Name: Real-World NFV Use Cases for Scalable Application Delivery Control & Security
Start: 2015-10-20T15:00:00Z
End: 2015-10-20T15:34:25.000Z
Location: BrightTALK
Rating: 4.5

The Intel® Network Builders webinar program is a recurring webcast series in which ecosystem members and Intel technology experts delve into the technologies, topics, and issues facing the networking industry. Presenters delve into the network transformation taking place through the adoption of software defined networking (SDN) and network functions virtualization (NFV) across telecommunication and enterprise organizations.

Intel Network Builders also offers a comprehensive  NFV and 5G training program through the Intel Network Builders University, which offers a broad collection of online content for technical professionals in the network industry. Learn more at http://networkbuilders.intel.com/university.

The 5G edge represents an opportunity for communication service providers as enterprises looking to address challenges such as latency, privacy, and cost. 
Success in a resource constrained edge environment requires the use of optimization technologies such as DPDK, and products such as the Intel Ethernet Controller E810, to orchestrate secure edge ecosystems and services. 
Cybersecurity is key to facilitate enterprise edge services adoption and empower the service provider to deliver higher value and growth.

This webinar will present the need for cybersecurity and automation in the edge and will explore an Intel multivendor secure edge automation testbed.

Presenter:
Ronen Shpirer -- Director, 4G/5G Solutions Marketing, Fortinet

5G Edge: The Need for Security and Automation

Operators face challenges with regard to the delivery of new services beyond connectivity to enterprise customers. This talk reviews these changes and proposes a service delivery model, best practices, and enabling technologies including network acceleration and HCI solutions from Intel that can accelerate the delivery of services and reduce cost significantly.

We will also examine Edge server requirements, the benefits of network acceleration, and Intel's HCI X86 platform, as well as the Edge Cloud and  Orchestration solution that takes advantage of open standards to centralize and automate Edge service delivery.

Presenter:
Mehran Hadipour -- VP Global Business Development and Alliances, SymworldTM Cloud, Rakuten Symphony

Solving the Challenges in Edge Service Delivery for Operators

The demand for advanced and high-performance load balancing is increasing. As more traffic moves to the cloud and edge, businesses need an infrastructure that can efficiently manage web traffic and provide users with a secure and reliable application experience.

HAProxy, in combination with 4th Gen Intel® Xeon® Scalable processors, meets this demand, delivering a network-optimized load balancing solution. Join us on March 14, 2023, as we discuss how 4th Gen Intel® Xeon® Scalable Processors are accelerating HAProxy to:

- Maximize performance and scalability 
- Better defend against denial of service attacks
- Ensure security and reliability of mission-critical workloads
- Reduce power consumption and create cost-saving opportunities

Presenters:
Dylan Murphy -- Vice President of Sales and Business Development, HAProxy Technologies
Willy Tarreau -- CTO/Lead Developer, HAProxy Technologies
Divya Pendyala -- Platform Architect, NESG, Intel

Deliver More Performance with Less - The Power of Intel® Xeon® With HAProxy

Versa Networks provides market leading SASE products including routing, SD-WAN, NGFW, UTM, SSE such as ZTNA, SWG, CASB, DLP and more. Versa SASE solution runs on x86 based platforms in physical (bare metal) or virtual deployment models. Versa SASE solution comes with a broad portfolio of hardware appliances, based on Intel chipsets, to address needs of Enterprise and Service Provider customers – whether on premise or cloud-based deployments. 

Versa works closely with Intel to innovate leading edge networking and security platforms to provide solutions for different price and performance points. This joint work includes SoCs, built-in hardware acceleration engines of crypto modules and more. Hundreds of thousands of such platforms are deployed today in branch, campus, data center and cloud environments today.

In this session, you will learn about latest innovations in this space using how latest high-performance x86 processors are addressing needs of high-capacity WAN Edge, Data Center and Cloud based SASE deployments that scale from 10s of Gbps to over 100Gbps using latest innovations from Intel. 

Presenters:
Nikhil Desai -- Senior Director, Products, Versa Networks

Platforms Based on x86 Deliver the Best Performance for SD-WAN/SSE Applications

With the introduction of fully virtualized technology, it's critical that we look from a higher view of telecom networks. The way to achieve environmental protection is also top to bottom, covering every bit of the network. This presentation shows how ZTE tries to bring a green core to networks with advanced server and storage infrastructure powered by Intel, and orchestrate different elements in the system for the greater good.

Presenters:
- Yang Rui, Technical Director, ZTE
- Liu Zhenhai, Server Product Global Marketing Director, ZTE

Bringing a Green Cloud Core Into 5G Networks

This webinar will provide an overview of the benefits of implementing SRv6 in a telecoms network and the advantages of deploying such a solution: providing enhanced control over traffic flows, faster and easier service insertion, improved scalability, and reduced operational complexity. Additionally, the webinar will discuss how SRv6 can be used to reduce the cost of network operations and service latency and improve network performance at the Network Edge, as well as how to deploy SRv6 in a secure manner and how such a solution might be implemented.  The session will conclude with Lanner Electronics and NoviFlow describing their implementation of an SRv6 Proxy server solution already deployed in a field trial at a Tier-1 CoSP and how it delivers support for future services, network-wide scalability, service chaining and load-balancing, scales on demand, and simplifies service deployment and network management.

Presenters:
Babu Peddu, Senior Product Marketing Manager, Intel
Sven Freudenfeld, CTO Telecom ABU, Lanner
Kevin Austin, Director of Product Management, NoviFlow

Building a Dynamic Network Infrastructure

Network edge computing is not just the periphery of the Telecom infrastructure, it’s also the frontier of NextGen network and service management. Unlike the bountiful resources at the core or the conceptually unlimited resources of the cloud, edge deployments are decentralized, numerous and constrained. At the edge – continuous optimization and efficiency is necessity. 

Telco edge platforms must do ‘more with less’. They have to flexibly support a wide variety of use-cases and configurations for diverse Enterprise workloads, while maintaining low-latency SLAs of public and private MEC, all within resource and power constraints of edge servers. The extreme demands of edge computing is driving innovation through the automation stack from the application layer down to the hardware, all of which will ultimately make its way back to the core and cloud for a more agile and sustainable industry.

EnterpriseWeb is leading an award-winning multi-vendor Intel 5G RAN testbed based on an secure edge gateway use-case. The testbed demonstrates dynamic configuration of Intel® Ethernet Controller E810 and network functions to optimize processing of secure packets, while significantly reducing resource requirements and energy consumption at scale. Stage 3 of the testbed incorporates Intel’s FlexRAN™ to further extend programmability. The testbed presents an open, extensible and near real-time solution for self-healing, scaling and optimizing networks. 

The testbed team includes: Intel (INB Lab, Intel® Ethernet Controller E810, FlexRAN™); Red Hat (RHEL CoreOS, OpenShift, RHACM); Fortinet (FortiGate, FortiWeb); Keysight (CyPerf test agents); KX (data services & analytics); EnterpriseWeb (CloudNFV intelligent orchestrator with LCM, iPaaS, SMO, NSMF); Tech Mahindra (system integration partner). The testbed also incorporates open-source from the ONF Aether project (SD-Core and SD-RAN) and Grafana Labs (Prometheus and Grafana).

Extreme Automation at the Network Edge

Network Security is a huge challenge for CSPs, MNOs, Cloud Providers & Enterprises. Hence, the 6WIND Virtual Security Gateway Router is the go-to solution for all 4G & 5G networks as it delivers high security  and performance  to cost effectively run their networks.

To prove the high performance, scalability and efficiency of its virtual security gateway, 6WIND recently did a lab test with Intel and the results were phenomenal!  6WIND vSecGW running on a dual 3rd Gen Intel® Xeon® Scalable processor COTS Server can easily achieve 400Gbps IMIX IPsec while delivering incredible efficiency to drive network sustainability. 

In this webinar, you will learn how this combination of 6WIND & Intel can help CSPs & MNOs transform their networks and cost effectively replace existing proprietary network appliances to build more flexibility and higher efficiency in the Edge, RAN and Core.

Takeaways from this webinar:
- Disaggregation approach on COTS servers can address many challenges on the Edge Network
- High performance can be easily achieved with Software and not only with hardware
- Virtualization flexibility is adapted to Edge applications

Presenters:
- Karim Mchirki – VP Product Management, 6WIND
- Jyoti Kolhe, Segment Manager, Cloud Networking and Security, Intel

Unleashing Security Gateway Performance in Virtualized Environments

There is an emerging interest in time-critical use cases in the areas of entertainment / multimedia, gaming, AR/VR, real-time video conferencing, vehicle to everything (V2X), teleoperated driving, and drones operated through mobile networks. These use cases require bounded low latency in conjunction with medium to high bitrates and the ability to scale across a large number of consumer devices. To meet this demand, entire networks must be optimized. Edge computing reduces transport network latency and jitter by moving data centers from the central cloud into a communication service provider’s network. In addition, 5G’s new radio (NR) network interface introduces key functional and architectural enhancements to enable time-critical services.

Still, these enhancements alone cannot fulfill the goal, and specific functionalities are needed to improve the quality of experience (QoE) for high data rate applications requiring bounded, stable, and low end-to-end latency. This calls for methods to prevent latency spikes due to queuing delays (typically caused by application data rates that are higher than what a network can serve). To fulfill latency requirements, an application must be able to adapt the bitrate to minimize the risk of increased delay while maximizing the service quality under this constraint.

In the meet-up, Ericsson and Deutsche Telekom will introduce “Managed Latency with L4S” which is a disruptive approach to provide a stable latency over mobile networks. The presentation will include:
- Time-critical use cases and their requirement for low and in particular stable latency (low jitter)
- Deep-dive into technology of Managed Latency with L4S
- Use case examples with application partners
- Information for developers how to use Managed Latency with L4S

Presenters:
- Torbjörn Sölve, Manager, Radio Access Technology, Ericsson
- Dominik Schnieders, Head of Edge Computing and Innovation Lead, Deutsche Telekom Ag

Enabling Time-Critical Application Over 5G by “Managed Latency with L4S”

This talk discusses real-world use cases for modern workloads with Amazon Elastic Kubernetes (Amazon EKS)  Anywhere in a hybrid cloud environment.  We showcase advanced artificial intelligence technologies to train a bone marrow cell classification machine learning model from publicly available data. 

This trained model is then optimized using Intel® OpenVINO™ for inference. Then the model performance is evaluated by comparing the 2nd Generation Intel® Xeon® Scalable processor with the 3rd Generation Intel® Xeon® Scalable processor microarchitecture. We also look at application of EKS Anywhere in Telco and Edge environments.

Presenters:
- Mohan Potheri, Cloud Solutions Architect, Intel
- Sathish Venkat, Field Applications Engineer, Intel

Run Your Containers Anywhere With Amazon Elastic Kubernetes (EKS) on Intel

Extended Threat Detection and Response (XDR) systems are increasingly used to identify advanced cyber threats that evade conventional endpoint and perimeter defenses. These systems need accurate understanding of traffic flows at high throughput, which requires a combination of traffic intelligence and hardware technology capable of processing packets efficiently at line rate.  

Enea Qosmos traffic intelligence software accurately identifies and classifies network traffic for threat identification and mitigation, while Intel® Xeon® technology is crucial for the overall performance, scale and efficiency required for the XDR system to execute tasks in real-time and at high traffic rates.

This webinar will share the results of benchmarking the Qosmos Probe 2.7.0 on Intel® Xeon® Gold 6338N 32 cores and illustrate how these technologies form the foundation of high-performance XDR systems.

Presenters:
- Sebastien Synold, Product Manager, DPI & Traffic Intelligence, Enea
- Erik Larsson, VP Marketing, DPI & Traffic Intelligence, Enea

Strengthening Threat Detection with DPI-Based Traffic Intelligence

In this webinar AEWIN and Intel will discuss the trend of Cyber Security and the Network Edge, solution with 3rd Gen Intel® Xeon® Scalable processors and AEWIN experienced design capability - High Performance Network Appliance for real-time network security, and AEWIN’s case sharing of verification and optimization with Intel technology for advanced Cyber Security at edge.

Presenter:
- Ricky Yang, Business Development Manager, AEWIN

Delivering High-Performance & Zero-Trust Security

Edge Data Center? Yeah, of course… but highly distributed edge is becoming a reality. Edge is not anymore a proof of concept that runs in a single location in a controlled environment. Real deployments customers are starting to deploy use cases that are decomposed from device to cloud and that run in thousands of different locations (e.g. 100K Road Side Units or BTS). This, per se, is already a big challenge. However; this becomes augmented by multiple facts:

1. Not reliable networks;
2. Extreme harsh conditions (thermal, dust etc.) that make systems potentially less stable;
3. Highly dynamic loads that depend on the status of where edge appliances are physically located and what workloads need (e.g. BTS or smart city cameras);
4. Thermal and energy extremes sometimes restricting compute power availability for spiky workloads.

This keynote will address the key design points and technologies that are needed to overcome those challenges and be able to address the requirements that the Edge Big Bang requires.  The technologies will cover and connect hardware and software elements such as new types of cooling systems and hardware system designs, cloud native and service life cycle management at scale.

Presenter: 
- Francesc Guim, Chief of Edge Architecture, Intel

Edge Big Bang

Graphiant's Network Edge Service puts you in control of your network, allowing you to connect every node quickly, avoiding costly configuration time and tunneling bottlenecks. It is designed to deliver any to any connections with complete visibility, internet-level agility, and service-level agreements intended for business. The results are site, cloud, and B2B connectivity that enterprises can spin up on-demand, scale quickly, and run at the speed of business. 

This revolutionary architecture removes the need for specialized hardware in the core and at the edge. This stateless core was made possible through Graphiant's collaboration with Intel® Xeon® scalable processor to test and optimize performance. 

Presenter:
- Ali Shaikh, Chief Product Officer, Graphiant

Simplifying Complex Networks with Graphiant's Network Edge Service

Dell Technologies Open Telecom Ecosystem Lab (OTEL) brings together stakeholders from across  the telecom industry together to drive innovation and choice by creating an open, modern telecom  ecosystem. In this webinar we will showcase how OTEL is bringing together Dell engineers, leading  partners such as Intel, and stakeholders from across the telecom sector to help communication  service providers and partners benefit from 5G faster. We will share the latest news on how we are  leveraging OTEL for our new Dell Telecom Partner Self-Certification Program with Intel as one of our  pilot partners for the program.

Presenters:
- Paul Norkus, 5G Marketing Manager, Dell Technologies
- William Meigs, Market Developer Manager, Intel

Accelerating the 5G Ecosystem with Dell Technologies Open Telecom Ecosystem Lab

While network functions virtualization (NFV) achieved 3GPP-defined control and user plane separation and is the choice for most mobile core deployments this year, the industry understands its limitations. Cloud native is the frontier, because it will drive digital transformation, enable greater operational flexibility, and reduce Capex and Opex while accelerating innovation and the monetization of the resulting services.

Cloud Native creates new requirements for software focused on easier developer consumption, network latency, visibility, security, sustainability, and TCO in addition to the main network connectivity KPI, performance.

Join Chandresh Ruparel, senior director, and Eoin Walsh, senior architect, from Intel’s Wireless Core Network Division for a view into the challenges and opportunities with cloud native in the 5G core

Making Cloud Native Work for 5G Core

In this session, Thijs Feryn, the Technical Evangelist at Varnish Software, will show you how to build a private content delivery solution with Intel® Xeon® using Varnish Software’s suite of tools.
 
The foundation of this live demo is of course Varnish Enterprise, the caching engine that came out as the fastest content delivery solution in the industry during Intel’s benchmarks. In the demo, we will spin up content delivery resources in various geographical regions and manage them with Varnish Controller.
 
The Varnish Controller management interface will be used to manage Varnish servers, manage VCL deployments,  manage request routing rules on the Varnish Traffic Router, invalidate content, and view usage statistics in a variety of dashboards.
 
The end result is a fully customized, multi-PoP, multi-tier private CDN that is not only powerful, scalable, and resilient, but also very easy to set up and configure thanks to the Varnish Controller & Varnish Traffic Router.

Presenter:
- Thijs Feryn, Technical Evangelist, Varnish Software

Building a Private Edge-CDN Solution with Varnish Enterprise and Intel® Xeon®

As businesses of all types and sizes develop new ways to generate value from data, network topologies are evolving at an unprecedented rate. The distributed nature of business computing is a central aspect of that shift. Cloud-native network functions (CNFs) and containers allow workloads and networks to be decoupled from the underlying infrastructure, enabling greater flexibility, simplicity, and scalability.  This means workloads can execute anywhere, including on-premises or across multiple clouds.

In a joint architecture developed with Intel and Red Hat, the disaggregated SD-WAN solution from Turnium enables the deployment of containers to support edge compute and other containerized workloads. 

Realizing the full benefit of edge computing requires network operators to reassess solution stacks with primary attention to agility and flexibility. The solution from Red Hat, Turnium, and Intel provides an open approach to building future-ready distributed networks. Testing conducted by a third party Tietoevry verifies that the solution offers end customers outstanding performance along with the benefits of cloud-native implementation including agility, flexibility, and scalability.

Presenters:
- Arpit Menaria, Enterprise Edge Segment Manager at Intel
- Geoff Hultin, Chief Marketing Officer, Turnium
- Josh Hicks, VP Product and Development, Turnium
- Andrea Turno, Telco Business Development Manager, Red Hat

Cloudification of the Edge with Cloud-native Network Functions

Louis Scialabba will give an in-depth presentation on the current state of NFV in the Carrier industry and progress Service providers have made moving NFV from the proof of concept in the lab to the field environment.   The "low-hanging fruit" of NFV implementation is gaining clarity - namely intelligent service delivery with ADCs and network-level security with advanced, multi-layer detection and mitigation systems.   Radware Virtual ADCs integrated with Intel technology are a logical operationalization area for Carriers given its confinement to a specific functional domain, its simple span of control, and the deterministic benefits of high ROI and increased network performance.  Likewise, security is an obvious choice for both NFV and SDN working together, considering the automation benefits of a real-time, network-level security implementation compared with the box-level, non-real time approach of legacy solutions.   This session will highlight early use cases for value-added service delivery and support, particularly for Cloud providers seeking data center technology migration.

Real-World NFV Use Cases for Scalable Application Delivery Control & Security

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Real-World NFV Use Cases for Scalable Application Delivery Control & Security

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