Transforming technologies

Transcription

1 Transforming technologies from current network-for-connectivity model to a network-of-services model Service-based architecture Network slicing and edge clouds Cloud Native Computing Network Function Virtualization Software Defined Networking Dynamic use of spectrum Service modularity, open interfaces and dynamic service composition Differentiated quality services to enterprises with edge cloud control point Flexible, scalable, dynamic and programmable virtual networks Democratizing the tools of production through access to free spectrum S. Yrjölä, P. Ahokangas, and M. Matinmikko-Blue, Platform business models for the future wireless networks, BMC 19, Transforming network architecture enables agile service innovations Service Request Slice Request Attributes Geography Mobility Throughput Latency Reliability Security Analytics Cost Profile Composable Network & Service Resources Application Logic Augmented Services Virtual Network Functions SW-Defined Connectivity Cloud Infrastructure Spectrum Network & Cloud Orchestration Automated Composition & Operations Service Delivery Localized Delivery 4K,VR Service Specific Network Slices Edge cloud Core cloud Edge cloud 14 Humans & Machines Access 7

2 How is this all seen in future wireless networks? Network-of-services model builds on platform with data and algorithms Components Service oriented architecture, modularity, open interfaces and dynamic service composition Virtual Network Functions SW-Defined Connectivity Edge Cloud Infrastructure Interfaces Orchestration layer and slicing to enable different levels of exposure to network function, resources and data between business actors Standardization based on open architecture and collaboration using common interfaces APIs and toolkits Data Networks will generate an unprecedented amount and types of information about people, things and environments at large. Highly local and dynamic market place for services, things and information. Algorithms Operational network awareness and optimization AI and digital twins mirror world will reflect context, meaning and function. Matching and sharing of resources Privacy and security trust management 15 S. Yrjölä, P. Ahokangas, M. Matinmikko-Blue, Novel platform ecosystem business models for future wireless communications services and networks, NFF Context - The first four digital platforms RoW (ex. China) China Search Social Search Social Selling Simple Selling Simple

3 Perspective on platforms & their evolution Users Riders Eaters Riders, Groups, Workers DVP Service Layer Taxi Service Uber Eats Ride Share Taxi Service Self-driving Vehicles Network Effect DVP Platform Layer Extreme Knowledge Sharing DVP Enabler Layer Location Services Billing System Partner APIs Location Services Billing System Selfdriving Tech Suppliers Drivers with cars Restaurants Drivers with cars Car Company 17 Platform traits for data analytics solutions in the new world Verticals Rule Analytics platforms need to allow for easy specialization and onboarding of vertical-specific analysis algorithms. Easy Specialization New business models Support a high rate of new service introduction, and lower the barrier to entry for new entrants. Extreme Service Agility Value is in the higher layers Provide flexible analysis of real-time information streams, support a broad spectrum of analysis algorithms. Real-time Analysis & Actuation It s about the data Take fine-grained data ownership and controlled sharing to the extreme. Extreme Data Federation Fragmented eco-system Greenfield is rare Provide flexible architecture and integration strategies for existing blueprint solutions and OTT/IT architectures. Interoperate vendor components with 3 rd party products and open source, including compute for core, edge & device. Heterogeneous Cloud Architectures Heterogeneous Connectivity 18 9

4 Today s Latency does not matter Queries are rather stable Data is homogeneous & predictable Data analysis in the central cloud 19 Tomorrow s moments-of-truth New requirements from a new industrial reality 20 10

5 3 critical dimensions of Beyond 5G Digital World = Software systems Physical World = Hardware systems Real time Biological World = Wetware systems Summary perspective - the evolution beyond 5G Mirrorworld 2008 Sharing 2009 Symbiosis 2030 Physical Goods, Digitally Requested/Reserved Physical World, Digitally Twinned

6 Thank you 23 12