Choose RIPE NCC IPv6 Training for a Specific Learning Goal
Start by identifying what you need to learn: reading addresses and calculating subnets, designing a deployment, or assessing the security of a running network are different goals. IPv6 Fundamentals, Advanced and Security address different needs. Compare the course level, published outcomes and prerequisites before choosing a format or planning a certification exam.
This guide helps you select the course and assessment route. Its course information was checked against official pages on 4 November 2026. For the subsequent role assignments, lab tasks and pilot acceptance evidence, use the IPv6 team training, labs and pilot planning guide. Course selection comes before that internal implementation programme; the two activities have different outcomes.
RIPE NCC’s Training Role and the Limits of a Catalogue
RIPE NCC is the Regional Internet Registry for Europe, the Middle East and parts of Central Asia. Alongside Internet number resource management, it provides training and tools. These resources can establish useful knowledge, but they do not verify a particular hosting plan’s features, configure every operating system or establish the compatibility of your own application dependencies.
On 25 November 2019, RIPE NCC made the final /22 allocation from its available IPv4 pool. Its announcement also described support through IPv6 advice, training, measurements and tools. Exhaustion of that pool did not mean that every regional IPv4 address was in use or unavailable for transfer. The current run-out explanation describes a waiting list for a single /24 from recovered addresses for LIRs without a previous IPv4 allocation. Allocation policy and IPv4 transfer-cost planning are separate matters.
When comparing learning options, record the course name, published objective and actual format together. A webinar title is not a complete course syllabus, and preparation for an exam is not the same as passing it. The official training and certification overview is the starting point for checking the available formats and access conditions.
Compare Fundamentals, Advanced and Security
The following table supports an initial choice. Treat online and classroom offerings as separate options even when they belong to the same course family. Do not transfer the prerequisites from one format to another automatically; use the requirements on the page for the course you intend to take.
| Course or format | Main learning objective | What to check first |
|---|---|---|
| IPv6 Fundamentals e-learning | Address notation, subnetting, related protocols and deployment concepts | Familiarity with IPv4 terminology; device configuration is excluded |
| IPv6 Advanced in person | IPv6 implementation, routing and test-network work | Technical knowledge plus prior participation in Fundamentals training or its e-learning course |
| IPv6 Advanced e-learning | IPv6 deployment design for different network types | Fundamental IPv6 knowledge; IPv6 basics, security and LIR operation are excluded |
| IPv6 Security e-learning | IPv6 threats and a high-level security strategy | Basic IPv6 knowledge and experience running an IPv6 network |
IPv6 Fundamentals: Establish the Concepts
The IPv6 Fundamentals course requires familiarity with common IPv4 terminology. Its published goals include reading and writing IPv6 addresses, identifying the scope of address types, calculating subnets and creating an addressing plan. Related protocols, security concerns and the application of particular transition mechanisms also form part of this foundation.
Translate your need into a learning objective that matches the course. For example, explaining the difference between an interface address, a link subnet and a customer prefix is a better Fundamentals expectation than configuring a production server. The concepts behind a task and the product-specific instructions for performing it should be recorded separately.
- Consider Fundamentals when address notation or subnetting is a knowledge gap.
- Compare its deployment and transition objectives with the decisions you need to understand.
- Expect additional product and provider documentation for device commands, web-server configuration or mail delivery.
The course explicitly excludes configuring routers, servers and other devices for IPv6. It also excludes operating a Local Internet Registry. Address planning in the syllabus does not imply a configuration recipe for every device or a complete registry-administration course. This boundary matters when the reason for enrolling is a practical server-management task.
In-Person IPv6 Advanced: Check the Participation Requirement
The in-person IPv6 Advanced course targets network engineers and managers who want to deploy IPv6. It expects knowledge of IPv4, IPv6 fundamentals and the relevant IP networking concepts, with basic CLI knowledge for the labs. Attendance also requires prior participation in the IPv6 Fundamentals Training Course or following the IPv6 Fundamentals e-learning course.
The published scope includes OSPFv3, IS-IS and BGP in IPv6 networks; host configuration, SLAAC and DHCPv6; transition options; and test-network work. Those outcomes serve a different purpose from learning the initial address and protocol concepts. Read the current page to confirm that the subject you want to study appears in the selected format.
The official page also says the course may not be appropriate if you have already deployed IPv6 in your network. “Advanced” is not a recommendation that everybody should choose it. Compare your experience with the intended outcomes. If the remaining gap is security strategy or one product’s behaviour, another course or product document may be more relevant.
Advanced E-Learning: A Separate Format with Its Own Conditions
The IPv6 Advanced e-learning course was announced on 10 February 2026, after this article’s original 2025 publication. The current online course page lists knowledge of fundamental IPv6 protocol aspects as its prerequisite. Do not automatically apply the in-person course’s prior Fundamentals participation requirement to this online format.
The course covers implementing an addressing plan and choosing deployment approaches for backbone, access, enterprise, data-centre and cloud networks. Transition mechanisms, troubleshooting, monitoring and creating a deployment project plan are published topics. This moves beyond introductory concepts, while still requiring you to check the scope before expecting instruction for a particular hosting application.
The online course excludes basic IPv6 notions, the protocol’s security aspects and operating an LIR. It points learners toward the separate Security course for further security study. That suggestion does not replace Security’s own requirement for operational IPv6 experience.
IPv6 Security: Build on Operational Experience
IPv6 Security is intended for people who understand basic IPv6 and have experience running an IPv6 network. Published objectives include assessing common threats, designing IPv6 filtering rules, choosing routing-protocol security options and selecting appropriate assessment tools. The overall goal is a high-level strategy for protecting IPv6 infrastructure.
Risks in associated protocols such as ICMPv6, NDP and MLD are included. Basic IPv6 concepts, addressing plans and LIR operation are excluded. Having a security job title is not a reason to skip missing IPv6 fundamentals; compare your actual knowledge and experience with the course requirements.
The existence of a security course does not establish that it teaches every server firewall configuration or a complete mail-delivery workflow. Those topics require additional work matched to the organisation’s products and access policy. Recognising that boundary helps you choose a course with realistic expectations.
Decide on Format, Language and Access Together
The current RIPE NCC overview states that e-learning and webinars are free to everyone with a RIPE NCC Access account. In-person courses are included in membership. Membership does not establish that a place is available on a particular date or that course prerequisites can be skipped. Check the selected event’s schedule, language, registration state and attendance conditions.
The reviewed Fundamentals, Advanced e-learning and Security pages describe English-language material. Their interactive format combines reading, videos, guided exercises and questions. Self-paced access still requires study time; a catalogue duration estimate does not guarantee that every participant will become competent in the same number of hours. Internal notes or a shared glossary can support a team studying in a second language.
For a webinar or classroom event, compare the stated subject with your questions as well as your availability. The RIPE NCC Academy homepage links to current courses and instructor-led events. Use the official listing for registration information instead of treating a date or course name in an older article as a guaranteed available session.
Separate Course Completion from Certification
A course supplies learning material; certification is a separate assessment in the relevant subject. The IPv6 Fundamentals exam page describes an online proctored exam and the need for a voucher. Earning the badge requires passing the exam. Free access to the course does not provide automatic exam registration or certification.
Read the current exam name, assessed abilities, recommended knowledge, language and registration conditions on the exam page. Compare the Fundamentals course objectives, including address notation, subnets, addressing plans and related protocols, with the current exam scope; course objectives alone do not establish exam coverage. Certification does not establish that a particular company’s entire infrastructure is ready or that its services will remain available.
Keep the learning goal and certification goal separate in the selection record. Someone who needs to understand one concept may choose a different next step from someone seeking a formal assessment. Internal knowledge sharing or a successful local exercise supports learning but does not replace the official exam.
Write a Short Course-Selection Record
Answer these questions before making the final choice. They explain the decision to another person without assuming one compulsory course sequence for every team.
- Learning need: Which concept or design decision can you not yet explain?
- Readiness: Do you meet the stated knowledge and attendance prerequisites?
- Scope: Is your need included in the published outcomes or explicitly excluded?
- Format: Do the language, access conditions, schedule and available study time fit?
- Assessment: Is course material sufficient, or do you also want the relevant certification?
- Additional material: Which topics require local device, operating-system or provider documentation?
A participant struggling with address types and subnets might choose Fundamentals. A network engineer comfortable with IPv6 concepts can evaluate the appropriate Advanced format. Someone assessing risks in a running IPv6 network should check Security’s experience requirement. The person’s responsibilities, knowledge and desired outcome matter more than the size of the organisation.
A short connection to practice is enough at the selection stage: someone studying addressing can later be asked to explain prefix boundaries in a local test plan. Detailed ownership, acceptance records, pilot decisions and operating procedures belong in the team guide’s acceptance-evidence section. Record the chosen course, format, reason and checked conditions, then use that guide for the implementation programme.
