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from these interactions are smarter essential services, which will eventually have a positive impact on<br />
competitiveness, quality of life, citizen participation, and social empowerment.<br />
The development and implementation of smart city solutions must consider not only business<br />
enterprises, universities and research institutes, but also (and mainly) policy and governance<br />
mechanisms, institutions, and a broad societal structure in which people, firms, research institutes, and<br />
technology itself are embedded. On the one hand, local governments can play a central role in smart cities<br />
through the design and implementation of supportive policies, creation of economic opportunities,<br />
implementation of transparent governance, promotion of collaboration between multiple players,<br />
promotion of entrepreneurship, investment, targeting schemes, and definition of priorities for smart<br />
cities initiatives, among other strategic actions. On the other hand, the institutional structure provides<br />
incentives and constraints for individual actions. As discussed in the next section, social rules, norms,<br />
expectations, conventions, and beliefs can be determinant factors for the diffusion and scale-up of some<br />
smart city solutions.<br />
Figure 1: Conceptual Framework<br />
Feedback loops and multidirectional causal relationships are also considered. People affect and are<br />
affected by technology, as are policy, governance, and institutions. In addition, resulting outcomes and<br />
impacts also affect the system as a whole. For instance, some solutions may have a positive impact on<br />
education, which, in turn, may provide an opportunity for enhancing citizen participation and influence<br />
over local decision-making, or enhance absorptive capacity for the use of existing technologies. Moreover,<br />
other outcomes may generate further impacts that can be self-reinforced. For example, better quality of<br />
life can attract a high-skilled labor force that, in turn, can be determinant for the success and further<br />
improvement of competitiveness of cities, or a Smart City can be deemed more attractive for investments,<br />
which can also enhance different systemic factors.<br />
From the above, a matrix is envisaged to position smart city solutions according to the type of agents and<br />
expected outcomes associated, as presented in Table 2. Such an arrangement will be one important<br />
criterion for selecting the cases of smart city solutions in Brazil presented in the next section.<br />
The following section presents two cases positioned differently in the matrix. While Integrated<br />
Operations Centers enhance the quality of life in Brazilian big cities, the Smart Grid Application attracts<br />
investments and enhances competitiveness in a specific region. Tendencies have been identified from<br />
specific conditions of Brazilian cities and local competencies developed in response to an increasing<br />
demand for technological solutions applied to cities´ problems. As it will be seen, type of actors differs in<br />
each case.<br />
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