future of connectivity an initial perspective - hossein moiin, evp and cto at nokia networks
TRANSCRIPT
The Future of Connec.vity | An Ini.al Perspec.ve Hossein Moiin | Execu.ve Vice President and Chief Technology Officer Nokia Networks
Context This ini.al perspec.ve on the Future of Connec.vity kicks off the
Future Agenda 2.0 global discussions that are taking place through 2015. It is an ini.al view to be shared, challenged, built upon and enhanced.
Ini.al Perspec.ves Q4 2014
Global Discussions Q1/2 2015
Insight Synthesis Q3 2015
Sharing Output Q4 2015
Giga Growth By 2025 mobile networks will need to support up to 10,000x more
capacity, using much wider range of spectrum bands -‐ and deliver 100x faster speeds, 100x more efficiently -‐ while also reducing latency to milliseconds.
Op.mal Experience Demand growth will be driven by new data apps, device types and connected objects all sharing the same network. Every user -‐ human, machine or object -‐ will expect a personalised and consistent experience across all touch points.
Everything Connected By 2025, >50 billion objects and >1 trillion sensors will be connected to
networks – many of which are mobile. These generate diverse use-‐cases from mul.-‐cast / broadcast of live video feeds across mul.ple areas of applica.on.
Tes.ng the Limits Most digital informa.on will be stored in the cloud with users expec.ng instant access anywhere any.me – tes.ng the physical limits of networks.
Networks will have to become programmable to create capacity on demand.
Cogni.ve Networks In using big-‐data analy.cs and machine learning, networks become cogni.ve enough to operate themselves at the most op.mal cost -‐ while understanding user’s needs and automa.cally delivering the best experience in real-‐.me.
Shared Business Models To reduce costs, connec.vity providers increasingly share hardware, so\ware
and spectral resources and collaborate more widely. Cloud and cogni.ve networks drive innova.ve business models for mone.zing the network.
5G Era The 5G era encompasses Gbps mobile broadband but evolves to an op.msied architecture that integrates mul.ple fixed and wireless
networks and supports flexible spectrum usage with high spectral efficiency.
Tac.le Performance New use-‐cases demand tac.le responses from the network. Latency can be made impercep.ble only by reducing the physical distance between devices
and the content they are accessing as the speed of light is constant.
Security and Privacy by Design The trust of users is fragile and can only be sustained by embedding
privacy and security in products and processes to provide transparency, choice and individual par.cipa.on.
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