ETSI's webcasts cover all our standardization in telecommunications, radiocommunications and ICT. Find out more about our work and how you can get involved at www.etsi.org

The importance of testing and interoperability

Cybersecurity - status of work in ETSI

ICT Standards overview and ETSI - discover the ETSI environment

ETSI approach to innovation and research

The ETSI standards making process and how to get involved in ETSI

ETSI's IPR policy and the major issues faced

ETSI and our IPR policy

This presentation aims to introduce the concept of polymorphic intelligent network and provide several use cases to verify related functions:1. Demonstrate the use of intent-based interface to translate the network application requirement to different network modal configuration and support the coexistence and collaboration of polymorphic network; 2. Demonstrate the use of AI to realize adaptive adjustment and configuration between network resources and diversified services, optimize network structure, resource allocation, function management and service efficiency.
The current network mainly faced several challenges, such as rigid network structure, simple IP bearing, and difficulty in dealing with unknown threats. Based on above challenges, the goal of this PoC project is to realize polymorphic presentation of addressing and routing, and provide feasible design strategy for operators to automatically deploy network according to different types of business and application scenarios. PINet fundamentally meets the business requirement of network intelligence, diversification, personalization, high robustness and high efficiency.

PINet— Polymorphic Intelligent Network (ENI POC #15)

The ETSI MEC Sandbox is an interactive environment that enables edge application developers to learn and experiment with MEC Service APIs from anywhere in the world.  This pioneering tool was launched by the ISG MEC group in January of 2021, complimenting other developer resources such as the ETSI Forge MEC OpenAPI specifications and the MEC Developer Wiki.  With an emulated edge network set in Monaco, the Sandbox originally included implementations of the Radio Network Information Service (MEC012), the Location Service (MEC013), and the WLAN Access Information Service (MEC028).  Recently, a team of experts has introduced additional MEC services and capabilities into the Sandbox, such as the MEC Application and Service Enablement APIs (MEC011), the Application Mobility Service (MEC021), and MEC platforms that are geographically distributed within the MEC Sandbox’s emulated edge network.  This webinar will re-introduce developers to the MEC Sandbox by demonstrating these new capabilities.  Via hands-on examples, experts will show where to find and access the MEC Sandbox, how to create a MEC Application instance, as well as how to advertise and discover a MEC Service.  The experts also be available to take audience questions.

What’s new in the ETSI MEC Sandbox

This webinar offers an overview of the recently announced Open Source MANO Release ELEVEN, and a demonstration of some of its latest features:

With Release ELEVEN, ETSI OSM takes a new significant step towards standards adoption and increasing interoperability by adding support for standardized VNF and NS package formats (ETSI NFV SOL004 and SOL007).

Another important addition for interoperability is the support for Google Cloud Platform infrastructure, completing the list of three largest public cloud providers, i.e., Microsoft Azure, Amazon Web Services, and Google Cloud Platform

OSM also keeps alignment with the most recent market needs, and implements the latest technologies for managing cloud-native deployments. Release ELEVEN brings fine-grained operations for Cloud-native Network Functions, and better integration across functions of different nature. This is achieved through enhanced data exchange mechanisms which enable advanced hybrid deployments including Physical, Virtual, and Cloud-native Network Functions

From a Service Assurance perspective, OSM monitoring has been expanded to include metrics collected from Kubernetes clusters in a centralized Grafana dashboard.

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OSM Release ELEVEN overview

An increasing number of CSPs are embracing the cloud paradigm for their digital transformation across all major systems: operations support, business support, and telco network. Whether they use private clouds, public clouds, or combinations thereof, making wise use of cloud resources is key for cost- and energy-efficiency, but at the same time poses great challenges.
Between the cloud user and the cloud provider -whether being part of the same organization or not- a significant gap has been traditionally existing: when requesting a cloud service, like a network function or an analytics workload,  the cloud user needs to declare their “intent” about functional and non-functional requirements of the service (e.g. performance, security, or reliability requirements). In turn, the cloud provider needs to decide the specific cloud resource configurations that meet the cloud user’s intent. In other words, the cloud provider needs to translate the user’s intent (“what”) into “how” the service is implemented.
Translation of intent into cloud resource configurations involves understanding both the cloud applications’ workload patterns, the underlying cloud resource configuration patterns, and most importantly, the complex relationship between the two. What is more, the dynamic behavior of applications during runtime, the increasing variety of service goals, and the growing number of possible resource configurations, further complicate the decision-making process. 
In this talk we will show our approach to address these challenges by developing an intent-driven cloud management solution to assist the cloud provider with decision making on cloud computing (CPUs, memory, disk) and cloud infrastructure (CPU frequency, processor cache, memory bandwidth) resources, to meet the cloud performance goal, i.e. the intent.

Intent-driven cloud management for VDI and 5G-slicing  services

Tutorial 6: ETSI & IP; Part 1: ETSI IPR Policy

Standardization Development Process at a glance - Tutorial 7: 3GPP Essentials

Tutorial 7 - 3GPP Essentials

Part 4: The platform for the standards making people

Tutorial 5 ETSI Portal - Part 4: The platform for the standards making people

Tutorial 9: Testing and Interoperability - the role of ETSI CTI

Following the inclusion of requirements within the Radio Equipment Directive (RED), ETSI has worked to define new regulatory Standards for both 3G and 4G Over the Air (OTA)  antenna performance (Total Radiated Sensitivity/ Total Radiated Power) of mobile phones. To address this very important set of requirements  ETSI formed a group of industry experts(working within the Mobile Standards Group) comprising of representatives from  many Mobile Phone Manufactures, Europe’s leading Mobile Operators and key Labs involved in testing OTA performance.  This Webinar will provide you with an overview of the requirements defined in this group, the specific performance limits and test methods being set within the Harmonised Standard. We will also share the timeline for introduction of  regulations allowing you to prepare for the introduction of these requirements.

EU Regulatory Over-the-Air RF Performance of Mobile Phones

Tutorial 8 " oneM2M "– Part 1 : oneM2M essentials

Tutorial 5 - Part 2: Committee Technical Working Procedures

Introduction to ETSI standard making process at a Glance Tutorial 5 - Part 3 : Decision Making, Approval and Maintenance

Stds Development Process - Part 3 : Decision Making, Approval and Maintenance

ZSM PoC2(no audio).mp4

ZSM PoC#2

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Network Infrastructure

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ZSM PoC2(no audio).mp4

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