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c.      City services companies: they would be implementing SSC solutions to increase city services
                    efficiency.

            d.      Utility providers: they are responsible for the deployment of some of the features of SSC
                    such as smart grid or smart water management.
            e.      ICT  Companies  (Telecom  Operators,  Start‐ups,  Software  Companies):  these  are  the
                    providers  of  the  global  and  integrated  solutions,  the  city  platforms,  as  well  as  the  ICT
                    infrastructure to support SSC deployment.

            f.      NGOs: they are involved in all initiatives that can influence society and therefore are a
                    stakeholder in SSC, especially on the axis of social sustainability.

            g.      International,  Regional  and  Multilateral  Organizations:  they  include  UN  agencies  and
                    multilateral  organizations.  They  can  be  promoters  of  initiatives  towards  human
                    development, environmental sustainability and improvement of quality of life worldwide.
                    They can offer funding opportunities, and are promoters of SSC initiatives.
            h.      Industry associations: since industries are interested in the deployment of SSC, industry
                    associations also work towards the success of this new model.

            i.      Academia, research organizations and specialized bodies: they study SSC and associated
                    trends, including its impacts and contributions to sustainable development.
            j.      Citizens and citizen organizations: as users of cities, citizens are affected both directly and

                    indirectly by SSC deployment.
            k.      Urban Planners: their expertise is important to better understand how to include ICTs into
                    medium and long term city planning, as well as to consider urban complexities.
            l.      Standardization bodies: these are critical to ensure a common terminology and minimum

                    characteristics  of  a  SSC,  as  well  as  to  define  measurement  methods  to  assess  the
                    performance and sustainability of city services based on ICT technologies.
            It  is  obvious  that  the  SSC  ICT  architecture  has  to  comply  with  the  alternative  interests  and

            perspectives that the above stakeholders' group have on a smart sustainable city.
            6.1.4   Architectural Principles

            Architectural  principles  [14]  concern  guides  that  summarize  the  overall  intent  of  both  the  IT
            strategic  direction  and  the  ensuing  technical  architecture resulting  from  this  process.  Resulting
            principles provide necessary vision for all ICT initiatives to follow within the SSC.

            The previously identified context regarding needs, scope and stakeholders illustrate that there's a
            broad environment where the SSC ICT architecture has to be applied, which addresses:

              Different geographic areas (with various political, economic, technological, social and cultural
                characteristics);
              Different technological artefacts that potentially have been applied in the urban space (i.e.,
                existing ICT solutions that have been developed by alternative stakeholders; public or private
                broadband networks, etc.);

              Size  and  type  of  the  city  (small  versus  global  cities  and  capitals;  new  versus  existing  cities
                accordingly), which differentiate the size of SSC ICT impact and availability requirements, as well


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