October 17, 2024 nLogic Oslo Office
EMEA Arista Cloud Builders Oslo
Arista Cloud Builders is a series of events that cover a range of technical topics and provide practical demonstrations of innovative EOS® features.
We will be discussing best practices for designing and deploying data center networks, as well as showcasing our latest features in automation, analytics and security. We will also discuss Arista Cognitive Campus and Network Detection and Response solutions providing exceptional performance, quality and visibility for your campus POE and Wi-Fi needs!
Time: 17 October 2024 | 9 AM - 4.30 PM
Venue: nLogic AS
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Agenda
Welcome Reception (Coffee, Registration) | 08:30 |
Welcome | 09:00 |
Arista Strategy and Direction | 09:15 |
Building Data Center and AI Network Fabrics | 10:00 |
Coffee Break | 10:45 |
Cognitive Campus | 11:00 |
Customer Success Story: David William Noble, Network Architect at NRK | 11:45 |
Lunch | 12:15 |
Automation Basics | 13.15 |
Automation with CloudVision and Arista Validated Designs | 14:00 |
Coffee Break | 14:45 |
10 Years of EVPN | 15:15 |
Zero Trust Networking | 16:00 |
Dinner | 16:45 |
Topics Covered
Building AI Network Fabrics
The aim of this presentation is to cover the following key questions and help demystify the building of high-performance networks in order to empower research organisations, service providers and enterprises to build their own AI networks.
- Why is networking for AI different than traditional networking?
- What are the networking technologies for AI networking?
- What do these AI networks look like?
- What are the Arista platforms for AI networking?
Advances in Cognitive Campus
During this session, we will look at the latest technology advances in Campus networking from Arista (wired and wireless). We will also provide updates on recent and upcoming enhancements to Arista's NDR, AGNI and MSS along with a review of the latest Arista hardware platform and new EOS and CloudVision features.
Zero Trust Networking
Zero trust assumes there is no network perimeter & based on the “Never Trust Always Verify” approach, that requires organizations to continuously monitor and validate all users, devices, and applications against appropriate access privileges and security policies to explicitly allow only trusted traffic. In this session, we will explore how Arista's NDR, AGNI and Multi-Domain Segmentation Service (MSS) work together to deliver a next generation Zero Trust Networking solution that also aligns with the NIS2 Directive.
10 years of EVPN
As we celebrate the first decade of EVPN we will consider how this set of protocols has evolved to become the key architectural foundation for building robust, scalable data center networks. We will also see how the many advantages offered by EVPN are now being exploited to deliver improved performance and resilience to both campus and service provider networks. To conclude the session, we shall consider how some of the future enhancements in development will consolidate EVPN as the key networking technology for the next 10 years, and beyond.
Automation with CloudVision and Arista Validated Designs
The primary purpose of this session is to cover the evolution of Arista automation with Cloudvision and Arista Validated Designs (AVD). We will also demonstrate how AVD is used in conjunction with Cloudvision to build, document, test and operate your network. With this workflow, users can take advantage of the completeness of AVD to build their Day-1 network configuration and documentation and the new CloudVision quick actions features and change management to improve agility and reliability during Day-2 operations and implement a modernized network operating model.
Network Observability
The purpose of this session is to provide an overview of the Arista DMF solution and to share information on key recent developments. We will also provide an introduction and demo to CloudVision Universal Network Observability (CV UNO), which gives unparalleled insights into application and workload performance across data centers, campuses, and wide area networks.