
    • Use Cases
  • Architecture
  • Trove Installation
  • Configuring Trove
  • Using Trove
    • Working with Datastores
    • Working with Instances
    • Working with Databases
  • Managing Trove using Horizon
  • Troubleshooting Trove
    • Using Trove with DevStack Environment
  • Lab Exercises:
    • Preparing the environment for Trove
    • Creating new Datastore
    • Create trove Instance and Database
    • Managing Trove using Horizon

Module 13: Deployment Planning

  • Planning an OpenStack deployment
  • Regions, AZs, Cells, etc.
  • HA considerations
  • HP Services for OpenStack deployment planning

Module 14: New Capabilities

  • Introducing capabilities under development for Juno release
  • Introducing Ironic – OpenStack® Bare Metal Provisioning Service
    • Use Cases
    • Logical Architecture
    • Key Technologies
    • Deployment Architecture
    • Prerequisites for Bare Metal Deployment
    • Bare Metal Deployment Steps
  • Introducing Zaqar – Multi-tenant Cloud Messaging Service
  • Introducing Manilla – Shard File System Service
  • Introducing Designate – DNS as a Service component
  • Introducing Barbican – Key Management Service

For more information about HP training programs in Ukraine visit http://www8.hp.com/ua/ru/training/index.html

Main › iMC Essentials for Network Administrators (HL048S)

iMC Essentials for Network Administrators (HL048S)

iMC Essentials for Network Administrators (HL048S)

COURSE OVERVIEW

This training course covers the features of HP Intelligent Management Center Software Platform (IMC) version 7. This course will teach a learner how IMC can be used for: Fault Management; Configuration and Change Management; Accounting Management; Performance Management; Security Management in a manner consistent with the OSI Management Framework. In this course learners will get hands on experience using IMC to manage ComWare and ProVision products as well as products from 3rd party vendors like Cisco, Microsoft and VMWare.

COURSE DESCRIPTION

This instructor led course is aimed at Network Engineers and Managers who will be using HP IMC to manage their HP and multi-vendor networks. Learn about why HP IMC is uniquely positioned to manage next generation data center networks.

PREREQUISITES
  • Learners should have experience in the networking field to get the most from this training course
AUDIENCE
  • Network Engineers and Administrators
  • Network Architects and Consultants
BENEFITS TO YOU

At the conclusion of this seminar you will be able use IMC to:

  • Discover and isolate faults in your environment
  • Make configuration changes to your computing environment
  • Manage the performance of your environment
  • Increase the security of your environment
COURSE OUTLINE

Course Introduction

Module 1: Designing Your Network Management Architecture

  • Design Overview
  • Design Requirements
  • Network Stakeholders
  • Wants, Needs, and Desires
  • Standardization for Implementation
  • IMC: Single Pane of Glass

Module 2: IMC Technical Design

  • SNMP
  • Technical Design Layers
  • Deployment Models

Module 3: IMC Platform

  • Cohesive and Comprehensive Management Capabilities
  • IMC Platform Portfolio
  • Licensing
  • IMC Modules
    • Modules Overview
    • Application Performance Manager
    • Network Traffic Analyzer Module
    • User Access Management Module
    • Endpoint Admission Defense Module
    • Service Operation Management Module
    • User Behavior Module
    • Wireless Services Manager Module
    • Virtual Application Networks Connection Manager
    • Virtual Application Networks Fabric Manager
    • Virtual Applications Networks SDN Manager
    • TACACS Authentication Manager
    • QoS Module
    • Service Health Manager
    • Remote Site Manager
    • MPLS VPN Manager Module
    • IPSec/VPN Manager Module
    • Branch Intelligent Management Module
    • Intelligent Analysis Reporter
  • Pulling the Pieces Together
  • Single Pane-of-Glass Management
  • Module Solution Map
  • Access Control
    • BYOD
    • Network Access Control
  • Multi-site Management
  • Dynamic VPN Automation
  • HP Versus Other Vendors

Module 4: IMC 7.0: Enhancements and Features

  • System Features
  • Resource Management
  • Topology Management
  • Alarm Management
  • Configuration Center
  • Module Updates

Module 5: IMC Initial Access

  • Installation Process
  • IMC Processes
  • Deployment Monitoring Agent
  • Installing Licenses
  • Accessing IMC
  • IMC GUI Overview
  • Interface Enhancements
  • IMC Administration

Module 6: Adding Devices

  • Device Setup Requirements
  • Resource Management Templates
  • Adding Devices
  • Other Third-party Devices
  • Other Tasks for New Devices
  • Wizards: Quick Start
  • Basic IMC Management Verification

Module 7: View Management

  • View Management Default Views
  • Customized Topologies
  • Data Center Topologies
  • Shortcuts (Favorites)

Module 8: Events and Alarms

  • Monitoring Overview
  • Alarm Overview
  • Alarm Settings
  • SNMP Trap Management
  • Syslog Management

Module 9: Configuration Management

  • Configuration Center
  • Basic Device Configuration
  • Compliance Center

Module 10: VLAN Management

  • VLAN Overview
  • VLAN Configuration and Management

Module 11: ACL Management

  • ACL Overview
  • ACL Configuration
  • ACL Verification

Module 12: Virtualization Management

  • Virtualization Overview
  • IMC Standards and Policies for Virtualization
  • VCM Preparation
  • VCM Configuration and Verification

Module 13: Network Traffic Analysis (NTA)

  • NTA Overview
  • Device Configurations
  • Configure NTA for Traffic Analysis and Auditing
  • Host Session Monitoring
  • Interface Monitoring

Module 14: Performance Management

  • Performance Management Overview
  • Port Groups
  • Performance Management Components
  • Real-time Monitor

Module 15: Reporting

  • Reporting Overview
  • Real-Time Reports
  • Custom Reports
  • Viewing Scheduled Reports

For more information about HP training programs in Ukraine visit http://www8.hp.com/ua/ru/training/index.html

Main › Getting Started with HP Switching and Routing (HL044S)

Getting Started with HP Switching and Routing (HL044S)

Getting Started with HP Switching and Routing (HL044S)

OVERVIEW

The Getting Started with HP Switching and Routing Instructor Led training (ILT) helps network technicians understand the foundational network technologies they need to know before attending the HP A-Series Networking Technologies (ILT) and HP E-Series Networking Technologies (ILT) courses. Specifically, the training covers basic switch functionality, virtual LANs (VLANs), infrastructure device security, IP routing concepts, link aggregation, and network redundancy.

This course also provides an overview of HP A-Series switches, which are designed for data centers and enterprises, and E-Series switches, which are designed for small-to-medium businesses (SMBs). In addition, the training describes how each foundational technology implemented on both A-Series and E-Series switches. This course prepares new candidates and candidates who hold an older HP ProCurve AIS or a 3rd party network vendor certification of equal level for the Accredited Integration Specialist (AIS) 2011 certification within the HP ExpertONE program.

This course is equivalent to the Learning Center 00339380 Getting Started with HP Switching and Routing course from the ExpertOne program.

AUDIENCE

Professionals who deploy SMB and enterprise-edge solutions based on HP technologies, including HP reseller systems engineers, customer IT staff, HP system engineers, HP services field and call center support engineers.

KEY TOPICS
  • Describe the ways that switches can be categorised, based on their capabilities or form factor.
  • Explain factors that can make network infrastructure devices vulnerable to attack and explain how to physically secure infrastructure devices from unauthorised access.
  • Describe how Layer 3 switches use static and default routes to ensure that traffic reaches its final destination.
  • Explain how dynamic and static links are implmented on HP switches.
  • Describe the advantages and disadvantages of using HP IRF to provide network redundancy.
  • Explain how HP A- and E-Series switches help organisations meet today’s business and technical challenges.
  • Describe how and why VLANs are implemented on HP E-Series and A-Series switches.
  • List basic components of routing tables and explain the purpose of each component.
  • Compare STP, RSTP, and MSTP and explain how they are implemented on HP switches.
NEXT STEPS
  • HP E-Series Networking Technologies HK651S
  • HP A-Series Networking Technologies HK652S
  • Networking Essentials for Security Specialists HK653S

For more information about HP training programs in Ukraine visit http://www8.hp.com/ua/ru/training/index.html