Urban informatics refers to the study of people creating, applying and using information and communication technology and data in the context of cities and urban environments. It sits at the conjunction of urban science, geomatics, and informatics, with an ultimate goal of creating more smart and sustainable cities. Various definitions are available, some provided in the Definitions section. Although first mentions of the term date back as early as 1987, urban informatics did not emerge as a notable field of research and practice until 2006 (see History section). Since then, the emergence and growing popularity of ubiquitous computing, open data and big data analytics, as well as smart cities, contributed to a surge in interest in urban informatics, not just from academics but also from industry and city governments seeking to explore and apply the possibilities and opportunities of urban informatics. Many definitions of urban informatics have been published and can be found online. The descriptions provided by Townsend in his foreword and by Foth in his preface to the Handbook of Research on Urban Informatics emphasize two key aspects: (1) the new possibilities (including real-time data) for both citizens and city administrations afforded by ubiquitous computing, and (2) the convergence of physical and digital aspects of the city. In this definition, urban informatics is a trans-disciplinary field of research and practice that draws on three broad domains: people, place and technology. "People" can refer to city residents, citizens, and community groups, from various socio-cultural backgrounds, as well as the social dimensions of non-profit organisations and businesses. The social research domains that urban informatics draws from include urban sociology, media studies, communication studies, cultural studies, city planning and others. "Place" can refer to distinct urban sites, locales and habitats, as well as to larger-scale geographic entities such as neighbourhoods, public space, suburbs, regions, or peri-urban areas.
Jeffrey Huang, Simon Elias Bibri