Dynamic Optical Networks for Cloud Services with Colt and Infinera

This webinar will provide first hand insights on the current status & trends in the Dutch data center market. The Netherlands is considered the Digital Gateway to Europe: the data hub right in the heart of Europe's Single Market and in between the large economies of the UK, Germany, France and Scandinavia. During this webinar, Stijn Grove, Managing Director of Dutch Data Center Association, will share his insights on The Netherlands as one of the strongest digital ecosystems in the world.

What is the current situation with NFV and SDN, and how is this shaping up for the future? Roy Chua, Principal and Founder of the AvidThink independent research and analysis firm, will lead this webinar discussing the current situation and the key insights of the market at the present time.

What does it take to build a high quality/highly available network to support peak application performance? Find out what tools Verizon used to deliver better services for its customers and manage its networks more efficiently.

As service providers progress towards network virtualization, the hot topic of NFV license management becomes critical to solve. In our increasingly software world, volumes of VNF instances - from many vendors - can be instantiated anywhere on demand. ETSI and TM Forum understood this need and have been instrumental in accelerating standardization in this area. In this webinar, experts Don Clarke (Principal Architect for Network Technologies at CableLabs and Chair of the ETSI NFV Network Operator Council) and Abinash Vishwakarma (Senior Member of Netcracker’s CTO group and Leader of the ETSI NFV License Management activity) will explain the motivation for service providers to quickly develop standardized methods for NFV License Management and describe the fast progress the standards groups are making.

Industry updates, challenges or big issues coming up in the next 3-6 months in the SDN NFV environment.

Alan Burkitt-Gray will be moderating the panel discussion with Marc Cohn (VP Product Management, EnterpriseWeb), Emir Halilovic (Principal Analyst, Global Telecom Technology and Software, GlobalData), Dan Pitt (Senior VP, MEF) and Sue Rudd (Director Service Provider Analysis, Strategy Analytics)

As service providers progress towards network virtualization, the hot topic of NFV license management becomes critical to solve. In our increasingly software world, volumes of VNF instances - from many vendors - can be instantiated anywhere on demand. ETSI and TM Forum understood this need and have been instrumental in accelerating standardization in this area. In this webinar, experts Don Clarke (Principal Architect for Network Technologies at CableLabs and Chair of the ETSI NFV Network Operator Council) and Abinash Vishwakarma (Senior Member of Netcracker’s CTO group and Leader of the ETSI NFV License Management activity) will explain the motivation for service providers to quickly develop standardized methods for NFV License Management and describe the fast progress the standards groups are making.

Enabling a simple, visually oriented platform that customers can use to design and order complex network services is very important strategy to drive digital transformation and meeting demands for superior customer experience. Verizon Service Designer, Intuitive Visual Design tool, is a cornerstone Strategy for Enterprise customers.

- It as a unified portal to create, maintain, manage large complex E2E network designs for legacy, Wireless, IOT, SDN/NFV Network services.
- Manages lifecycle from service design to configuration by tying together BSS and OSS stack by abstracting away complexities.
- Improves Network Agility through on demand creation and consumption of network services.

Zero-touch is the latest initiative to emerge from the Carrier Virtualization movement. Zero-touch suggests “hands-free” operations, what Cloud-folks refer to as “NoOps”. While NFV & SDN based services are intended to liberate CSPs from the bounds of physical infrastructure, however the highly-dynamic environments they will create will move too fast for human decision-making and intervention. To ensure that Zero-touch is more than a buzz word will require sophisticated autonomous systems and seamless interoperability to handle service requests and respond to network events in real-time.

This webinar will feature a presentation by Dave Duggal, founder and CEO of EnterpriseWeb, which won a Layer 123 “Network Transformation Award” for Interoperability at the SDN & NFV World Congress in October. EnterpriseWeb is an innovative startup that offers a framework for extreme automation. Their suite of Cloud-native products provide for secure, scalable, zero-touch operations with policy-based management.

The webinar feature a product demonstration showing how customers using EnterpriseWeb can onboard any heterogeneous VNF or PNF, compose them into any arbitrary Network Service, and deploy them with any diverse target environment (multi-VNFM, multi-Cloud, multi-VIM) – with no manual coding! The demo will go on to show how their software dynamically responds to events and how services can be reconfigured using simply Metadata.

Discover how Telstra has leveraged the development and deployment of an open source software based national SDN & NFV network to spearhead the transformation of its engineering and operation teams and their methodologies.

ETSI Open Source MANO (OSM) is a collaborative open community focused on delivering an open source Management and Orchestration (MANO) stack aligned with ETSI NFV Information Models. As an operator-led community, OSM is offering a production-quality open source MANO stack that meets the requirements today and in the future for competitive, commercial NFV networks. Since its inception in February 2016, OSM has grown to encompass almost 80 organizations and three releases.

The NetNumber Multi-protocol Signaling Firewall is the industry's most comprehensive signalling firewall, providing protection for all signalling protocols including SS7, Diameter, SIP, HTTP and DNS/ENUM. As these firewall applications can be combined seamlessly with other NetNumber applications such as an STP, DSC, HSS or HLR on the same TITAN platform, telecom operators have an unprecedented level of multi-protocol signaling protection, flexibility and operational uniformity in a platform that can reduce Opex/Capex costs and improve efficiency.

NFV/SDN creates a need for a new way of enabling the operations of the lifecycle of services in a hybrid network. We already know that manual operations in a physical world won't scale. However automation, through simple scripting of manual operations, also won't be able to scale to meet the needs and all the variations that could occur in a hybrid network of virtual and physical components. The ability to automate through machine enabled automation is required, combined with operations that utilize cognitive computing to outthink the network. Join us as we overview cognitive networking in a world of NFV/SDN.

This webinar introduces the ETSI Family of Common NFV APIs that enables a modular and extensible framework for automated management and orchestration of VNFs and network service (NS) within an Interoperable Ecosystem. This webinar will cover VNF lifecycle management operations and related use cases – onboarding, operation, instantiation, scaling, etc. and detail the new ETSI API specifications that permit NFV Orchestration and Interoperability.

SDN World Congress Keynote

SDN World Congress Keynote www.layer123.com/sdn

The concept of NFV has been around for several years already and its benefits need no further explanation. However, it is fast becoming clear that actually getting Virtual Network Functions (VNF) to run seamlessly on the select software & hardware infrastructure proves to be a challenging task. It requires a significant amount of engineering work to get even a single VNF to run on a new platform and tweaks and tricks are often required, both on the VNF and on the NFVI side. In this webinar we will address these challenges and present a systematic verification and validation methodology based on devops concepts, employing a high level of automation that ensures successful VNF deployments – all the time, every time.

This webinar will present the brand new Open Source MANO (OSM) community, recently launched under the umbrella of ETSI, and holding its first official meeting on 5th April.

OSM is focused on delivering an open source Management and Orchestration (MANO) stack for NFV capable of meeting the requirements of production NFV networks while consuming an established common Information Model (IM) – all defined, implemented and released in open source software.

This session will describe:
•the critical challenges that NFV Management and Orchestration must address
•the foundational concepts of OSM and how they help to manage MANO complexity
•how the initial software drop works
•what are the modalities of engagement with the OSM Community

At the SDN World Congress last year, 6 challenges that are preventing network operators from using OpenStack for Distributed NFV deployments – specifically for virtual CPE or vBranch use cases – were presented by BT.

This webinar will further explore these challenges and will begin to identify solutions, which in the short-term range from leveraging existing Linux capabilities, selective use of OpenStack, and other open source projects like OpenDaylight. This webinar will also identify promising OpenStack blueprints and projects for longer-term solutions.

Thanks to its ease of deployment and relatively low cost compared to fiber, microwave remains a widely used technology for transport, especially for mobile backhaul application. The introduction of 5G, Internet of Things and Cloud will lead to a tremendous increase in the volume of data traffic. In order to cope and deliver the requested capacity, new concepts and approaches are needed. The combination of several frequencies with different physical properties will be one path explored by the industry actors.
This webinar explains the concepts of Carrier aggregation in microwave and millimeter waves, illustrates the benefits and describes the challenges for next steps.