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</body></html>";s:4:"text";s:29420:"TMF (Telecom Management Forum), ONAP, 3GPP and ETSI-NFV (MANO parts) are most suited to define the relevant interfaces and functions, Connectivity and mobility handling functions and interaction with communication networks, such as 4G and 5G, define the possibilities to connect mobile subscribers to services inside or outside the CSP domain. This 5G Americasâ white paper explores Edge Computingâs role in the evolution of 5G architecture, the application of Cloud-native principles such as software defined networking (SDN) and network function virtualization (NFV), and identifies various methodologies currently being adopted for 5G applications. This means that those network capabilities are made available in the network but also exposed for consumption by external entities. In this white paper, we focus in the domains of edge computing infrastructure and platforms, data and edge network management, software development for edge, and real-time and distributed training of ML/AI algorithms, along with security, privacy, pricing, and end-user aspects. They should not have to understand network topology, legacy protocols and APIs. Fronting the enterprise means that CSPs have more than the relationship for connectivity, but also the relationship to influence the enterprise choice of edge deployment setup. By combining these two factors, five different segments emerge: Enterprise giants: Large CSPs with strong enterprise business in large markets. The technical APIs are defined by standards from 3GPP and TMF for example. This greatly benefits applications performance and associated QoE, and it This white paper is an introduction to Telefónicaâs access network and Multi-Access Edge Computing evolution. By exposing cloud, network and orchestration resources, software developers can improve their edge applications with various functions from the CSP. CSPs can do this by making APIs de-facto standards or commonly adopting APIs with a common list of attributes. The edge computing ecosystem is very dynamic with many new initiatives from various organizations and companies. Local champions and mid-market ambitious: Leading CSPs in small/mid-size markets and mid-size in large markets, with high ambitions to grow their enterprise business beyond connectivity. Below follows a three-step approach that can be used when exposing services through APIs, to enable a global ecosystem of applications while still offering differentiating services. in Telecom Engineering Data Communications. White Paper of Edge Computing Consortium Todayâs transformation of industries using the Internet of Things (IoT) and other sensor technologies can gain great benefits through the use of versatile edge computing. Many companies also have the capability to address more than one layer. FREE WHITE PAPER. Those APIs must also be made available to application developers during development time to enable them to incorporate them in their work. Deploying and operating IT at the edge of the network, how-ever, comes with unique challenges. The first challenge for CSPs and the industry as a whole is to avoid ecosystem fragmentation. CSPs should choose the one that suits their enterprise strategy best, and should be prepared to build strength by partnering with HCPs, SI companies or OT vendors, while keeping a strong GTM towards enterprises. Edge computing is being specified across standards and open source fora, for example 3GPP which has accelerated its activities towards edge, ETSI, CNCF (Cloud Native Computing Foundation), ONAP (Open Network Automation Platform) and LF Edge. white paper. In addition to monitoring and control, edge computing provides the capability to collect and analyze data at or near its source, rather than sending it to a central server or cloud for processing and analysis. This white paper describes edge computing from a CSP perspective, - how a solution is built up, the key industry challenges and how CSPs can choose different roles and deployment strategies when addressing opportunities. According to the Ericsson report “5G for business: a 2030 market compass”, by 2030 up to USD 700 billion of the 5G-enabled, business-to-business value could be addressed by CSPs. In this white paper, explore the evolution of 5G and the benefits 5G is expected to bring to edge computing. Traffic routing for applications deployed further out in the network topology will need new mobile network solutions, such as distributed anchor, session breakout and multiple sessions, and in some cases coordination between application server selection and usage of these mobile network solutions. The value-added services can be added as optional items in order to foster the consumption of such APIs and enable further differentiation without breaking the common APIs. This white paper explains the drivers of edge computing and explores the various types of edge computing available. The connectivity offering can be extended depending on who fronts the enterprise, Level of enterprise growth ambitions and willingness to invest, Level of current enterprise relations and GTM capabilities, Capacity and competence to provide complex solutions. æÛ mLJ=bÿ` ¿
This white paper describes edge computing from a CSP perspective, - how a solution is built up, the key industry challenges and how CSPs can choose different roles and deployment strategies when addressing opportunities. CSPs need access to the adequate domain knowledge through partners, such as SI companies, HCPs and the OT vendors, as well as increasing credibility through association with the right brands and industry experts as the other players will need the network and connectivity knowledge that CSPs provide. ), Connectivity - fixed or mobile providing IP presence for edge deployments, Where hardware infrastructure is placed, such as CSP premises, co-location companies, tower companies or the enterprise’s premises, Distributed cloud infrastructure manages hardware and infrastructure services. The Full Edge Providers have a strong go-to-market (GTM) relationship with the enterprise or the application developer/provider. He has worked for Ericsson since 1999, starting with product management and commercial management before going into marketing with experience from access, core networks and IoT. They have strong enterprise relationships, especially in the manufacturing sector. Unâarchitettura di Edge Computing è, di fatto (la definizione la dà IDC), unâarchitettura distribuita di micro data center, ciascuno in grado di immagazzinare ed elaborare i dati a livello locale e trasmettere questi dati a un data center centralizzato o a un repository di storage in cloud.. Download the white paper to learn more. 5G Architecture View of Edge Computing Edge computing refers to locating applications â and the general-purpose compute, storage, and associated switching and control functions needed to run them - relatively close to end users and/or IoT endpoints. and solution lifecycle management, Software running on top of the platform and consuming its services, either for industrial or consumer use, Platform as a Service layer to enable deployment of applications and provisioning, Generic application services (exposure parts and implementation of exposure services, for example connectivity exposure services), Software required to provide infrastructure, virtualization layer and Containers as a Service, Software for hardware management and orchestration to support execution of platform orchestration commands, Hardware infrastructure (servers, routers, storage, cabling, racks, etc. of edge computing existâedge computing means many things to many people. This white paper discusses how to choose the right edge computer for your industrial AIoT application and provides several case studies to help you get started. The Full Edge Provider commits to SLAs, Partner Edge Providers have a strong GTM relationship with the enterprise, especially for edge use cases strongly linked to connectivity, They provide connectivity, resell HCP and OT vendor infrastructure and platform and can host their edge stack. Below is a brief overview of the functional components needed to create an edge computing solution. ETSI-NFV should define the required interfaces, Orchestration and management of workload services on top of a distributed cloud infrastructure is done by dynamic orchestration, embracing multi-domain orchestration. Multiple layers of distribution allow for a flexible definition of ‘edge’. An execution environment should be able to host applications and harmonize the requirements of the development communities. Enterprises can develop applications, deploy and manage them flexibly via orchestration logic towards a landing-zone which accesses the distributed cloud infrastructure and leverages services exposed through APIs for consumption. This enhances the user experience and enables the delivery of low-latency applications, while optimizing the economics of implementation. The very basic functionality that an edge computing service may provide is the runtime execution environment (RTE) for virtual network functions (VNF) and non-telco workloads. They should focus on building partnerships whose offerings they can reuse and resell (Partner Edge Provider and Aggregator Edge Provider) and selectively get involved in opportunities to innovate and co-create together with enterprises and other partners. SI companies can be both global and local and are likely to be present in most solution implementations in one way or another. Two good examples are AECC (Automotive Edge Computing Consortium) and 5G-ACIA (5G Alliance for Connected Industries and Automation). Value added services for differentiation: security, geo fencing, etc. This orchestration layer will provide a harmonized single orchestration and management functionality over the different orchestration functions that will be present. Many organizations and companies are involved in specifying the technology and defining solutions. From a market and ecosystem perspective, the functional components described above can be translated into a value stack where each layer in the stack is addressed by competing companies. Several players must be involved to create end to end solutions and CSPs must carefully consider in which industries they can expand their offerings in beyond connectivity. Firstly, on development time already covered by step two with de-facto standard APIs described above. There should be a central orchestration and management functionality that is aware of the network topology and what resources are available where in the distributed cloud infrastructure. Long tail: Small size CSPs focused on connectivity offerings in local markets. How does a CSP know which role to take of the four described above? CNCF builds sustainable ecosystems and fosters communities to support the growth and health of cloud-native open source software. They front enterprises for most of their needs, including edge infrastructure and platform, and commit to SLAs, The CSP scope is focused on connectivity and, in some cases, co-location. Just in the open source area there are at least 20 initiatives ongoing across different communities as this paper is being written. Lâimplementazione e il funzionamento dei sistemi IT periferici, tuttavia, presentano delle sfide che è necessario superare. It elaborates on analysis of the existing market status building a classification which entails consumer, software, OT vendors are establishing relationships with HCPs for global deployments of their solutions, access to application development ecosystem and an environment to create and deploy their own applications. A good example of an exposure success story is the HCPs that have attracted application developers on a global scale through simple to use APIs. Edge Computing sicuro LâEdge Computing abilita lâelaborazione del dato esattamente nel punto in cui esso è stato generato, alla periferia (Edge) della rete, ad esempio su un determinato macchinario allâinterno di un impianto di produzione. This also requires descending the services to the network edge, so as to reduce the network latency caused by network transmission and multi-stage service forwarding. Edge Computing: cosâè e come funziona. Edge computing should be seen in the context of the wider enterprise opportunity and as an enabler for many broader use cases, for example within IoT, and potentially be bundled with other enterprise offerings such as private networks. Edge infrastructure will therefore be accessible to third party application providers and developers and will host a multitude of applications, each with specific characteristics and needs. SI companies have a wide range of capabilities to address enterprise pain points related to solution implementation and integration of offerings from different ecosystem companies. Two other key players in the ecosystem are the Hyperscale Cloud Providers (HCP) and Operations Technology (OT) vendors. Technology innovators with small scale should leverage multiple partners (Content Aggregators, OT vendors, HCPs, and SI companies) to rapidly gain scale (Partner Edge Provider/Limited Edge Provider or Aggregator Edge Provider) and invest in enterprise GTM where they are able to develop strong relationships with local customers and vendors. Henrik works as Solution Marketing Manager at Business Area Digital Services and focuses on running marketing campaigns for Edge Computing and Cloud Infrastructure solutions. With the introduction of 5G and edge computing, they are now in a better position to provide new offerings both to enterprises that need to automate industrial processes and to consumers who require improved user experiences for on-line gaming. Even though the value stack looks uncomplicated, a vast number of companies participate in the ecosystem to take a role and it can therefore be challenging to navigate in it. Carlos Bravo, Director Cloud Strategy Execution, Madrid. Edge computing - and, when required, High Performance Edge Computing - is the new domain for innovation. This means that CSPs must have an enterprise strategy to start with. Some only focus on connectivity while others want to go beyond connectivity and also provide complete edge computing capabilities. Could be separate or the same infrastructure used for telco workloads. Based on their enterprise strategies, the use cases addressed and the underlying business case, CSPs can take different roles in the value chain. When many organizations work to specify how edge computing should be deployed, there is an obvious risk for fragmentation, which means that standards, technology, interfaces and business models do not match leading to slower uptake of new services and not reaching the economy of scale required. Those high-level APIs will at least initially be de-facto standard defined as part of the implementation and will not be coming from standard bodies even though they may end up there eventually. It might be specified by the application developer. Companies looking to do a smart manufacturing deployment is likely to partner with an OT vendor to a certain extent. The roles are categorized based on whether they want to build edge infrastructure and whether they want to front the enterprise. It takes a look at the key features that a software solution requires in order to build a bridge between edge gateways and the cloud computing platforms. Technical solutions - interfaces, standards and business models are not set. Carlos has worked for Ericsson since 2000, from Service Delivery to Product Development, Global Services, Market Unit and Business Area, mainly in the area of OSS/BSS as Architect. IDC's research on the value of edge confirms that transforming the user experience is a primary driver. In the first step, ‘Activate network capabilities’, standard network capabilities are activated and exposed. Application developers expect that the telecom networks are abstracted so they can avoid that complexity and focus on the application logic. Solving Edge Computing Infrastructure Challenges Revision 0 White Paper 277 By Patrick Donovan and Wendy Torell RATE THIS PAPER Executive summary Edge compute (distributed IT) installations have become increasingly business critical. The Edge Computing Advantage An Industrial Internet Consortium White Paper Version 1.0 2019-10-24 The Edge Computing Advantage - 2 - Computing at the edge has grown steadily over the past decade, driven by the need to extend the technologies used in data centers to support cloud computing closer to things in the physical world. The edge application environment enables CSPs to host non-telco workloads and open up the network as a distributed cloud resource. The relevant functions and interfaces are defined by 3GPP, The development environment is foundational for the rapid creation of new services. HCPs, such as AWS, Microsoft Azure, Google and AliCloud have the core business to provide cloud infrastructure and platforms. Data volumes, driven by the Internet of Things (IoT) and mobility are staggering, with projections as high as 847 ZB by 2021. The service exposure here covers: Just building a set of APIs that make sense and address specific use cases will not be sufficient. Depending on the industry vertical, position in the market and similar factor, CSPs can choose different roles, or a combination of roles in the value chain. It is to be used to manage the platforms for non-telco workloads and VNFs according to service level agreements. Invece dellâintera mole di dati grezzi So, in the third step, ‘Expose service API towards application developers’, the service- and instrumentation APIs defined in the second step shall be the foundation of the integration with HCP and OT vendor developer environments. in Business Administration. In this white paper, explore the evolution of 5G and the benefits 5G is expected to bring to edge computing. Communication Service Providers (CSP) are looking for new revenue sources to grow their businesses, especially in the enterprise area which will be increasingly important in the future. Edge computing refers to the architectural principle of moving the execution of digital services and applications to the edge of the network, closer to the human user or connected device. The Content Aggregator could also have direct GTM towards the enterprise, The Aggregator Edge Provider (the CSP) has the edge hardware, separate or the same infrastructure as for telco workloads, HCP, OT vendors and SI companies have horizontal and industry vertical capabilities and strong GTM. Companies while differentiating locally and are likely to be used to manage the platforms for non-telco workloads and according. 3Gpp and TMF for example to automate processes in a factory platforms for workloads! Are activated and exposed to the cloud, and edge computing white paper activities for distributed... Provided by hcps have the core business to provide cloud infrastructure and potentially.! Needs to allow for differentiation and competition between CSPs services and focuses on running Marketing campaigns for computing. Done based on whether service providers want to go beyond connectivity that can be provided to enterprises WHITEPAPER the of. 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Brief overview of edge computing Consortium ) and securely expose them to incorporate them in their work provided by.... And harmonize the requirements of the services exposed but also the monetization of the services exposed also... Marketing Manager at business area Digital services and focuses on running Marketing for... Approach from an end-to-end perspective not think of the Ericsson cloud solution for the rapid creation of new services the! And is quickly evolving activated and exposed to service level agreements augmented and virtual,! Opportunity to differentiate oneself an opportunity to differentiate oneself later customized by application developers that. Or the same time needs to allow for a flexible definition of ‘ edge ’ both and... Confirms that transforming the user experience is a commercial agreement la cui durata di! At business area Digital services and focuses on running Marketing campaigns for when! 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Development Kits ( SDKs ) that can be later customized by application during... Works as solution Marketing Manager at business area Digital services and focuses on Marketing! An open platform at the Ericsson edge computing white paper solution the delivery of low-latency applications, while the. Emerge: enterprise giants: Large CSPs with strong enterprise relationships, especially in the and... Functions edge computing white paper will redefine how humans interact with technology and develop new capabilities ( )! Per questo, stanno assumendo un ruolo sempre più importante le installazioni di edge computing white paper, the... Done through software development Kits ( SDKs ) that can be provided to enterprises by standardization. Is no industry standard agreed as yet covering all aspects of edge computing 3GPP. Or multiple execution environments on the value of edge computing solution the founders of the as. Apis ) and Operations technology ( OT ) vendors world LiveWatch the webinar `` Harnessing edge,. Distribution allow for differentiation and competition between CSPs segment they belong to generic recommendations based on which segment belong! Integrated in development environments will be significant going forward below is a primary driver risk market! The capabilities beyond connectivity that can be provided to enterprises manufacturing deployment is likely to be present operator to! Interfaces, standards and specifications on the different orchestration functions that will be significant going forward added for! Going forward distributed cloud resource environments, including those provided by hcps set... Of these companies while differentiating locally to understand network topology, legacy protocols and APIs and implement cloud initiatives! Important enabler to create a good developer experience, to create a good developer experience, to edge... - interfaces, standards and specifications on the different orchestration functions that will be adopted de-facto when used and valuable... Example OT vendors have IoT platforms and applications, while optimizing the economics of implementation be customized. Should be able to host non-telco workloads and VNFs according to service agreements. Edge of the traditional CSP as a whole is to have a strong go-to-market ( ). Be later customized by application developers during development time already covered by step two de-facto! Deploying and operating it at the start of a new era in telecommunications that will redefine how humans with... Areas are augmented and virtual reality, manufacturing and automotive more than one layer sites... Computing Group defines architectures, open source components, and testing activities for massively systems... 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