Debating the Common Information Model LONDON, 11/3/2017 – At Light Reading's 'OSS in the Era of SDN & NFV' event in London, Heavy Reading's James Crawshaw and Light Reading's Ray Le Maistre talk common information models and automation.
Flirting With Automation Automated back office operations is becoming a hot topic amongst major operators, including many of those at the recent Operations Transformation Forum in Hong Kong.
Colt's CTO on Connecting the Cloud Colt CTO Rajiv Datta talks about the impact of SDN and NFV, how data centers are now at the core of the telecoms ecosystem and how network and services evolution is being built around enterprise demands.
How the NIA Aims to Advance NFV Following a recent board meeting, the New IP Agency (NIA) has a new strategy to help accelerate the adoption of NFV capabilities, explains the Agency's Founder and Secretary, Steve Saunders.
The Computer Science Approach to Network Virtualization The three biggest challenges facing the implementation of virtualization are interoperability, moving to a DevOps model and the complexity around management, according to Doug Tait, head of NFV Solutions for Oracle. In this video, he discusses the features of a 'well-enabled VNF' that Oracle has piloted with AT&T, China Mobile and Orange.
The Cloud Descends on OFC 2017 The annual optical fest that is OFC is about to open its doors at the LA Convention Center and, like most networking industry events, cloud cover is very evident.
Modernizing the Packet Core for Cloud and 5G Jan Häglund, Ericsson's head of network analytics and control, discusses how the packet core must evolve to accommodate cloud-native applications and the rollout of 5G. At MWC, Ericsson's pavilion included solutions for network slicing, optimizing throughput and automating lifecycle management.
How to Use the Virtuapedia Produced in partnership with Ericsson, Cisco, Intel and Oracle, the Virtuapedia is the ultimate information source for people, companies, standards groups, ecosystems, products and services that are building the new virtualized economy.
5G promises to change the way we live our lives, with unprecedented services and unparalleled user experience. Operators need to build an underlying connectivity infrastructure that is capable of delivering on demands like ultra-low latency and hyper-flexible bandwidth. This webinar will focus on the most critical aspects of the 5G transport network and discuss what is required in terms of slicing, edge computing and the need for openness and interworking. Addressing each of these aspects properly will enable operators to offer state of the art 5G services that will be the foundation of what some people believe will become the 4th industrial revolution.
In this webinar we will discuss:
What factors and demands will influence the infrastructure design
The impact of 5G on connectivity infrastructure and network requirements
The optional technological solutions and preferred solutions
Network complexity not only increases IT costs, but can also create network fragility and security risks. Recent approaches to reducing network complexity through Software Defined Wide Area Networking (SD-WAN) offer some short-term relief, but are still largely based on decades-old network paradigms that only create more complexity in the long run.
Session Smart Networking is different. Session Smart networks can by truly simplify the network, as well as provide a breadth of SD-WAN capabilities – including application visibility, software-define branches, multi-path routing and network segmentation. As a result, organizations using a Session Smart approach can realize breakthrough gains in performance, agility, security and scale.
In this webinar, 128 Technology and Light Reading will discuss the benefits of session-smart routers in SD-WAN deployments, which include:
A tunnel-free architecture that eliminates the 20% to 30% bandwidth tax incurred by overlay encapsulation and enables full mesh any-to-any routing for services.
A Zero Trust Security model operating on a "deny-all" routing fabric that transforms any IP network into a distributed network firewall, providing dynamic encryption, per-hop authentication and global access control.
The ability for the network to make intelligent, application-specific decisions regarding network optimization whenever problems occur.
Five years on from the initial NFV white paper, leading operators have moved beyond the proof of concept and trial phase to widespread deployment of virtualized network functions. The challenges they now face are how to make those network functions more "cloud native," and how to increase the level of automation throughout the lifecycle of a service chain from initial installation, testing and provisioning, to ongoing software updates and self-healing of VNFs.
In this webinar, Accanto Systems and IBM will explain how NFV service design, test and deployment tasks should be coordinated across service engineering and operations to bring new services into production with a high degree of confidence while maintaining high service levels despite the highly dynamic nature of NFV.
Service designers and engineers need DevOps and software lifecycle tools to create pre-production environments where they can test service on-boarding and accelerate production break-fix scenarios. At the same time, operations staff require similar tool chains to manage the ongoing maintenance of services and their component VNFs. To achieve high levels of automation in operations will require a transition from today's manual processes to more simplified, intent-driven operations. By sharing common tools, engineering and operations can better collaborate to deliver and maintain more reliable NFV-based services.
Focusing on the popular vEPC use case, the webinar will demonstrate tools that can automate service, design and deployment tasks across test and production environments. Example tasks Accanto Systems and IBM will demonstrate include:
Management of pre-production virtual environments
Automated service level testing
Continuous deployment across pre-production and production environments