Introduction to Special Issue by Alina Wernick, and Anna Artyushina: “While the GDPR and other EU laws seek to mitigate a range of potential harms associated with smart cities, the compliance with and enforceability of these regulations remain an issue. In addition, these proposed regulations do not sufficiently address the collective harms associated with the deployment of biometric technologies and artificial intelligence. Another relevant question is whether the initiatives put forward to secure fundamental human rights in the digital realm account for the issues brought on by the deployment of technologies in city spaces. In this special issue, we employ the smart city notion as a point of connection for interdisciplinary research on the human rights implications of the algorithmic, biometric and smart city technologies and the policy responses to them. The articles included in the special issue analyse the latest European regulations as well as soft law, and the policy frameworks that are currently at work in the regions where the GDPR does not apply…(More)”.
Slow-governance in smart cities: An empirical study of smart intersection implementation in four US college towns
Paper by Madelyn Rose Sanfilippo and Brett Frischmann: “Cities cannot adopt supposedly smart technological systems and protect human rights without developing appropriate data governance, because technologies are not value-neutral. This paper proposes a deliberative, slow-governance approach to smart tech in cities. Inspired by the Governing Knowledge Commons (GKC) framework and past case studies, we empirically analyse the adoption of smart intersection technologies in four US college towns to evaluate and extend knowledge commons governance approaches to address human rights concerns. Our proposal consists of a set of questions that should guide community decision-making, extending the GKC framework via an incorporation of human-rights impact assessments and a consideration of capabilities approaches to human rights. We argue that such a deliberative, slow-governance approach enables adaptation to local norms and more appropriate community governance of smart tech in cities. By asking and answering key questions throughout smart city planning, procurement, implementation and management processes, cities can respect human rights, interests and expectations…(More)”.
Can Cities Be the Source of Scalable Innovations?
Article by Christof Brandtner: “Systems change to address complex problems, including climate change, is hard to achieve. What little optimism remains to tackle such complex challenges is mostly placed in supranational schemes, such as the COP climate change conferences, or transformational national policy, such as the Green New Deal in the US. Solutions of grand design regularly disappoint, however, because of their high costs, the challenges of translating big plans to local needs, and ongoing disagreement and polarization about what works and what is detrimental.
There is hope on the skyline though. Urban innovation ecosystems can provide an alternative to grand schemes, and cities’ social sectors provide a source of ongoing innovation. Companies like Sidewalk Labs, a subsidiary of Alphabet that develops technologies for sustainable urban design, are transforming business as usual to solve complex urban problems. Social enterprises such as car-sharing programs are changing the nature of urban transportation and providing alternative options to individual car ownership. Through its iconic mobile showers, the San Francisco nonprofit LavaMae has found new ways to serve the homeless in the absence of more radical reforms of affordable housing. And the US Green Building Council (USGBC), an intermediary promoting energy-efficient construction, developed guidelines and rating systems for sustainable cities and neighborhoods.
Promising ideas are in ample supply, but the crucial question is: How can social innovators scale such innovations so that their local impact adds up to big solutions?…(More)”.
An agenda for advancing trusted data collaboration in cities
Report by Hannah Chafetz, Sampriti Saxena, Adrienne Schmoeker, Stefaan G. Verhulst, & Andrew J. Zahuranec: “… Joined by experts across several domains including smart cities, the law, and data ecosystem, this effort was focused on developing solutions that could improve the design of Data Sharing Agreements…we assessed what is needed to implement each aspect of our Contractual Wheel of Data Collaboration–a tool developed as a part of the Contracts for Data Collaborations initiative that seeks to capture the elements involved in data collaborations and Data Sharing Agreements.
In what follows, we provide key suggestions from this Action Lab…
- The Elements of Principled Negotiations: Those seeking to develop a Data Sharing Agreement often struggle to work with collaborators or agree to common ends. There is a need for a common resource that Data Stewards can use to initiate a principled negotiation process. To address this need, we would identify the principles to inform negotiations and the elements that could help achieve those principles. For example, participants voiced a need for fairness, transparency, and reciprocity principles. These principles could be supported by having a shared language or outlining the minimum legal documents required for each party. The final product would be a checklist or visualization of principles and their associated elements.
- Data Responsibility Principles by Design: …
- Readiness Matrix: …
- A Decision Provenance Approach for Data Collaboration: ..
- The Contractual Wheel of Data Collaboration 2.0…
- A Repository of Legal Drafting Technologies:…(More)”.
Atlas of the Senseable City
Book by Antoine Picon and Carlo Ratti: “What have smart technologies taught us about cities? What lessons can we learn from today’s urbanites to make better places to live? Antoine Picon and Carlo Ratti argue that the answers are in the maps we make. For centuries, we have relied on maps to navigate the enormity of the city. Now, as the physical world combines with the digital world, we need a new generation of maps to navigate the city of tomorrow. Pervasive sensors allow anyone to visualize cities in entirely new ways—ebbs and flows of pollution, traffic, and internet connectivity.
This book explores how the growth of digital mapping, spurred by sensing technologies, is affecting cities and daily lives. It examines how new cartographic possibilities aid urban planners, technicians, politicians, and administrators; how digitally mapped cities could reveal ways to make cities smarter and more efficient; how monitoring urbanites has political and social repercussions; and how the proliferation of open-source maps and collaborative platforms can aid activists and vulnerable populations. With its beautiful, accessible presentation of cutting-edge research, this book makes it easy for readers to understand the stakes of the new information age—and appreciate the timeless power of the city….(More)”.
Lisbon’s Citizens’ Council: Embedding Deliberation into Local Governance
Article by Mauricio Mejia: “Lisbon is joining cities like Paris, Bogota, and Milan in establishing new democratic institutions by convening Portugal’s first permanent Citizen Council. In April 2023, a new group of randomly selected citizens will deliberate on how to create a 15-minute city — one where citizens can easily access essential services such as education, health, commerce, culture, or green and leisure spaces.
Lisbon has taken the objective of reinforcing democracy seriously. Citizen participation is the first pillar of its Municipal Plan, intending to build “alternative mechanisms for democratic participation, capable of mobilising people’s knowledge.” To translate this into action, the City established its first Citizens’ Council, a decision-making body that is “representative of Lisbon’s population, while being impartial and independent from political parties.”
Lisbon’s Citizens’ Council is a microcosm of the city’s population
Anyone over 16 years of age who lives, studies, or works in Lisbon is eligible to become a member of the Citizens’ Council. For the first edition, the recruitment process consisted of two stages:
1. Voluntary enrolment to participate in the lottery. This process could be done online or at an in-person kiosk (Lojas Lisboa).
2. Random selection and stratification, using the following criteria: gender, age, academic qualifications, profession, area of residence, work or study, and level of political engagement.
Among the 2351 citizens enrolled, 50 citizens were randomly selected to form a microcosm of Lisbon’s population[i]:
Members were accompanied by an ecosystem of public servants, civil society stakeholders, academics, scientists, and experts to ensure deliberation was informed, facilitated, and objective. Participation in the Citizens’ Council was not remunerated, nor involved any financial incentives. However, members could request support to cover meals and transportation. The OECD suggests in its good practice principles for deliberative processes that participation should be encouraged through remuneration, coverage of expenses, and provision of childcare and eldercare…(More)”.
Digital (In)justice in the Smart City
Book edited by Debra Mackinnon, Ryan Burns and Victoria Fast: “In the contemporary moment, smart cities have become the dominant paradigm for urban planning and administration, which involves weaving the urban fabric with digital technologies. Recently, however, the promises of smart cities have been gradually supplanted by recognition of their inherent inequalities, and scholars are increasingly working to envision alternative smart cities.
Informed by these pressing challenges, Digital (In)Justice in the Smart City foregrounds discussions of how we should think of and work towards urban digital justice in the smart city. It provides a deep exploration of the sources of injustice that percolate throughout a range of sociotechnical assemblages, and it questions whether working towards more just, sustainable, liveable, and egalitarian cities requires that we look beyond the limitations of “smartness” altogether. The book grapples with how geographies impact smart city visions and roll-outs, on the one hand, and how (unjust) geographies are produced in smart pursuits, on the other. Ultimately, Digital (In)Justice in the Smart City envisions alternative cities – smart or merely digital – and outlines the sorts of roles that the commons, utopia, and the law might take on in our conceptions and realizations of better cities…(More)”.
Data Collaborative Case Study: NYC Recovery Data Partnership
Report by the Open Data Policy Lab (The GovLab): “In July 2020, following severe economic and social losses due to the COVID-19 pandemic, the administration of New York City Mayor Bill de Blasio announced the NYC Recovery Data Partnership. This data collaborative asked private and civic organizations with assets relevant to New York City to provide their data to the city. Senior city leaders from the First Deputy Mayor’s Office, the Mayor’s Office of Operations, Mayor’s Office of Information Privacy and Mayor’s Office of Data Analytics formed an internal coalition which served as trusted intermediaries, assessing agency requests from city agencies to use the data provided and allocating access accordingly. The data informed internal research conducted by various city agencies, including New York City Emergency Management’s Recovery Team and the NYC…(More)”
The Role of Community Engagement in Urban Innovation Towards the Co-Creation of Smart Sustainable Cities
Paper by Bokolo Anthony Jr.: “One of the most recent topics in smart cities is community engagement which has been generally deliberated in both industrial and academic literature around the approaches and tools employed in urban environment. Accordingly, the purpose of this study is to advocate for community engagement as a key driver that supports the acquisition of knowledge and requirements needed for innovation and creativity towards achieving an equitable community for social sustainability. A semi-systematic review method is adopted to analyze 71 sources from Web of Science and Scopus databases. Secondary data from the literature is extracted and synthesized to provide narrative and descriptive analysis. Findings from this study presents a developed model that can support community engagement for urban innovation by specifying factors that influences community engagement for smart sustainable city development. The model enables citizens, policy makers, government, urban planners, academics, and enterprises in urban environment to connect, interact, engage, and co-create innovative services. More importantly findings from this research provides theoretical evidence on administrative and non-administrative stakeholder’s involvement towards co-creation of urban services towards smart sustainable cities. Furthermore, this study provides recommendation on how community engagement perspective involving different stakeholders can help to achieve resilient technological driven city by supporting sustainable development and ultimately actualizing a socially inclusive urban space…(More)”
Urban AI Guide
Guide by Popelka, S., Narvaez Zertuche, L., Beroche, H.: “The idea for this guide arose from conversations with city leaders, who were confronted with new technologies, like artificial intelligence, as a means of solving complex urban problems, but who felt they lacked the background knowledge to properly engage with and evaluate the solutions. In some instances, this knowledge gap produced a barrier to project implementation or led to unintended project outcomes.
The guide begins with a literature review, presenting the state of the art in research on urban artificial intelligence. It then diagrams and describes an “urban AI anatomy,” outlining and explaining the components that make up an urban AI system. Insights from experts in the Urban AI community enrich this section, illuminating considerations involved in each component. Finally, the guide concludes with an in-depth examination of three case studies: water meter lifecycle in Winnipeg, Canada, curb digitization and planning in Los Angeles, USA, and air quality monitoring in Vilnius, Lithuania. Collectively, the case studies highlight the diversity of ways in which artificial intelligence can be operationalized in urban contexts, as well as the steps and requirements necessary to implement an urban AI project.
Since the field of urban AI is constantly evolving, we anticipate updating the guide annually. Please consider filling out the contribution form, if you have an urban AI use case that has been operationalized. We may contact you to include the use case as a case study in a future edition of the guide.
As a continuation of the guide, we offer customized workshops on urban AI, oriented toward municipalities and other urban stakeholders, who are interested in learning more about how artificial intelligence interacts in urban environments. Please contact us if you would like more information on this program…(More)”.