Certification
IPv6 Forum Logo Certification Program
All the training courses are delivered via instructor-led approach with hands-on lab. As these are certification programs, candidates are required to pass both the written and hands-on evaluation to qualify for the certificate.
Instructor-Led Training
Set in an interactive classroom environment, the instructor will introduce concepts and guide students with detailed explanations and interesting examples to meet the student expectations and requirements and at the same time keep the students engaged.
Hands-on Lab:
Step-by-step hands-on labs with detail instructions and guide are provided to reinforce all key concepts. It allows the student to reinforce concepts by performing the tasks they have just learned.
Certified Network Engineer For I
Pv6 (CNE6) Silver
Introduction:
The CNE6 Silver training program is designed to provide foundation information on IPv6 technology and exposure the participants on the technical knowhow to start the IPv6 implementation.
Who should attend?
This course is ideal for network administrations, network support personnel, network designers, networking consultants, IT managers and IT directors.
What Will You Learn?
- Why need to move IPv6 platform?
- IPv6 addressing architecture
- IPv6 packet structure and header format
- IPv6 address assignment using Neighbour Discovery protocol
- IPv6 transitions mechanisms
Prerequisites:
- A good knowledge of general networking concepts
- Knowledge in IPv4 addressing
Duration:
4 days
Training Approach:
- This class covers both theoretical and practical knowledge.
- The practical classes are conducted in online laboratory environment.
- Quiz will be conducted during the class to test the knowledge of participants about a particular sub topic
- Professional examination both theoretical and practical will conducted to test the participants knowledge towards end of the class
- All the participants that passed the examination will be awarded certificate that endorsed by Global IPv6 Forum and WIDE Japan
Course Content:
The following is the outline of the course:
Introduction to IPv6
- Global IP Address Resource Management
- Issues with IPv4 Addressing
- Comparison between IPv4 and IPv6
- General IPv6 features
IPv6 Addressing Architecture
- IPv6 Address Type
- IPv6 Address Representation
- IPv6 Address Scope
- IPv6 Addressing Hierarchy
- IPv6 Auto-configuration
- IPv6 Special Address
- Comparison summary between IPv4 and IPv6
IPv6 Packet Structure and Header Formats
- Comparison between IPv4 and IPv6 headers
- IPv6 Extension Headers
ICMPv6 and Neighbour Discovery
- ICMPv6 Header
- ICMPv6 Header Type
- Neighbour Discovery Protocol (NDP)
- Router Discovery
- Prefix Discovery
- Parameter Discovery
- Address Auto configuration
- Address resolution
- Next-hop determination
- Neighbor Unreachability Detection
- Duplicate Address Detection
- Redirect
Transition Mechanisms
- Co-existence
- Dual-stack
- Dual IP Layers
- Bump In Stack
- Translation
- NAT64
- Tunnelling
- Manual tunnels
- 6over4
- 6to4
- ISATAP
- GRE
- Tunnel Broker
- Dual Stack Transition Case Studies
- Lesson learn from the past
- Tunnel MTU and Path Discovery
- Key Factors for successful transition
- Transition Security Issues
Hands-on Lab
- Address autoconfiguration
- Configuring static route
- Configuring IPv6 manual tunnel
- Configuring 6to4
- Configuring ISATAP
Disclaimer: Course contents are subject to changes without prior notice.
Certified Network Engineer For IPv6 (CNE6) Gold
Introduction:
The CNE6 Gold is advanced level training program for IPv6 network engineering program. This course is designed to provide in-depth knowledge how to design, implement and operate IPv6 networks.
Who should attend?
This course is ideal for network administrations, network support personnel, network designers, networking consultants, IT managers and IT directors.
What Will You Learn?
- IPv6 Refresher
- IPv6 Routing
- IPV6 Transition revisit
- DHCPv6
- IPv6 Mobility
- IPSec
- IPv6 Security Considerations
- IPv6 Deployment Case Studies
Prerequisites:
- CNE6 Silver certification or equivalent
- A good knowledge of general networking concepts
- Knowledge in IPv4 addressing
Duration:
4 days
Training Approach:
- This class covers both theoretical and practical knowledge.
- The practical classes are conducted in a laboratory environment.
- The participants will have hands on experience using the actual equipments.
- Quiz will conducted during the class to test the knowledge of participants about a particular sub topics
- Professional examination both theoretical and practical will conducted to test the participants knowledge towards end of the class
- All the participants that passed the examination will be awarded certificate that endorsed by Global IPv6 Forum and WIDE Japan.
Course Outline:
IPv6 Refresher
- IPv6 addressing architecture
- IPv6 packet structure and header format
- IPv6 address assignment using Neighbour Discovery protocol
- IPv6 transitions mechanisms
IPv6 Routing
- Static Routing
- RIPng
- IS-IS for IPv6
- OSPFv3
- MP-BGP
- EIGRP for IPv6
IPv6 Transition Revisit
- Revisit CNE6 Silver Transition Mechanisms
- CGN (large-scale NAT 44)
- NAT 444 (CGN + CPE NAT 44)
- DS-Lite (NAT44 + 4over6 Tunnel)
- A+P (DS-Lite with preconfigured port ranges)
- NAT64
- IPv6 Rapid Development (6RD)
- Tunnel Setup Protocol (TSP)
- 6over4
IPSec
- Security Policy
- Security Association (SA)
- Key Management
- Internet Key Exchange (IKE)
- Architecture
- Operation Mode
IPv6 Security Consideration
- Concerns regarding security in IPv6
- Common Misunderstanding
- Attack vectors
- Attack Types
- Reconnaissance
- Denial of service
- Covert channels
DHCPV6
- DHCPv6 Standard
- DHCPv6 Operational model
- Understanding DUID
- Understanding Identity Association (IA)
- DHCPv6 Message Types
- DHCPv6 to DHCPv4 Message Comparison
- DHCPv6 Protocol
- How It Works
- Stateless DHCPv6
- DHCPv6 Deployment Considerations
- DHCPv6 Server Configurations
- DHCPv6 Client Configurations
- DHCPv6 Relay Configurations
Mobility
- What’s Mobility?
- Components of MIPv6
- How it works?
- How CN and MN communicates
- Route optimization mode
- Bidirectional tunneling mode
- Implementations
Campus IPv6 Deployment
- Campus deployment strategy
- Campus IPv6 address allocation
- Campus deployment topology – options Campus services
- Service provider deployment considerations
Hands-on lab
- Configuring static route
- Configuring RIPng
- Configuring OSPFv3
- Configuring BGP4+
- Configuring DHCPv6
- Configuring IPSec
- Configuring IPv6 Services
- Configuring a DNS Server
- Configuring Host-To-Host IPSec (Transport mode)
- Configuring FTP File Sharing
- Configuring Video Streaming
Disclaimer : Course contents are subject to change without prior notice
Certified Security Engineer for IPv6(CSE6) Silver
Introduction:
The CSE6 Silver training program is designed to provide fundamental information on the implementation of security parameters in the transition from IPv4 to IPv6 and expose the participants on the security issues in the deployment of IPv6 in the organization network. This course would provide fundamental understanding about security issue revolving around IPv6 and will be one of the pre-requisite for Certified Security Engineer for IPv6 (CSE6) Gold.
Who should attend?
This course is ideal for
– Security enthusiast
– Decision makers for IT Security spending
-Network/Security Architect
-IT administrator
-Network/IT support technicians
What Will You Learn?
- Revisit IPv6
- IPv6 Security issues
- IPv6 Security features
- IPv6 attacks
Prerequisites:
- A good knowledge of general network security concepts
- Knowledge in IPv4 security
Duration:
4 days
Training Approach:
- This class covers both theoretical and practical knowledge.
- The practical classes are conducted in a laboratory environment.
- The participants will have hands on experience using the actual equipment.
- Quiz will have conducted during the class to test the knowledge of participants about a particular sub topic
- Professional examination both theoretical and practical will conducted to test the participant’s knowledge towards end of the class
- All the participants that passed the examination will be awarded certificate that endorsed by Global IPv6 Forum and WIDE Japan
Course Content:
The following is the outline of the course:
IPv6 Revisited
- Introduction to IPv6
- Packet Structure and Header Format
- IPv6 Addressing Architecture
- Understanding ICMPv6 & Neighbour Discovery
IPv6 Security Issues
- Security Advantages of IPv6 Over IPv4
- IPv6 Security – Areas of Concern
- IPv6 Security – Similarities to IPv4 Security
- IPv6 Security – Differences from IPv4 Security
- Threats Countered by SEND
IPv6 Security Features
- General Security Concepts
- Encryption – Secret Key Cryptography
- IPSec
- Secure Neighbour Discovery (SeND)
- Cryptographically Generated Addresses (CGA)
- Unique Local Address
IPv6 Attacks and tools kit
- IPv6 Attacks
- Man in Middle Attacks
- Known ICMPv4 Attacks
- Unique ICMPv4 Attacks
- Unique ICMPv6 Attacks
- IPv6 Hacking Tools
Hands-on Lab
- Preparing for the hands-on lab
- Initial Setup
- Server installation
- Server Configuration
- Connecting Kali server to GNS3
- Demonstration of several IPv6 attacks
Disclaimer: Course contents are subject to changes without prior notice.
Certified Security Engineer for IPv6 (CSE6) Gold
Introduction:
The CSE6 Gold training program is the advanced training program in IPv6 Security that was designed to provide in-depth information on IPv6 security design and implementation in the IPv6 network.
Who should attend?
This course is ideal for
– Security enthusiast
– Decision makers for IT Security spending
-Network/Security Architect
-IT administrator
-Network/IT support technicians
What Will You Learn?
- Revisit IPv6 Security
- Threat against CPE and recommendation
- IPv6 Firewall configuration and policies
Prerequisites:
- CSE6 Silver certification or any equivalent certifications
- A good knowledge of general network security concepts
- Knowledge in IPv4 security
Duration:
4 days
Training Approach:
- This class covers both theoretical and practical knowledge.
- The practical classes are conducted in a laboratory environment.
- The participants will have hands on experience using the actual equipment.
- Quiz will be conducted during the class to test the knowledge of participants about a particular sub topic
- Professional examination both theoretical and practical will conducted to test the participant’s knowledge towards end of the class
- All the participants that passed the examination will be awarded certificate that endorsed by Global IPv6 Forum and WIDE Japan
Course Content:
The following is the outline of the course:
IPv6 Security Revisited
- IPv6 Security Issues
- IPv6 Security Features
- IPv6 Attacks
Threats against IPv6 CPE and Recommandations
- Customer Premise Equipment (CPE)
- Universal Threat Mitigation (UTM)
- Type of Threat and Mitigation the Threat
- IPv6 Intrusion Protection System (IPS)
- Rules for Security Policy
- Security in Mobile IPv6
Hands-on Lab
- Demonstration of Man in The Middle Attack
- Setting-Up and Testing IPv6 Firewall
IPv6 and firewall configuration Policies
- Host Based Firewalls
- Gateway Firewalls
- Firewall Policy Separation
- Policy Merging
- Inbound ICMPv6 Service
- Inbound TCP Services for the Firewall
- Inbound TCP Services for All Machines, including Firewall
- Inbound UDP Services for the Firewall
- Firewall basics with IPtables
- Policy Chain Default Behaviour
- Connection – specific responses
- Connection States
Configuring IPv6 Rules and Policies with ip6tables
Disclaimer: Course contents are subject to changes without prior notice.
Certified Network Programmer for IPv6(CNP6)
Introduction:
This course is an advanced training course for those who need deeper understanding of IPv6 network programming and testing. The course covers topics such as socket API, IPv4 vs. IPv6 prgramming in C/C++ and Visual C#.NET. This course focuses on the differences in IPv6 programming from traditional network programming and assumes prior knowledge in basic network programming. Upon completion of this course, each participant will receive the “CNP6 Certified Network Programmer” certificate.
Training Approach:
For any kind of training to have a lasting and measurable impact, the course conents have been designed and delivered in the context of the client’s specific environment and business need. NLTVC has customized the content with leading edge and time-honored training approaches that includes instructor-led, mentor learning hands-on approach, to meet the specific learning style of the individual and the complex learning objectives of organizations.
Who Should Attend?
This course is designed for software and/or computer engineers (designers/developers, testers etc.) and programmers who develop and test IP-applications and require deeper knowledge on how to build IPv6 solutions/applications as well as porting existing IPv4 applications to support IPv6.
Disclaimer: Course contents are subject to changes without prior notice.
IPv6 System Administration
- Certified System Administrator for IPv6 (CSA6) Silver
- Certified System Administrator for IPv6 (CSA6) Gold
- Certified Network Engineer For IPv6 (CNE6) Trainer
- Certified Security Engineer for IPv6 (CSE6) Trainer
- Certified Network Programmer for IPv6 (CNP6) Trainer
- Certified System Administrator for IPv6 (CSA6) Trainer
- IPv6 Forum Certified Trainer Gold
Certified IoT Fundamental
Introduction
The Internet of Things (IoT) Fundamental training course provides an overview and insight into the emerging technology. The course covers the basic concepts, terminology, and key components of IoT. It explains the business perspectives of IoT including the advantages of early adoption and monetization models. It further expands on the technologies enabling IoT and the various challenges to expect. Several scenarios describe the use cases and applications of IoT that result in smart applications and services to inspire organizations making the move to IoT. The course provides future insights in IoT and forecasts the status of the connected world in 2030.
Training Approach
The training would involve both theory and practical led by the instructor. Easy to understand case study-based approach. In depth knowledge from experienced trainer.
Who Should Attend
The Internet of Things Fundamental course is most interesting for business and management professionals, including:
- Application Consultant
- Business Analyst
- Business Process Architect
- Developer
- Developer Consultant
- Enterprise Architect
- Program / Project Manager
- Solution Architect
- System Administrator
- System Architect
- Technology Consultant
- User
Prerequisites:
It is expected that students will have a basic knowledge of Internet concepts (Difference between Internet and Web, URL, Http/Https, DNS, etc.), Networking concepts (LAN/WAN/MAN, routers, protocols, topologies, etc.), programming devices using C / C++ / Python, as well as knowledge of computer fundamentals.
Training Duration
4 days
Course Outline:
Concepts and Terminologies
- Introduction: Internet, Things and IoT
- IoT Types, History and Evolution of IoT
- Cyber-Physical Systems and differences among IoE, M2M. and IoT
- Facts and Figures Around IoT Application Areas
Business Orientation
- Drivers of IoT
- Benefits of a Connected World
- IoT Business:
- Opportunities, Benefits, and Challenges
- IoT Monetization Strategies and Models
Basic Building Block of IoT –Architecture:
- Architecture of IoT components
- Network components within IoT
Enabling Technologies of IoT:
- Role of Social Media and Mobility in IoT
- Role of Big Data and Analytics in IoT
- Role of Cloud Computing in IoT
IoT Security and Top Governance Issues:
- IoT Security Challenges
- Causes of IoT Security Breaches
- IoT Security Risks
IoT Case Studies and Future Predictions:
- IoT Usage Scenarios
- IoT Growth Perspectives
- IoT Future Predictions
Hands-on Lab
- Setup IoT software and hardware
- Setup and configure IoT hardware together with other sensor devices
- Coding to program the IoT software and hardware
Setup the testbed for IoT AUTOMATIC WATERING PLANT SYSTEM using the IoT software and hardware.
Disclaimer : Course contents are subject to change without prior notice
Certified IoT Security Silver
Introduction
The ability to connect, communicate with, and remotely manage an incalculable number of networked, automated devices (approximately 26 Billion by 2020) via the Internet is becoming pervasive, from the factory floor to the hospital operating room to the residential basement. The transition from closed networks to enterprise IT networks to the public Internet is accelerating at an alarming pace—and justly raising alarms about security. As we become increasingly reliant on intelligent, interconnected devices in every aspect of our lives, how do we protect potentially billions of them from intrusions and interference that could compromise personal privacy or threaten public safety?
This training covers the basics and Intermediate levels of IoT landscape and takes you through IoT Security Challenges and vulnerabilities and teaches you the steps to hack and harden the IoT devices, applications and ecosystem.
Training Approach
The training would involve both theory and practical led by the instructor. Easy to understand case study-based real-life approach. In depth knowledge from experienced trainer.
Who Should Attend?
This course is recommended for IoT Enthusiasts, IoT Designers, IoT Developers, IoT Implementers, IT Managers, IT Auditors and anyone who is ready to master the steps required to secure IOT Implementations.
Prerequisites
1. Should be involved in the IT field.
2. Should be familiar with using Windows, Linux and VMWare.
3. Should understand programming concepts, but programming experience is not mandatory.
4. Background knowledge in reverse code engineering and vulnerability assessment will be helpful, but not required.
5. Enthusiasm is a must.
Training Duration
4 days
Course Outline
Overview of IOT technologies
What is IoT?
IoT Architecture & Ecosystem
Hardware & Software Platforms
Communication Channels & Protocols
Cloud & IoT
Cloud & RESTful Web Services
Data Streaming & IoT
IoT Myths
IoT Applications
– Agriculture
– Medical
– Meteorology
IoT Security Overview
Overview of IOT Security
IoT Threats
Challenges to Secure IoT Deployments
Types of IoT Attacks
Baseline Policies for IoT Security
IoT Security Controls Lifecyle
Authentication / Authorization
Logging & Audit Framework
Privacy by Design
Data Protection Policies
IoT Security Recommendations
High Priority Security Recommendations
Medium Priority Recommendations
Low Priority Recommendations
5G based IoT Endpoint Security Recommendations
IoT Vulnerabilities
Insecure Web Interface
Insufficient Authentication/Authorization
Insecure Network Services
Lack of Transport Encryption
Privacy concerns
Insecure Cloud Interface
Insecure Mobile Interface
Insufficient Security Configurability
Insecure Software/Firmware
Poor Physical Security
IoT Endpoint Security Guidelines
IoT Endpoint Security Challenges
IoT Endpoint Security Model and Recommendations.
Secure the IoT Systems
Securing the IoT Network.
IPv4 Based Security Guidelines
IPv6 Based Security Guidelines
Data Link Layer Based Network Guidelines
Hands On Lab
IoT Lab installation (install Kali Linux, install required tools)
IoT OS (Windows) security test
IoT OS (Linux) security test
WiFi for IoT security test
Bluetooth for IoT security test
IoT vulnerability search engine
Disclaimer : Course contents are subject to change without prior notice
Certified 5G Deployment Engineers for IPv6 (C5GDE6) – Silver
Introduction
Internet Protocol version 6 (IPv6) is the most recent version of the Internet Protocol (IP), the communications protocol that provides an identification and location system for computers on networks and routes traffic across the Internet. IPv6 was developed by the Internet Engineering Task Force (IETF) to deal with the long-anticipated problem of IPv4 address exhaustion. IPv6 is intended to replace IPv4. In December 1998, IPv6 became a Draft Standard for the IETF, who subsequently ratified it as an Internet Standard on 14 July 2017.
5G (from “5th Generation”) is the latest generation of cellular mobile communications. It succeeds the 4G (LTE-A, WiMax), 3G (UMTS, LTE) and 2G (GSM) systems. 5G performance targets high data rate, reduced latency, energy saving, cost reduction, higher system capacity, and massive device connectivity.
This training will provide detailed deployment strategy of how to implement IPv6 addressing in the 5G networks.
Training Approach
The training would involve both theory and practical led by the instructor. Easy to understand case study-based approach. In depth knowledge from experienced trainer.
Who Should Attend
This course is ideal for telecommunication engineers, telecommunication network architects, network administrations, network support personnel, network designers, networking consultants, IT managers, IT directors and anyone who is ready to learn about 5G technology.
Prerequisites
The engineers whom attend this course should have the following basic knowledge on the following
- Basic knowledge on network and network devices
- Basic knowledge on mobile network such as 2.5, 3G and 4G would be added advantage
- Basic knowledge on security
Training Duration
4 days
Course Outline:
5G Introduction
What is 5G?
5G Standards
5G Air Interface
5G Overall Architecture
5G Services, Applications and Use Cases
Network Slicing
Programmability & Softwarization
Management and Orchestration
5G Security Architecture
IPv6 Address Allocation Schemes for 5G
Addressing Types
Infrastructure Addressing
Subscriber addressing
Deployment Consideration IPv6 Addressing Types
IPv6 Routing for 5G Transport
IPv6 Routing Tables
MP-BGP and OSPFv3
IPv6 Transition Strategies for 5G
IPv6 Provider Edge (6PE)
IPv6 VPN Provider Edge (6VPE)
6PE & 6VPE
464XLAT Technology
IPv6 3GPP Standards for 5G
Hands On Lab
IPv6 address assignment and Connectivity Lab
Design and deploy 5G network architecture.
Assigning IPv6 addresses to mobile IPv6 nodes in 5G network using different address allocation methods.
Monitor the IPv6 traffic over the 5G network using network monitoring software.
Disclaimer : Course contents are subject to change without prior notice.