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In-Person Certifications

Integra-T unveils an in-person certification offering that covers the full range of technologies marketed by our company.

In order to adapt to routers users' training needs, teldat is offering students face-to-face Teldat certifications. In this way, the student will acquire adequate knowledge of the technologies our routers use, following a curriculum developed by those responsible for the Teldat product, and taught by fully qualified teaching staff.

During the course, the teacher will create a study and learning plan for the student, solving questions raised by the student during the teaching. Interaction with other students will allow the student to broaden his/her knowledge of the different work environments.

The in-person certification offering covers the full range of technologies marketed by our company. This offer provides various levels of certification:

Basic

This training is mandatory and must be completed to receive any certification. It will give us a basic understanding of networks, communications and the IP protocol, and shows us the CLI structure of our router. 

  • IP and CLI concepts: This course will provide adequate knowledge on; IPv4, OSI layers, MAC, IPv6, BIOS menu, updating software, managing the device through the configuration, monitoring, and event-and trace-based troubleshooting. 

Advanced

This basic training course (CTB) must be passed in order to undertake this training. Each course consists of a theoretical and practical part. In the theoretical part, the student will be introduced to theoretical knowledge about the different technologies, while in the practical part he/she will apply the theoretical knowledge gained to Teldat routers. The available modules are: 

  • Networking (CTAN): The CTAN is the union of two differentiated courses. The student will learn the interfaces, protocols and facilities most used in IP networks. These two courses are:

    • Access: This module will introduce the different network access interfaces and technologies and show how to configure, monitor and troubleshoot them.
    • Routing: This module focuses on the routing protocols used by the router to route packets. You will see how to configure, monitor and troubleshoot them.

  • Security (CTAS): This module presents the technologies that the router provides to ensure secure communications. You will analyze tool functioning and tool functionality within the router.
  • Wireless (CTAW): This module will show and analyze a WLAN operation, with different work modes. 

Expert

The student must pass the necessary assessments (as described in the Certification Program Organization Chart) before taking this certification. The training is a purely practical and the student will recreate a set of scenarios involving different technologies.

  • CTN (Teldat Networking Certification): The holder of this certification will be accredited as trained to monitor, control and manage a network. The Access and Routing (CTAN) modules must be passed prior to undertaking this training. 
  • CTS (Teldat Security Certification): The holder of this certification will be accredited to monitor, control and manage a secure network. The Security module (CTAS) must be passed prior this training. 
  • CTW (Teldat WLAN Certification: The holder of this certification will be accredited to monitor, control and manage a WLAN network. The Wireless module (CTAW) must be passed prior to undertaking this training. 

Vertical Solutions

The student may want to acquire the certifications shown in the Certification Program Organization Chart prior to taking this certification. We have three different certifications:

  • CS (Teldat SD-WAN Solution Certification): Teldat has designed SD-WAN precursor products for many years, focusing on developing a solid communications software backed by propietary hardware platforms. Teldat has also perfected automatic installation techniques and worked on overlay projects which enable Teldat customers to configure hybrid Internet/MPLS network. This course will not only show you how to configure and SD-WAN scenario, but also how to use the appropiate tools to manage, control, administer and troubleshoot problems that occur in such scenarios.
  • CM (Teldat Mobility Solution Certification): The number of vehicles offering Internet connectivity is rising; so contracting solutions that allow personnel and passengers to enjoy on-board Internet access, while guaranteeing safe browsing and installing tools able routes, will optimize operations and deliver improved user experiences. Teldat provides three SaaS solutions to deliver a complete Wi-Fi solution for your fleet. With this, you can offer a captive portal in your vehicles, filter browsing content and block malware threats. You can also remotely monitor all your devices, tracking their location and obtaining information on the received signal quality.
  • CU (Teldat Energy Utilities Solution Certification): Smart Grids consists of the integration of energy grid entities and advanced information systems to benefit electricity suppliers, distributors and consumers. Communications in Smart Grids need to be robust, secure, manageable, and standards-based to ensure connectivity with other network elements. Their main function is to connect the large amount of data in the power grid to data processing systems and decision-making centers, empowering electricity operators by helping them to optimize their generation, supply and demand processes. 

Training Plan

The certification courses are included within the Training Plan which is structured according to the following scheme:

Certification composed of a single course called IP and CLI Concepts. A knowledge of office automation is required to undertake this certification. The course lasts 5 days. A knowledge test consisting of two exams, one theoretical and the other practical, will be conducted at the end of the course. The student must score above 70% to pass.

Objectives:

The main aim of this training course is to provide students basic knowledge to allow them to tackle the different certificates at the same time as they acquire the following knowledge.

  • Basic concepts of IP and the TCP/IP stack.
  • Knowledge of networks.
  • Basic Teldat router administration.

Content:

    Module 1: Introduction

    1. Numbering systems

    • Decimal to Binary Conversion System
    • Binary to Decimal Conversion System
    • Hexadecimal to Binary Conversion System
    • Binary to Hexadecimal Conversion System
    • Hexadecimal to Decimal Conversion System
    • Decimal to Hexadecimal Conversion System
    • Units of Mearurement
    • Network Speeds

    2. OSI Layers

    3. Types of Protocols

    4. TCP/IP Stack

    Module 2: LAN Technologies

    1. Broadcast and Collision Domains

    2. MAC Addressing

    3. Fundamentals of Ethernet

    4. Introducing VLANs

    5. Physical Topologies

    6. Network Modules and Connectors

    7. Ethernet Standards

    8. Introducing ARP

    9. IPV4 Header

    10. Introducing IPV4 Classes-Classful

    Module 3: WAN Technologies

    1. WAN Networks

    2. Introducing ATM

    3. Introducing DSL

    4. Introducing DSL Infrastructure

    5. Introducing ADSL/ADSL+

    6. Introducing VDSL

    7. Introducing Cellular Technologies

    8. Introducing Cellular Infrastructure Elements

    Module 4. Routing

    1. Basic Requirements to understand Routing

    2. An Introduction to Routing

    3. Gateways

    4. The Routing Table

    5. Step-by-Step Routing

    6. A Comparison of Routing Protocols

    Module 5: Teldat Routers

    1. BIOS Functionalities

    2. Accessing the BIOS Menu

    3. BIOS Operations

    4. Router CIT

    5. Distribution File

    6. Updating Software

    Module 6: Router Administration

    1. Accessing the Device

    2. Configuration

    • Configuring General Device Settings
    • Templates and managing their execution

    3. Monitoring

    • Monitoring the device
    • Monitoring interfaces

    4. Event System

    • Enabling Events
    • Events-Filtering and Notifications

    5. Teldat Router's Sniffer

    Module 7: IP Protocols applied to the Teldat Router

    1. Basic IP Configuration

    2. Static Routing

    3. DHCP Client-Server

Certification composed of two courses, Access and Routing. Each course lasts 5 days, and a knowledge test consisting of two exams, one practical and the other theoretical, will be conducted upon completion of the two courses. The student must score above 70% to pass.

Prior to beginning the training, the student must have successfully passed the “IP and CLI Concepts” course (CBT) assessment.

Objectives:

The course is aimed at those people charged with providing a Level 1 or Level 2 support.

The main aim of this certification is to introduce students to the different access protocols and interfaces used by the router, and the facilities and protocols we use in routing. To attend these courses, you must be able to configure, monitor and understand the problems caused by the connection of the router to a network.

Content:

Access course syllabus:

    Module 1: LAN Switching

    1. Duplex in LAN Networks - Half-Duplex and Full-Duplex

    2. Introducing VLANs

    3. Configuring Basic VLAN Settings

    4. Trunk Links

    5. DOT1Q Encapsulation

    6. Teldat - Configuring the Access Interface

    7. Teldat - Configuring the Trunk Interface

    8. STP

    9. Storm Control

    10. N2 QoS in a Switch

    Module 2: WAN Interfaces

    1. WAN Technologies

    2. Introducing GPRS/UMTS/HDSPA/LTE

    3. Introducing DIAL Profiles

    4. Configuring and Monitoring a 2G/3G Connection

    5. Configuring and Monitoring an LTE Connection

    6. ATM Operation

    7. ATM Infrastructure

    8. DSL Infrastructure

    9. ADSL/ADSL+ Signaling


    Module 3: Bridge

    1. Bridge Interface Operation

    2. ASRT Protocol

    3. STP

    4. Configuring a Bridge Interface

     

    Module 4: Fundamentals of NAT

    1. NAT Operation and Types

    2. Static NAT

    3. PAT NAT

    Module 5: QoS

    1. Introducing QoS

    2. Types of QoS

    3. Advanced Parameters 

     

    Access course syllabus:

    Module 1: Fundamentals of AFS NAT

    1. NAT Operationg and Types

    2. Static NAT using AFS

    3. Dynamic NAT using AFS

    4. PAT NAT using AFS

    Module 2: TVRP and VRRP

    1. Introducing First HOP Redundancy

    2. Fundamentals of TVRP

    3. Configuring TVRP

    4. Fundamentals of VRRP

    5. Configuring VRRP

    Module 3: Services

    1. Introducing DHCP

    2. Types of DHCP

    3. Router as DHCP Server.

    4. Router as DHCP Relay.

    5. Router as Client

    6. Introducing NTP

    7. NTP Operation

    Module 4: ACLs

    1. Types of ACLs

    2. Standard

    3. Extended

    4. Stateful

    5. Monitoring

    Module 5: SLA

    1. Introduction

    2. Control Mechanism

    3. NSM

    4. NSLA

    Module 6: OSPF

    1. Basic Concepts

    2. Introducing the Router-ID

    3. Fundamentals of areas

    4. Classifying Routers

    5. Establishing Adjacencies

    6. Configuring Initial Basic Settings

    7. The hello and dead intervals

    8. Basic Monitoring

    9. Types of Network

    10. Virtual links

    11. Authentication

    12. Network import

     

    Module 7: RIP

    1. Introduction

    2. Message Structure

    3. Configuring Basic RIP Parameters

    4. Authentication

    5. Timers.

    6. Configuring the default route.

    7. Configuring Summarization

    8. Configuring Filtering

    9. Configuring the metric value increase

    10. Monitoring

    11. Trace

    12. Example of configuration.

     

    Module 8: BGP

    1. Introduction

    2. Types of messages

    3. Establishing sessions - FSM BGP

    4. Attributes

    5. Capablities

    6. Update message

    7. The decision algorithm

    8. EBGP Sessions

    9. IBGP Sessions

    10. Authentication

    11. Route reflectors - reflectors

    12. Configuring

    13. Monitoring

    14. Example of configuration.

     

    Module 9: Multicast

    1. Introduction

    2. Introducing PIM-SM

    3. Configuring PIM-SM

    7. Monitoring

Objectives:

The course is aimed at those people charged with providing a Level 1 or Level 2 service.

The main aim of this training is to introduce students to the different security methods that can be applied to the router, both in terms of access to the router and in terms of creating a secure network. To attend these courses, you must be able to configure, monitor and understand the problems caused by the connection of the router to a network.

Contents:

Module 1. Basic Device Security

1. Password Policies

2. Logging

3. Privilege Levels

4. SSH

  • Server
  • Client

5. SFTP

6. Introducing TACACS and RADIUS AAA Protocols

7. RADIUS

  • Configuring and Monitoring Radius

8. TACACS

  • Configuring and Monitoring TACACS

Module 2: LAN Network Security

1. DMZ

2. HARDENING

  • ACLs
  • Firewall (AFS)

3. 802.11X

Module 3: WAN Network Security

1. VPNs

2. Cryptographic Protocols

  • IDS/IPS
  • Authentication
  • Confidentiality
  • Integrity

Module 3: IP Tunnels

1. Introducing GRE

2. Configuring GRE

3. Static Tunnels

4. Dynamic Tunnels

5. NHRP

Module 4: VPN IPSec

1. Introducing IPSec

2. ISAKMP

3. Modes of operation

4. Authentication

5. PSK

6. Certificates

7. SCEP

8. GDOI

9. GETVPN

Module 5: DMVPN

1. DMVPN Operation

2. OSPF DMVPN Operation

3. RIP DMVPN Operation

4. BGP DMVPN Operation

     

     

Certification created from the Wireless Course. The course lasts 5 days, and a knowledge test consisting of two exams, one practical and the other theoretical, will be conducted upon completion of the course. The student must score above 70% to pass.

Prior to beginning the training, the student must have successfully passed the “IP and CLI Concepts” course (CBT) assessment.

Objectives:

The course is aimed at those people charged with providing a Level 1 or Level 2 service.

The main purpose of this training is to inform the student of the different possibilities of WLAN networks, and the different WLAN operation modes. To attend these courses, you must be able to configure, monitor and understand the problems caused by the connection of the router to a network.

Content:

Module 1: Wireless Concepts

1. Physical layer, Standards

2. Types of Network

  • AD-HOC
  • Infrastructure
  • Distributed

3. Packet Format

4. WLAN links

5. WLAN connection

  • Authentication

6. Power-Save Mode

7. WLAN Security

  • WEP
  • 802.1X
  • RSN
  • WOS

8. QoS

  • WMM

Module 2: Subinterfaces

1. Subinterface operation

Module 3: BSS

1. BSS Operation

Module 4: Modes

1. Client

2. AP

3. WNMS

Module 5: WNMS

1. BSS

  • SSID-SUPPRESS
  • SSID
  • VLAN
  • Authentication
  • Radius-Server
  • AAA-Profile
  • Encryption
  • Access-Control Profile
  • ARP-Processing
  • Band-Steering
  • Blacklist
  • Client-Isolation
  • Max-Associations

2. WTP

3. ACL

  • MAC-Address

4. Radio profiles

  • Airtime-Fairness
  • Band
  • Bandwidth
  • Beacon
  • Burst
  • Channel-plan
  • Cyclic-background-scanning
  • Fragment-Threshold
  • Installation
  • N-Spatial-Streams
  • Retry-Limit
  • RTS
  • Short-Guard-Interval

5. WTP

  • Encrypted CAPWAP
  • Location
  • Manage
  • Name
  • Radio
  • Channel
  • Radio Profile
  • TX-Power

The Teldat Networking Certification is a 5-day course. A practical exam on the course content will be conducted at the end of the course. The exam will last 4 hours and the student will be expected to configure the scenario outlined in the exam paper, demonstrating proficiency in configuration, monitoring and troubleshooting.

To undertake the certification, the student must have successfully passed the CTAN certification.

Objectives:

The course is designed for those people charged with providing a Level 3 service. This certification guarantees that the student has the necessary capacity to support any type of insecure network.

Content:

Module 1: Interfaces

1. LAN-Switch

  • STP
  • STORM
  • N2 QoS in a switch

2. Cellular

3. ATM

  • DSL

4. WLAN

5. Bridge

Module 2: AFS

Module 3: QoS

Module 4: TVRP and VRRF

Module 5: Services

1. DHCP

  • DHCP Server
  • DHCP Relay

2. NTP

3. NSM 

6. NSLA

Module 6. OSPF

Module 7: RIP

Module 8: BGP

Module 9: Multicast

Module 10: SNMP

1. Introduction to and operation of SNMP

2. MIB - Management information base

3. Configuring SNMPv1

4. Configuring SNMPv2

5. TRAPS Reports

6. SNMP Version 3

7. Configuring SNMPv3

Module 11: NETFLOW

1. Introduction

2. NETFLOW - Version 5 vs 9

3. Configuration

4. Monitoring

Module 12: Syslog

1. Introduction to and operation of syslog

2. Configuring, monitoring and troubleshooting

The Teldat Security certification is a 5-day course. A practical exam on the course content will be conducted at the end of the course. The exam will last 4 hours and the student will be expected to configure the scenario outlined in the exam paper, demonstrating proficiency in configuration, monitoring and troubleshooting.

To undertake the certification, the student must have successfully passed the CTAS certification.

Objectives:

The course is designed for those people charged with providing a Level 3 service. This certification guarantees that the student has the necessary capacity to support networks that meet the following characteristics: access security protocols, secure networks and VPNs.

Content:

Module 1: Basic Security

1. RADIUS

2. TACACS

3. Firewall (AFS)

4. 802.1X

Module 2: IP Tunnels

1. Static Tunnel

2. NHRP

Module 3: VPN IPSec

1. PSK

2. Certificates

3. SCEP

4. GDOI

5. GetVPN

Module 3: DMVPN 

The Teldat Wireless Certification is a 5-day course. A practical exam on the course content will be conducted at the end of the course. The exam will last 4 hours and the student will be expected to configure the scenario outlined in the exam paper, demonstrating proficiency in configuration, monitoring and troubleshooting.

To undertake the certification, the student must have successfully passed the CTAW certificate. Obtaining the CTAW certificate is looked upon positively.

Objectives:

The course is designed for those people charged with providing a Level 3 service. This certification guarantees that the student has the necessary capacity to support WLAN networks.

Content:

Module 1: Client

Module 2: AP

Module 3: WNMS

1. BSS

2. WTP

3. ACL

4. Radio profiles

5. WTP

Teldat’s SD-WAN architecture certification is a 5-day course. A practical exam on the course content will be conducted at the end of the course. The exam will last 4 hours and the student will be expected to configure, monitor and explain how to troubleshoot the scenario outlined in the exam paper. 

Objectives:

The course is designed for those people charged with providing a Level 3 support. This certificate guarantees that the student has the necessary capacity to support complex networks.

Content:

Module 1: SD-WAN Operation

Module 2: Features and Levels

Module 3: SD-WAN Planning

1. Equipment

  • Access Devices
  • Devices to deploy in CPD

2. Applications, segmentation, policies, SLA and QoS

  • ACL to identify HTTP and HTTPS-Based Applications
  • ACL Policy
  • Probes and Threshold
  • QoS
  • DMVPN (BGP)

3. Security

  • IPSec VPN-Based Security Level

4. CNM Management

  • Cloud Net Manager Management Platform
  • Provisioning from CNM
  • Visibility from CNM
  • Controller

5. Security Applications

  • Teldat Webfilter
  • Teldat HotSpot

Teldat’s Mobility architecture certification is a 5-day course. A practical exam on the course content will be conducted at the end of the course. The exam will last 4 hours and the student will be expected to configure, monitor and explain how to troubleshoot the scenario outlined in the exam paper.

Objectives:

The course is designed for those people charged with providing a Level 3 support. This certificate guarantees that the student has the necessary capacity to support complex networks.

Content:

Module 1: Configuring General Device Settings

1. Controlling Device Installation and Power Supply

2. GPS Interface Operation

3. GPS Aplications

4. Cellular Interface

5. Dual SIM

6. VLAN

7. VRF

8. QoS

9. PBR

Module 2: CNM Management

1. CNM Server Web Management

2. Operating in administrator mode

3. Using licenses

4. Managing clients

5. Configuration

6. Autoprovisioning

7. Group Operations

8. Configuring the router to support management from CNM

9. Licenses

10. Alerts

11. Monitoring

Module 3: Scenarios

1. Basic Operation

2. Dual-SIM Scenario

3. CCTV + Wi-Fi Scenario

4. HotSpot

5. WebFilter

6. OLA

A practical exam on the course content will be conducted at the end of the course. The exam will last 4 hours and the student will be expected to configure, monitor and explain how to troubleshoot the scenario outlined in the exam paper.

Objectives:

The course is designed for those people charged with providing a Level 3 support. This certificate guarantees that the student has the necessary capacity to support complex networks.

Content:

Module 1: Configuring General Device Settings

1. Cellular Interfaces

2. Serial Interfaces.

3. Ethernet Interfaces.

4. Feature

Module 2: Security

1. Radius.

2. Tacacs.

3. Feature AAA.

4. Firewall (AFS).

5. 802.1x

6. NHRP.

7. IPSEC.

8. DMVPN.

Module 3: CNM Management

1. CNM Server Web Management

2. Operating in Administratior Mode

3. Using Licenses

4. Managing Clients

5. Configuration

6. Autoprovisioning (ZTP)

7. Group Operations

8. Configuring the router to support management from CNM

9. Licenses

10. Alerts

11. Monitoring

Module 4: Scenarios

1. Basic Operation

2. Dual-SIM Scenario

3. ACAT

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