The cloud, the crowd, and the city: How new data practices reconfigure urban governance?


Introduction to Special Issue of Big Data & Society by ,  and : “The urban archetype of the flâneur, so central to the concept of modernity, can now experience the city in ways unimaginable one hundred years ago. Strolling around Paris, the contemporary flâneur might stop to post pictures of her discoveries on Instagram, simultaneously identifying points of interest to the rest of her social network and broadcasting her location (perhaps unknowingly). The café she visits might be in the middle of a fundraising campaign through a crowdfunding site such as Kickstarter, and she might be invited to tweet to her followers in exchange for a discount on her pain au chocolate. As she ambles about Paris, the route of her stroll is captured by movement sensors positioned on top of street lights, and this data—aggregated with that of thousands of other pedestrians—could be used by the City of Paris to sync up transit schedules. And if those schedules were not convenient, she might tap Uber to whisk her home to her threadbare pension booked on AirBnB.

This vignette attests to the transformation of the urban experience through technology-enabled platforms that allow for the quick mobilization and exchange of information, public services, surplus capacity, entrepreneurial energy, and money. However, these changes have implicated more than just consumers, as multiple technologies have been taken up in urban governance processes through platforms variously labeled as Big Data, crowd sourcing, or the sharing economy. These systems combine inexpensive data collection and cloud-based storage, distributed social networks, geotagged locational sensing, mobile access (often through “app” platforms), and new collaborative entrepreneurship models to radically alter how the needs of urban residents are identified and how services are delivered and consumed in so-called “smart cities” (Townsend, 2013). Backed by Big Data, smart city initiatives have made inroads into urban service provision and policy in areas such as e-government and transparency, new forms of public-private partnerships through “urban lab” arrangements, or models such as impact investing, civic hacking, or tactical urbanism (cf. Karvonen and van Heur, 2014; Kitchin, 2014; Swyngedouw, 2005).

In the rhetoric used by their boosters, the vision and practice of these technologies “disrupts” existing markets by harnessing the power of “the crowd”—a process fully evident in sectors such as taxi (Uber/Lyft), hoteling (AirBnB), and finance (peer-to-peer lending). However, the notion of disruption has also targeted government bureaucracies and public services, with new initiatives seeking to insert crowd mechanisms or characteristics—at once self-organizing and collectively rational (Brabham, 2008)—into public policy. These mechanisms envision reconfiguring the traditional relationship of public powers with planning and governance by vesting data collection and problem-solving in crowd-like institutional arrangements that are partially or wholly outside the purview of government agencies. While scholars are used to talking about “governance beyond-the-state” (Swyngedouw, 2005) in terms of privatization and a growing scope for civil society organizations, technological intermediation potentially changes the scale and techniques of governance as well as its relationship to sovereign authority.

For instance, civic crowdfunding models have emerged as new means of organizing public service provision and funding community economic development by embracing both market-like bidding mechanisms and social-network technologies to distribute responsibility for planning and financing socially desirable investments to laypeople (Brickstarter, 2012; Correia de Freitas and Amado, 2013; Langley and Leyshon, 2016). Other practices are even more radical in their scope. Toronto’s Urban Repair Squad—an offshoot of the aptly named Critical Mass bike happenings—urges residents to take transportation planning into their own hands and paint their own bike lanes. Their motto: “They say city is broke. We fix. No charge.” (All that is missing is the snarky “you’re welcome” at the end.)

Combined, these emerging platforms and practices are challenging the tactics, capabilities, and authorizations employed to define and govern urban problems. This special theme of Big Data & Society picks up these issues, interrogating the emergence of digital platforms and smart city initiatives that rely on both the crowd and the cloud (new on-demand, internet-based technologies that store and process data) to generate and fold Big Data into urban governance. The papers contained herein were presented as part of a one-day symposium held at the University of Illinois at Chicago (UIC) in April 2015 and sponsored by UIC’s Department of Urban Planning and Policy. Setting aside the tired narratives of individual genius and unstoppable technological progress, workshop participants sought to understand why these practices and platforms have recently gained popularity and what their implementation might mean for cities. Papers addressed numerous questions: How have institutional supports and political-economic contexts facilitated the ascendance of “crowd” and “cloud” models within different spheres of urban governance? How do their advocates position them relative to imaginaries of state or market failure/dysfunction? What kinds of assumptions and expectations are embedded in the design and operation of these platforms and practices? What kinds of institutional reconfigurations have been spurred by the push to adopt smart city initiatives? How is information collected through these initiatives being used to advance particular policy agendas? Who is likely to benefit from them?…(More)”.

The Smart City Concept in the 21st Century


Essay by Mircea EremiaLucian Toma and Mihai Sanduleac in Procedia Engineering: “The quality of life was significantly improved in the last century mainly as regards the access to services. However, the heavy industrialization and the increasing population in the urban areas has been a big challenge for administrators, architects and urban planners. This paper provides a brief presentation of the evolution of the “smart city” term and the most representative characteristics of it. Furthermore, various alternative terms that were proposed to describe the multiple characteristics of the future cities are analyzed. A connection between smart city and smart grid is also presented….(More)”

 

Dubai Data Releases Findings of ‘The Dubai Data Economic Impact Report’


Press Release: “the ‘Dubai Data Economic Impact Report’…provides the Dubai Government with insights into the potential economic impacts of opening and sharing data and includes a methodology for more rigorous measurement of the economic impacts of open and shared data, to allow regular assessment of the actual impacts in the future.

The study estimates that the opening and sharing of government and private sector data will potentially add a total of 10.4 billion AED Gross Value Added (GVA) impact to Dubai’s economy annually by 2021. Opening government data alone will result in a GVA impact of 6.6 billion AED annually as of 2021. This is equivalent to approximately 0.8% to 1.2% of Dubai’s forecasted GDP for 2021. Transport, storage, and communications are set to be the highest contributor to this potential GVA of opening government data, accounting for (27.8% or AED1.85 bn) of the total amount, followed by public administration (23.6% or AED 1.57 bn); wholesale, retail, restaurants, and hotels (13.7% or AED 908 million); real estate (9.6% or AED 639 million); and professional services (8.9% or AED 588 million). Finance and insurance, meanwhile, is calculated to make up 6.5% (AED 433 million) of the GVA, while mining, manufacturing, and utilities (6% or AED 395 million); construction (3.5% or AED 230 million); and entertainment and arts (0.4% or AED27 million) account for the remaining proportion.

This economic impact will be realized through the publication, exchange, use and reuse of Dubai data. The Dubai Data Law of 2015 mandates that data providers publish open data and exchange shared data. It defines open data as any Dubai data which is published and can be downloaded, used and re-used without restrictions by all types of users, while shared data is the data that has been classified as either confidential, sensitive, or secret, and can only be accessed by other government entities or by other authorised persons. The law pertains to local government entities, federal government entities which have any data relating to the emirate, individuals and companies who produce, own, disseminate, or exchange any data relating to the emirate. It aims to realise Dubai’s vision of transforming itself into a smart city, manage Dubai Data in accordance with a clear and specific methodology that is consistent with international best practices, integrate the services provided by federal and local government entities, and optimise the use of the data available to data providers, among other objectives….

The study identifies several stakeholders  involved in the use and reuse of open and shared data. These stakeholders – some of whom are qualified as “data creators” – play an important role in the process of generating the economic impacts. They include: data enrichers, who combine open data with their own sources and/or knowledge; data enablers, who do not profit directly from the data, but do so via the platforms and technologies they are provided on; data developers, who design and build Application Programming Interfaces (APIs); and data aggregators, who collect and pool data, providing it to other stakeholders….(More)”

Smart Government: A New Adjective to Government Transformation or a Trick?


Chapter by Leonidas G. Anthopoulos in Understanding Smart Cities: A Tool for Smart Government or an Industrial Trick: “Smart city and smart government appear to share a common scientific interest, since they structure corresponding research and practice terms like the “Web Applications and Smart Cities (AW4City)”, “The Smart Cities and Smart Government Research-Practice (SCSGRP) Consortium” and the “Beyond Bureaucracy”, while calls for mutual scientific tracks, workshops and articles can be located in several conference posts. This chapter analyzes the context of smart government. It performs a literature review on the term, where several conceptualization models are compared and explained. It is cleared that smart government is different to smart city government and to smart city. On the contrary, smart city can be seen as an area of practice for smart government, while smart governance is one of the smart city’s dimensions.

Moreover, the role of government is documented to be changed due to urbanization and technology. Urbanization results to communities, which are larger to nations and the role of local government is more complex compared to the usual national one. Moreover, technology provides governments with tools that has never got before, like the Internet-of-Things (IoT), which changes information collection and process flow, while it enables a direct and continuous connection with the community. Both these two phenomena highlight the government challenges of the forthcoming decades, which governments try to deal with data, process re-engineering, co-decision and service co-production….(More)”

Digital Participation in an Open Innovation Platform : An Empirical Study on Smart Cities


Paper by J. Ojasalo and L. Tähtinen as part of the INTED2017 Proceedings: “The purpose of this paper is to increase knowledge of participation in collaborative innovation of cities with digital channels, as well as propose a model of digital participation system in an open innovation platform of a city. There is very little knowledge of this area is available in the existing research literature. This paper empirically addresses this knowledge gap and contributes to the literature on digital participation in collaborative innovation, innovation intermediaries and platforms, as well as urban development and Smart City literature. The results of this study have also clear practical implications particularly to urban policy makers and developers, companies and third sector organization collaborating with cities, as well as educators in the field of innovation and urban development. The empirical research method is qualitative and draws on data from in-depth interviews and co-creative multi-actor workshops. As the result, it proposes a model which shows the main methods of digital participation in an open innovation platform, namely information dissemination, actor recruitment, and idea generation, explains their nature….(More)”

Hackathons, entrepreneurship and the passionate making of smart cities


Programmable City Working Paper by Sung-Yueh PerngRob Kitchin and Darach Mac Donncha: “Hackathons – quick prototyping events for commercial purposes – have become an important means to foster innovation, entrepreneurship and the start-up economy in smart cities. Smart and entrepreneurial cities have been critiqued with respect to the neoliberalization of governance and statecraft. We consider the passions, inventions and imitations in the assemblage of practices – alongside neoliberalizing and capitalist operations – that shape the economy and governance of smart cities. The paper examines hackathons as tech events that extend the passions for digital innovation and entrepreneurship and act as sites of social learning for the development of smart urbanism. We argue that passionate and imitative practices energize the desire and belief in entrepreneurial life and technocratic governance, and also engender precarious, ambiguous and uncertain future for participants and prototypes…(More)”.

A Data-driven Approach to Assess the Potential of Smart Cities: The Case of Open Data for Brussels Capital Region


Paper by Miguel Angel Gomez Zotano and Hugues Bersini in Energy Procedia: “The success of smart city projects is intrinsically related to the existence of large volumes of data that could be processed to achieve their objectives. For this purpose, the plethora of data stored by public administrations becomes an incredibly rich source of insight and information due to its volume and diversity. However, it was only with the Open Government Movement when governments have been concerned with the need to open their data to citizens and businesses. Thus, with the emergence of open data portals, these myriad of data enables the development of new business models. The achievement of the benefits sought by making this data available triggers new challenges to cope with the diversity of sources involved. The business potential could be jeopardized by the scarcity of relevant data in the different blocks and domains that makes a city and by the lack of a common approach to data publication, in terms of format, content, etc.

This paper introduces a holistic approach that relies on the Smart City Ontology as the cornerstone to standardise and structure data. This approach, which is proposed to be an analytical tool to assess the potential of data in a given smart city, analyses three main aspects: availability of data, the criteria that data should fulfil to be considered eligible and the model used to structure and organise data. The approach has been applied to the case of Brussels Capital Region, which first results are presented and discussed in this paper. The main conclusion that has been obtained is that, besides its commitment with open data and smart cities, Brussels is not mature enough to fully exploit the real intelligence that smart cities could provide. This maturity would be achieved in the following years with the implementation of the new Brussels’ Smart City Strategy…(More)”.

The Techno-Politics of Data and Smart Devolution in City-Regions: Comparing Glasgow, Bristol, Barcelona, and Bilbao


Paper by Igor Calzada: “This paper explores the substantial effect that the critical understanding and techno-political consideration of data are having in some smart city strategies. Particularly, the paper presents some results of a comparative study of four cases of smart city transitions: Glasgow, Bristol, Barcelona, and Bilbao. Likewise, considering how relevant the city-regional path-dependency is in each territorial context, the paper will elucidate the notion of smart devolution as a key governance component that is enabling some cities to formulate their own smart city-regional governance policies and implement them by considering the role of the smart citizens as decision makers rather than mere data providers. The paper concludes by identifying an implicit smart city-regional governance strategy for each case based on the techno-politics of data and smart devolution….(More)”

Montreal monitoring city traffic via drivers’ Bluetooth


Springwise: “Rather than rely on once-yearly spot checks of traffic throughout the city, Montreal, Canada, decided to build a more comprehensive picture of what was working well, and what wasn’t working very well, around the city. Working with traffic management company Orange Traffic, the city installed more than 100 sensors along the busiest vehicular routes. The sensors pick up mobile phone Bluetooth signals, making the system inexpensive to use and install as no additional hardware or devices are needed.

Once the sensors pick up a Bluetooth signal, they track it through several measurement points to get an idea of how fast or slow traffic is moving. The data is sent to the city’s Urban Mobility Management Center. City officials are keen to emphasize that no personal data is recorded as Bluetooth signals cannot be linked to individuals. Traffic management and urban planning teams will be able to use the data to redesign problematic intersections and improve the overall mobility of the city’s streets and transport facilities.

Smart cities are those making safety and efficiency a priority, from providing digital driver licenses in India to crowdsourcing a map of cars in bike lanes in New York City….(More)”

Open or Closed? Open Licensing of Real-Time Public Sector Transit Data


Teresa Scassa and Alexandra Diebel in Journal of e-Democracy: “This paper explores how real-time data are made available as “open data” using municipal transit data as a case study. Many transit authorities in North America and elsewhere have installed technology to gather GPS data in real-time from transit vehicles. These data are in high demand in app developer communities because of their use in communicating predicted, rather than scheduled, transit vehicle arrival times. While many municipalities have chosen to treat real-time GPS data as “open data,” the particular nature of real-time GPS data requires a different mode of access for developers than what is needed for static data files. This, in turn, has created a conflict between the “openness” of the underlying data and the sometimes restrictive terms of use which govern access to the real-time data through transit authority Application Program Interfaces (APIs). This paper explores the implications of these terms of use and considers whether real-time data require a separate standard for openness. While the focus is on the transit data context, the lessons from this area will have broader implications, particularly for open real-time data in the emerging smart cities environment….(More)”