Compendium of survey results on integrated digital solutions for city platforms around the world
Foreword
Acknowledgements
Disclaimer
Executive summary
List of figures
List of Abbreviations
1 Introduction
2 Bangalore (India)
     2.1 City profile
     2.2 Strategic approach
     2.3 Technological architecture of the urban platform
     2.4 Set of operational IT solutions for integrated city management
     2.5 Governance
     2.6 Economic Sustainability
     2.7 Key Factors and Barriers to Implementation
     2.8 Stakeholders’ involvement
3 El Hierro island
     3.1 City Profile
     3.2 Strategic approach.
     3.3 Technological architecture of the urban platform
     3.4 Set of operational IT solutions for integrated city management
     3.5 Governance
     3.6 Economic sustainability
     3.7 Key factors and barriers to implementation
     3.8 Stakeholders’ involvement
4 Las Condes, MR (Metropolitan Region), Santiago de Chile
     4.1 Strategic approach.
     4.2 Technological architecture of the urban platform
     4.3 Governance
     4.4 Economic sustainability
     4.5 Key factors and barriers to implementation
     4.6 Stakeholders’ involvement
     4.7 Other information of interest
5 Logroño
     5.1 City profile
     5.2 Strategic approach
     5.3 Technological architecture of the urban platform
     5.4 Set of operational IT solutions for integrated city management
     5.5 Governance
     5.6 Economic sustainability
     5.7 Key Factors and Barriers to Implementation
     5.8 Stakeholders’ involvement
6
     6.1 Strategic vision and purposes
     6.2 Governance and financing
     6.3 Montevideo Smart City Platform
     6.4 Montevideo Inteligente: applications for everyday life.
     6.5 Challenges ahead
7 Rivas Vaciamadrid
     7.1 City profile
     7.2 Strategic approach.
     7.3 Technological architecture of the urban platform
     7.4 Set of operational IT solutions for integrated city management
     7.5 Governance
     7.6 Economic Sustainability
     7.7 Key factors and barriers to implementation
     7.8 Stakeholders’ involvement
8 Shanghai
     8.1 City Profile
     8.2 Strategic approach
     8.3 Technological Architecture of the Urban Platform
     8.4 Set of operational IT solutions for integrated city management
     8.5 Governance
     8.6 Economic Sustainability
     8.7 Key Factors and Barriers to Implementation
     8.8 Stakeholders’ involvement
9 Trento
     9.1 Strategic approach.
     9.2 Technological architecture of the urban platform
     9.3 Governance
     9.4 Economic sustainability
     9.5 Key factors and barriers to implementation
     9.6 Stakeholders’ involvement
     9.7 Other information of interest
10 Valencia
     10.1 Strategic approach
     10.2 Technological architecture of the urban platform
     10.3 Set of operational IT solutions for integrated city management
     10.4 Governance
     10.5 Economic Sustainability
     10.6 Key Factors and Barriers to Implementation
     10.7 Stakeholders’ involvement
Figure 1: List of countries with one or more city participants
Figure 2: El Hierro projects
Figure 3: Technological architecture
Figure 4: Platform architecture
Figure 5: Architecture model
Figure 6: IoT communications
Figure 7: Main axes of smart governance
The following map reflects the geographical points where the different components are located on the island:
Figure 8: Map where the different components are located
Figure 9: Architectural model proposed for an Intelligent Public Lighting Network (RAPI) from the point of view of communications
Figure 10: Servers
Figure 11: Platform modules
Figure 12: General vision of Logroño Smart City
Figure 13: Infrastructure and communication network
Figure 14: Structure Smart Logroño Development Commission
Figure 15: Levels of the organization
Figure 16: Public transport GIS map of Montevideo
Figure 17: Integrated city dashboard of Montevideo
Figure 18: Vertical strategy developed on the platform
Figure 19: Layers of the smart platform model in Spain. Standard UNE 178104: 2017
Figure 20: LTE
Figure 21: Scheme of interoperability with different technologies, public and private.
Figure 22: Smart broadband PLC network scheme, smart lighting and irrigation
Figure 23: Control panel for capacity, social distance and mobility
Figure 24: Exterior Wi-Fi Coverage Plan and WIFI4EU
Figure 25: Services implemented on SCADA
Figure 26: Scorecard and savings KPIs 5050
Figure 27: Scorecard and Savings KPIs direct purchase of energy and smart actions
Figure 28: Dashboard of the 11 charging points for vehicles and electric scooters.
Figure 29: Mobile Air Quality Stations over the LTE-E network
Figure 30: Comprehensive Security and Access System Scheme
Figure 31: The citizen cloud app Suishenban (illustrative)
Figure 32: Highly realistic Digital Twin model of Shanghai
Figure 33: Annual assessment on smart city of Shanghai
Figure 34: Operating system
Figure 35: Digital Hub
Figure 36: Stakeholders Smart City
Figure 37: Smart City Valencia strategy
Figure 38: Valencia smart city milestones
Figure 39: Valencia IT challenges, Smart City Framework
Figure 40: Current Valencia Smart City Platform
Figure 41: New vision of the VLCi platform
Figure 42: Smart action areas of the smart city office
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