Trail Point #1 : Interop or PoC
Insight-driven microwave transport
The increasing diversity and dynamics introduced by telco cloud and 5G make underlying transport networks evermore complex to manage. Networks that serve us well today and tomorrow must support the agility and responsiveness to address those new needs. This demo describes, through a "dense city" use case, how a programmable microwave transport can dynamically adapt to fast-changing conditions based on real-time traffic visibility and control.
In this solution, Nokia Deepfield builds the insight on IP packets and triggers Nokia NSP which provides the SDN control to the programmable Nokia Wavence microwave transport. This approach brings intelligence in the network, hence allowing a more efficient traffic management and lower operational costs.
Catalogue driven orchestration and assurance of SDWAN services Company host
In this demo we will show how we can orchestrate the automated delivery and assurance of different vCPE models for SDWAN services. The demonstration will highlight the integration between Comptel FlowOne, CloudBand and Nuage VNS and Nokia NSP. It will demonstrate the ability to automate the creation of overlay and underlay network paths including the lifecycle management and chaining of VNF's no matter where they are located. Different CPE deployment models (thick and thin) will be highlighted as well as connections to public or private data centers. The demo will highlight automated order fulfillment and how customers orders can be received via a portal or CRM system to speed service requests and remove errors in customer order entry.
Trail Point #2 : Interop or PoC 128 Technology: Secure Vector Routing Company
128 Technology offers an innovative approach to IP routing.
Join us at booth A16 for a demo highlighting our software-based, secure vector routing solution. 128 Technology offers a simple, intuitive solution to networking, while providing advanced, zero-trust security, reliability, and performance capabilities through:
- Orchestration: Session-aware routing, centralized control, policy management, and granular visibility into network analytics and performance.
- Hypersegmentation: Network virtualization without overlays, infused zero-trust security, and bandwidth allocation.
- Network Assurance: Routing path selection, flow symmetry, path monitoring, load balancing, and session migration.
Trail Point #3 : SD-WAN deployment: Compare and contrast containers and virtual machines
This demo will show a SD-WAN branch node modelled as an NFV deployment with two VNF types, DPDK PMD & linux kernel networking setup using virtual machines and containers. The demo will include benchmarking results of both setups.
Trail Point #4 : Interop or PoC
vCloud NFV Enabling New Revenue Streams for Connected Cars Company
• Drive IoT business models • Rapidly on-board services • Service delivery prioritization • 360° visibility & analytics
vCloud NFV Partner Ecosystem Showcase Company
• Ecosystem Diversity & Innovation • Tested & Validated VNFs
What's New in vCloud NFV 2.0
: • Accelerate Service Delivery • Simplified Operations Management • Secure Multi-Tenancy • Carrier-Grade NFVI Platform
vCloud NFV Mobile and Wireline Solutions
• Tested & Validated Solutions • Monetize New Services • Rapid Time to Market
Achieving Operational Agility with vCloud NFV
• Reduce OpEx costs
• Service Automation
• Operational Intelligence
vCloud NFV Enabling New Revenue Streams for Connected Cars
• Drive IoT business models • Rapidly on-board services • Service delivery prioritization • 360° visibility & analytics
vCloud NFV OpenStack Edition
: • Carrier Grade Openstack
• Rapid Time to Deployment
• Rich Operations Capabilities
• Reliable & Highly Available
Trail Point #5 : Interop or PoC
Live CORD Demo
ADTRAN is demonstrating a live CORD demo with a disagregated OLT for XGS-PON and NGPON2 including ONOS and ADTRAN Mosaic for the network management
Trail Point #6 : Interop or PoC
Cloud Managed vCPE
Cloud managed vCPE provides a network endpoint-as-a-service for a CSP to utlize virtualization while they go through the transformation to operations for a virtualized network. Zero-touch provisioning, customer care portal and support is provided through this demo of an OPEX service allowing carriers to use the advantage of virtualization of lower cost operations and no out of pocket CapEx to rapidly enable new services for CSP's.
Agile Lifecycle Manager
Agile Lifecycle Manager (ALM) is intent based management of lifecycle transitions enabling a highly scalable environment for cloud native VNF's. Demo provides an overview of ALM, closed loop automation, and lifecycle transitions to heal and scale based upon service quality of a virtual network service
Agile Network DevOps for ONAP
This demo shows how to use an open scalable environment to enable ONAP development vs physically enabling a lab environment to speed enaging with ONAP. Focus will be on how to on board and automate testing for ONAP with this development environment.
Cognitive Operations for NFV
Operations for a an NFV/SDN world requires the added advantage of cognitive computing to enable faster reactive operations, broader proactive operations, and a intelligent closed loop control for enabling automation of operations for virtual and physical networks. Agile Service Management with dynamic and historical real time topology for hybrid network services will also be demonstrated.
Trail Point #7 : Interop or PoC
Carrier-grade MANO & Automation with Geo-Redundancy & Security Company host: RIFT.io Participating company #1: VMware Participating company #2: Sonus Participating company #3: Netrounds Participating company #4: Fortinet
RIFT.ware, by RIFT.io, will be featured in multiple demos that will showcase RIFT.ware's new carrier grade features that are requirements for production NFV deployments including:
1. New security features
o Single Sign-on (SSO) and LDAP integration
o Role-based access control (RBAC)
o CPI 810 compliance and TLS 1.2 support
2. Local and geographic resiliency
o Local High Availability
o Geo-redundancy at the platform layer and for VNFs and network services
3. Closed-loop Service Assurance
o Integration with 3rd party service assurance for closed loop policy control and SLA management
4. Sophisticated workflow automation tools to simplify the onboarding of VNFs from multiple vendors and deploy multi-vendor network services faster and more consistently
Trail Point #8 : Interop or PoC
Converged IP/Optical Network Intelligence and Automation
Carriers globally are seeking to automate service creation and assurance. In this model, a centralized network controller provides abstraction and automation of the network, thus considerably simplifying the work of service orchestrators. However this goal can't be achieved without a complete, accurate, and holistic model of the network spanning many different layers, vendors, and domains.
In this demo, we'll show Sedona's NetFusion generating a 100% accurate abstracted model of a multilayer, multivendor, multi-domain IP/MPLS-optical network and all its interdependencies. This not only solves the first major network challenge in moving to the automated services vision of the future, but also provides accurate realtime data that carriers can use in existing networks today to to improve network reliability, reduce order fallout, and streamline operations.
We will also demonstrate the use of NetFusion's analytics apps and automations to assure network diversity and reduce risk.
Trail Point #9 : Interop or PoC
Cisco Orchestrated Assurance powered by Netrounds
What if you could automatically verify that each provisioned service works when delivered and continues to work throughout its lifetime?
Netrounds' active test and monitoring capabilities, orchestrated and fully automated through Cisco Network Services Orchestrator (NSO), help enable you to improve customer experience and ensure that provisioned services are delivered as promised.
Cisco NSO has just configured a new service. Does it work across all network layers and domains? Will it continue to work throughout its lifetime?
Many times, end-to-end services depend on network components not configured by NSO. In addition to device configuration, dynamic behavior such as varying network load can also influence service quality.
Netrounds helps you actively verify that a provisioned service works at the time of deployment, before your customers begin using the service.
After successful verification of service provisioning, Netrounds provides continuous service quality insight from your customers' viewpoint. This insight helps you to discover issues earlier and resolve them faster.
Netrounds provides out-of-the-box capabilities to actively test and monitor performance metrics for Layer 2 and 3 connections, as well as voice, video, and data services.
NSO automatically drives all active test and monitoring activities when the service is provisioned through Netrounds' NETCONF and YANG API.
Network Operations and Analytics from CA with Netrounds Active Testing and Monitoring Integration
CA has integrated Netrounds into its network operations console so that users can correlate insights gained from the proactive, end-to-end test and monitoring enabled by Netrounds with the operational insights provided by the Network Operations and Analytics platform. CA says Netrounds' synthetic traffic analysis allows network operators to predict network performance in environments where traditional monitoring tools lack full visibility.
By analyzing the active traffic generated and sent end-to-end across the network by its test agents, Netrounds can determine how an application will perform. It can also validate behavior through network service chains, assuring that the right network and security services are applied to each flow as it passes through public cloud and hybrid environments.
When Netrounds detects a problem with a network flow, it will surface the alert in the Network Operations and Analytics user console. Network managers can then use the core capabilities of the CA platform to troubleshoot any problems detected by Netrounds.
Trail Point #10 : Interop or PoC
SD-Core: A Real-World Use Case for Deploying Software Networking over Core Switching Company host: Lumina Networks Participating company #1: Lumina Networks Participating company #2: Noviflow Participating company #3: Cloudify
SD-Core is a use case that defines an architecture and technology set for deploying scalable MPLS / Segment Routing capabilities. The approach includes fast failover using an infrastructure of high-performance brite-box switches managed by an OpenDaylight-powered control plane and TOSCA-based service definitions. In this presentation, Lumina Networks will describe and demonstrate some of the technology components deployed in production today at a major service provider.
The design uses a layered software-based architecture with swappable components based on open source projects rather than vendor-proprietary systems. Open-source based orchestration tools can be used to configure both the software virtual network functions as well as the physical network functions and as part of the same deployment. This approach conveys ALL the benefits of SDN to the provider, including lower capital expenditure, lower operational costs, carrier-class reliability, new subscriber services and complete vendor independence, all at the same time.
Trail Point #11 : Interop or POC
LSO of value-added NFV services in CSP's service portfolio
Brain4Net team will showcase end-to-end service orchestration of value-added NFV services including its creation and management through B4N Service Platform, which automates service provisioning, simplifies network management and facilitates a smooth transition to Service-Oriented Infrastructure. The Platform supports plug-and-play capabilities through brand-new Network Service Configurator that provides intuitive GUI for native, convenient and instant network services administration.
Brain4Net will demonstrate a user-friendliness and operability of full cycle network service management through Network Service Configurator including VNF onboarding to B4N Service Platform, service template creation, tenant creation, network service creation and more!
Trail Point #12 : Interop or PoC
Italtel Enhanced Video Services (i-EVS)
Over the last months, Italtel has been very active in designing and implementing applications in line with the requirements of the forthcoming 5G networks.
In particular, leveraging NFV and Multi-access Edge Computing technologies, Italtel has developed i-EVS (Italtel Enhanced Video Services), a novel application able to bring, very close to the end user, several functionalities related to HD video processing and caching, while improving latency and battery consumption of the devices connected.
The application is relevant in all the use cases with high and sporadic concentration of users, embracing the new concept of Cloud Enabled Small Cell, where i-EVS is hosted.
Focus of the demo is the instantiation of the related VNF with an associated GPU, using Italtel VNFM with Openstack and afterward the demonstration of i-EVS capability to make video caching, reducing latency if the latter is compared with the uplink of the same content towards whatever other Cloud Storage Service Provider.
i-EVS caches and shares the video locally for other authorized users under the coverage of the same cell or group of cells. Additionally i-EVS can transcode the video in downloading offering a wide set of codecs and quality, according to the request of the final user who is watching that video.
An initial version of i-EVS was part of Sesame, a European funded project for 5G-PPP architecture. Now, i-EVS is going to be evolved in the next new project, 5G Essence, more and more integrating the new 5G architecture.
Trail Point #13 : Interop or PoC
Open Source VNF On-Boarding and Service Chaining Demo
Participating company #1: Fortinet Participating company #2: Lumina
In this demo, we will present how to configure, deploy, and orchestrate the lifecycle of Fortigate and other VNFs. This real-world orchestration example will demonstrate how Cloudify can be used to on-board and service chain VNFs in multiple locations around in the world. We will also show how auto-scaling and self-healing operations can be executed when the need arises.