Page 13 - Trends in Telecommunication Reform 2016
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multiple operators and other players, including   Broadly speaking, IoT refers to the inclusion of
               governments, in building new broadband          communication and sensing capabilities into a very
               infrastructure. Governments often favour sharing   wide range of physical objects. In the next decade,
               arrangements to promote broadband deployment,   technology companies and consulting firms expect
               and this chapter examines why and how they      tens of billions of IoT devices to be deployed,
               encourage network sharing and co-investment, as   driven by an ongoing and rapid reduction in
               well as the benefits to consumers. It also examines   the cost of sensors, processing and networking
               why, in some cases, governments have not        technologies.  Consumers will encounter IoT in
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               promoted network sharing. Commercially driven   everything from parking meters, thermostats,
               network sharing has been prevalent, for example,   cardiac monitors, tires, roads and car components,
               in the mobile sector -- particularly in countries   to supermarket shelves and many other types
               with competitive mobile service markets -- but it   of physical objects and appliances. IoT-enabled
               remains relatively rare in the fixed-service sector.  objects and devices can share data directly using
                                                               protocols such as Wi-Fi and Bluetooth, via mobile
               In examining options for encouraging and        phone networks and specialized radio networks, or
               incentivizing sharing, it is clear that sharing   over the global Internet.
               arrangements are complex and difficult for
               operators to set up – a reality reflected in the fact   Device manufacturers, network operators,
               that many have not survived for very long. This   application platform architects and software
               chapter considers some reasons why, despite     developers are forming a broad ecosystem that is
               the cost- and risk-sharing benefits to operators,   even now developing IoT services. Data analytics
               there have not been more enduring sharing       services, often cloud-based, are also important
               arrangements.                                   components of the new environment. IoT systems
                                                               support a broad range of applications, including
               With this in mind, the chapter looks at some    monitoring and managing individual health and
               ways governments can encourage and provide      wellbeing, improving energy efficiency, increasing
               incentives for sharing. One favoured approach   industrial process quality and reliability, and
               is for governments to contribute assets and     reducing traffic congestion. They will empower
               infrastructure, potentially through public utilities,   the development of new products and services –
               in co-ventures with private operators. There is   especially ones based on pay-per-use charging.
               also real benefit in governments’ providing a high
               degree of up-front certainty about regulatory   IoT devices will have the biggest societal impact
               treatment of sharing arrangements for new       where they are used together in larger, inter-
               network build-outs.                             connected, systems. At the macro-level, two of the
                                                               areas of greatest IoT development and investment
               Network sharing and co-investment have a        are:
               compelling logic if they can be made to work. This
               chapter concludes by looking at some new ways   (1)  “Smart cities” – where infrastructure and
               in which network sharing may arise in the future,   building systems will improve the efficiency
               including through the emergence of so-called       and sustainability of a whole range of urban
               smart cities.                                      activities; and

                                                               (2)  Smart power and water grids – which will see
               Chapter 3: Regulation and the Internet             improved efficiency in the transmission of
                      of Things                                   power and the monitoring and maintenance of
                                                                  delivery systems.
               This chapter examines the implications of the
               Internet of Things (IoT) for individuals, businesses   Individual consumers increasingly will see
               and societies. In particular, it examines the issues   “connected vehicles” with hundreds of separate
               that telecommunication and other regulators need   sensors, making them safer, more reliable,
               to consider as IoT systems proliferate in developed   and better able to participate in sophisticated
               and developing economies alike.                 congestion management systems. As populations
                                                               grow – and in many cases grow older –
                                                               governments can meet health and wellbeing




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