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Open Innovation 2.0 Yearbook 2013 - European Commission - Europa

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There is, however, a general agreement on the<br />

fact that ICTs are the core of a modern city which<br />

aims to be called ‘intelligent’ or ‘smart’. The human<br />

component, reflected in the activity and creativity<br />

of citizens and policy, as well as the entrepreneurship<br />

component are important additional factors in<br />

defining a smart city. The triangle of ‘technology–<br />

people–government’ is becoming a strong basis for<br />

a modern intelligent city.<br />

With the help of technology, the everyday life of<br />

ordinary citizens can be significantly improved<br />

through the provision of new services. In return,<br />

citizens can input to the process with creative contributions.<br />

Looking at the city as at a ‘system of<br />

systems’ allows for a new perspective distinguishing<br />

two parallel essential layers of modern urban<br />

mobility: a physical/infrastructural layer — with<br />

roads, transport and parking facilities — and a virtual<br />

layer, based on ICT and data development.<br />

Knowledge-based businesses can benefit from<br />

this smart environment by finding inspiration in an<br />

intelligent ecosystem, providing smart solutions<br />

to inhabitants and, hence, driving growth. A smart<br />

government, which supports innovative businesses<br />

by creating proper policymaking solutions while<br />

facilitating its relations with and among businesses<br />

and inhabitants, will go a long way.<br />

Role and importance of<br />

data for a smart city<br />

According to IBM, the digital universe will grow to<br />

8 zettabytes by 2015: data is the next big thing, the<br />

‘new oil’. However, like crude, it needs to be refined<br />

to be used in a meaningful way to provide for value<br />

creation.<br />

This also applies to the ways (smart) cities are handling<br />

‘their’ data resources.<br />

Every day, a modern city generates and collects<br />

a lot of data. All this data can become a prominent<br />

driving force in increasing urban sustainability<br />

through ICT technologies. Providing relevant<br />

updated information can actively assist people in<br />

changing and rationalising their daily behaviour<br />

and, especially, so-called open data can bring social<br />

and economic added value if linked and combined<br />

with other public data resources such as crowdsourcing<br />

platforms and social networks.<br />

The number of countries around the globe that are<br />

including the ‘open data’ concept in their political<br />

and administrative agenda is increasing dramatically.<br />

Most of the time, authorities implement open<br />

data strategies to increase transparency, citizen<br />

participation and government performance efficiency<br />

[6]. But, most importantly, the use of open<br />

data brings economic benefit and business growth<br />

as new, high-value services can be built on top of<br />

it. This is particularly important at a time of economic<br />

crisis because open data provides a major<br />

new asset at no significant cost.<br />

International organisations such as the Organisation<br />

for Economic Cooperation and Development<br />

(OECD) [7], and Unesco [8] also have started to promote<br />

open access to information and knowledge.<br />

Even though, in the case of Unesco, it is mostly<br />

about the right of access to scientific information,<br />

the main idea of ‘open access [being] about Freedom,<br />

Flexibility and Fairness’ [8] can apply to all the<br />

open data types.<br />

<strong>Open</strong> data arrived on the EU agenda in 2003 with<br />

the release of a pan-<strong>European</strong> directive on public<br />

sector information reuse or — shortly — the public<br />

sector information (PSI) directive [9]. The document<br />

promotes the idea of reusing and sharing data free<br />

of charge or, at least, not exceeding the marginal<br />

costs.<br />

As a matter of fact, the EU institutions strongly<br />

support the view that public sector information —<br />

including geographical and public transport data —<br />

should be open and available across borders.<br />

The <strong>Commission</strong>er responsible for the <strong>European</strong><br />

Digital Agenda implementation, Neelie Kroes,<br />

accentuated the idea that data is a kind of new fuel<br />

for society nowadays: ‘Data is new oil for a digital<br />

era’ [10]. A number of free and paid services and<br />

applications can be built on the top of public sector<br />

information. By opening up governmental data, it is<br />

possible to provide stakeholders with an amount of<br />

new economic, political and social values, desperately<br />

needed for modernising societies in the EU.<br />

We will look at the real-life <strong>European</strong> case further.<br />

Nevertheless, different authorities in different countries<br />

have their particular views, motivations and<br />

official positions on whether they make their PSI<br />

available or not. Even if some data are available,<br />

it’s up to the national authorities as to which terms<br />

and conditions are imposed on the information to<br />

be reused, from completely open access to limited<br />

or charged access [11].<br />

Many cities now have started to provide data on<br />

official transport websites. Very often, citizens can<br />

also find interactive maps and journey planners on<br />

these websites, which help to calculate the travel<br />

time and cost per city trip. Updates on planned<br />

77

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