Smart City & Smart Region

Digital Ecosystems are complex systems that function according to the principles of the platform economy. Against this backdrop, Smart Cities & Smart Regions have various special features when viewed as ecosystems. For example, they are faced with the challenge of using suitable strategies and concepts as a basis for combining a large number of technologies and systems with one another while meeting a wide range of requirements. In this context, Smart City or Smart Region ecosystems have the potential to address the needs of a wide variety of stakeholders (e.g., citizens, clubs, associations, companies or individual municipalities, public administration). To meet these needs, the platform of an ecosystem provides various solutions. In this way, it delivers added value that could not be achieved before without the ecosystems, and is attractive to consumers and providers alike.

The following elements are important for Smart City & Smart Region ecosystems today and in the future:

• The central ecosystem platform as a basis
  • hosts new, domain-specific solutions (mobility, health/care …)
  • integrates existing systems such as geo-information systems, administrative services, and the German Online Access Act (OZG)
  • is closely linked to the local data platform
  • has interfaces to simulation tools (e.g., Digital Twins)
• The organization of a Smart City & Smart Region ecosystem
  • is based on a sustainable business model
  • is assured by the clear definition of responsibilities and roles
• Social processes are a fundamental component of Smart City & Smart Region ecosystems, since
  • the needs of different urban society stakeholders have to be taken into account
  • participation and exchange are of essential importance

More information on the above-mentioned topics and on our support for you can be found in the following sections.

Digital solutions for smart municipalities

Today, municipalities face a wide range of challenges that can be suitably addressed with digital solutions. Individual needs and specific challenges mean that standards solutions do not always help. Therefore, in addition to adapting existing tools and integrating them into one’s own Digital Ecosystem, appropriately tailored design and development of individual solutions are becoming increasingly necessary.

Implementation of Smart City & Smart Region solutions

Ideally, the starting point for the conception and implementation phase is an existing digital or Smart City & Smart Region strategy.

This ensures rapid start of the conception phase. Especially in the area of Smart City & Smart Region, the use of participation-oriented processes is recommended. Co-creation & co-design, living labs, citizen participation, or democracy workshops can be used here.

In the implementation phase, prototypes are implemented using an agile approach. Thus, they can be developed step by step into innovative products.

Such an approach forms the basis for the successful development of the solution. This ensures that the accompanying evaluation addresses the needs of the various stakeholders and that the strategic goals are achieved.

We support you:

As Fraunhofer IESE, we support you in the conception and implementation of innovative solutions for your Smart City or Smart Region.

Using a user-centered development approach, we develop a rough and a fine concept for your solution space. We validate these concepts with prototypes with regard to the achievement of your strategic goals and help you develop products and make them sustainable.

We support you during the conception and development phase, either holistically or in sub-areas – depending on your needs; for example, in the design and evaluation of public tenders, in process support, or in the technical evaluation of implemented solutions.

Intelligently networked Smart Cities and Smart Regions are increasingly using data platforms that enable different stakeholders to use data in new forms. A data platform combines various data sources (e.g., social networks, public administration, and industry), which municipalities can use to optimize administrative services and public services. A data platform can thus fulfill different functions in the context of Smart City & Smart Region.

The topic of open data is often mentioned in the context of data platforms. Open data refers to data that is publicly available, may be used free of charge, and may be redistributed. This data can be seen as resources of data platforms that are available to cities and regions for evaluation and processing.

In addition, data platforms are essential components if Digital Ecosystems are to be established in Smart Cities and Smart Regions.  

Challenges on the way to a municipal data platform

First of all, there should be an exchange in the municipality about which goals are to be pursued with the data platform. In addition, costs and benefits must be compared and a suitable business model must be developed. Prior to the implementation of the platform, fundamental aspects must be clarified from a technical and organizational perspective, e.g.:

• (Data) interfaces and standards
• Data sources
• Existing systems
• Operator model
• Requirements of participating stakeholders

Data platforms must also be continuously developed further and require significantly more attention than a classic software solution. Criteria such as performance, stability, security, and data protection must also not be neglected here.

We support you in setting up a data platform

A data platform forms the basis of a Smart City & Smart Region ecosystem. With extensive experience in the context of data platforms and Digital Ecosystems, Fraunhofer IESE is there to support you.

The Digital Twin for urban and rural areas

A Smart City or Smart Region contains a wide range of technical, economic, and social elements. This complexity can be mapped in a Digital Twin, which in a sense creates a virtual model of the city. As part of the Smart City or Smart Region ecosystem, the Digital Twin has access to already established solutions such as geoportals or data platforms. By exchanging data with various sources, it is able to not only map existing processes, but also to forecast future developments. Specific processes can be modeled and the effect of changed parameters on the overall system can be simulated.

The potential of Digital Twins in cities and rural areas is immense: It ranges from predictive maintenance of municipal infrastructures and increased resource efficiency to improved and more efficient decision-making. Its range of application areas already includes areas such as sustainable urban development or planning, mobility and tourism, but also participation. The added value generated by a Digital Twin in cities and rural areas is therefore not only of interest to public administrations, but also to citizens and companies.

Digital Twins and municipal innovation

While Digital Twins offer great potential for the future, the transfer of this concept to cities and regions is still in its infancy. Current challenges include creating a database by linking data platforms or establishing open standards and data interfaces. At the moment, the implementation is still largely limited to specific areas of application. The vision, however, is to have a comprehensive representation of the large, complex overall system of an entire city or region in all its facets.

Fraunhofer IESE supports you in:

• Evaluating the potential of a Digital Twin for your region
• Defining relevant application areas and designing your Digital Twin
• Implementing and integrating a Digital Twin into your Smart City & Smart Region ecosystem

The digital-ecological transformation as a municipal challenge

In addition to digitalization, sustainability is another field of action that is becoming increasingly relevant for municipal players. In light of advancing climate change, the focus is mostly on how municipal action can contribute to saving resources or avoiding emissions, for example. However, sustainability involves more than questions of ecology: It is also important to consider standards of sustainability in social and economic terms – especially also in connection with the digital transformation.

Combining digitalization and sustainability in a meaningful way

Although it might not be clear until we take a second glance, digitalization and sustainability are linked directly. Digital solutions are, for example, one of the most promising tools for achieving sustainability goals. Examples include the optimization of traffic flows, control of energy generation and consumption, or welfare-oriented public services. Moreover, digital technologies are sustainable if they are developed in a planned manner and permanently fulfill the requirements placed on them.

In all this, the aim is to balance the social, economic, ecological, and technical aspects of sustainability. This also includes taking into account the consumption and emissions of digital tools.

Sustainable digitalization – digital sustainability

For Fraunhofer IESE, sustainable digitalization is of central importance. It includes topics such as participation, Green Economy, sustainable mobility, or even the development of resilient business models for the digital age. We use the findings from our research to actively support Smart Cities & Smart Regions in achieving their sustainability goals.