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ased applications. We want mobile and fixed<br />

devices to seamlessly integrate into enterprise applications<br />

side by side.<br />

All operators running networks today, fixed as<br />

well as mobile, work with QoS. The combination<br />

of a scarce resource like spectrum – and the need<br />

to cater for a large number of low-arpu devices<br />

in mobile systems means there is a strong argument<br />

for the differentiation of service levels and<br />

hence service level agreements (slas).<br />

Taking these factors into account, we can make<br />

two key conclusions about the demands on an<br />

m2m platform:<br />

�The mobile network needs to be isolated<br />

from the application to the extent that as<br />

many as possible of the mobile specifics –<br />

such as direct ip addressing and having devices<br />

“always on” – are hidden and taken care<br />

of by the platform.<br />

�The platform needs to cater for differentiation<br />

and enforcement of different slas to<br />

provide cost-optimized solutions for a variety<br />

of applications.<br />

As a result, an operator aiming to seize a major<br />

share of future internet traffic and revenues<br />

needs a platform that is efficient in both provisioning<br />

and managing devices, as well as controlling<br />

traffic in real time in order to implement the<br />

sla chosen.<br />

In order to support this, the platforms of the<br />

future will therefore need to be increasingly based<br />

both on network and applications knowledge. ●<br />

M2M and vertical industries<br />

Connected devices worldwide(Billion)<br />

50<br />

45<br />

40<br />

35<br />

30<br />

25<br />

20<br />

15<br />

10<br />

5<br />

0<br />

2007<br />

platform requirements «« connecting machines «« THEME<br />

M2M<br />

Consumer electronics<br />

PCs<br />

Fixed phones/IP phones<br />

Mobile phones<br />

Traffic systems<br />

Automotive<br />

Transport and logistics<br />

Smart meters and grid<br />

Connected buildings<br />

Home appliances<br />

Medical automation<br />

Remote healthcare<br />

ATM, point of sale, vending<br />

Critical infrastructures<br />

Monitoring and control<br />

Addressing industries<br />

More devices per person<br />

e-bookreaders, music and<br />

DVD players, gaming devices,<br />

cameras, home appliances,<br />

in-vehicle navigation and<br />

entertainment, etc.<br />

2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020<br />

Source: <strong>Ericsson</strong> 2010<br />

AUTHOR<br />

▶ MATS ALENDAL is Director of<br />

Strategic Marketing at <strong>Ericsson</strong><br />

and is driving the marketing<br />

program for the 50 billion<br />

connected devices vision.<br />

He has worked for <strong>Ericsson</strong> for most of his professional<br />

career and has taken part in the build-out of both the 2G<br />

and 3G systems. He has a Master of Science in Aeronautical<br />

Engineering from the Royal Institute of Technology<br />

in Stockholm, Sweden.<br />

(mats.alendal@ericsson.com)<br />

Why the platform<br />

is important<br />

▶ A platform is the “operating<br />

system” for M2M systems that<br />

provides backend translation of<br />

sensor/device data into systems<br />

and interfaces that make the<br />

data meaningful.<br />

As developers and application<br />

providers seek to make<br />

M2M applications more functional<br />

and feature-rich, platform<br />

providers need to match<br />

them in the scope and capabilities<br />

of their software.<br />

Hence, platform development<br />

is moving from simple device<br />

management and connectivity<br />

to also supporting<br />

service-delivery features such<br />

as monitoring, diagnostics, remote<br />

control, security management,<br />

application delivery, and<br />

performance-optimizing analytics.<br />

Some take it one step further<br />

by off ering features such<br />

as managed services, workfl ow<br />

modeling, systems integration,<br />

data orchestration and location-based<br />

services.<br />

Ten times ten<br />

▶ <strong>Ericsson</strong> predicted the tenfold<br />

growth in the number of<br />

connected devices to 5 billion<br />

worldwide in the 10 years leading<br />

up to 2010, and now predicts<br />

a further tenfold increase<br />

to 50 billion worldwide in the<br />

10 years up to 2020.<br />

The increase in the decade<br />

leading up to 2010 was driven<br />

by personal mobile devices<br />

such as smartphones. Growth<br />

in the next decade will be driven<br />

by devices used in traffi c systems,<br />

remote healthcare and<br />

medical automation, connected<br />

buildings, smart grids and meters,<br />

and critical infrastructure.<br />

▶<br />

EBR #3 2010 43

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