Driving Solutions To Build Smarter Cities

Curated on Posted on by Stefaan Verhulst

Uber Blogpost: “Since day one, Uber’s mission has been to improve city life by connecting people with safe, reliable, hassle-free rides through the use of technology. As we have grown, so has our ability to share information that can serve a greater good. By sharing data with municipal partners we can help cities become more liveable, resilient, and innovative.
Today, Boston joins Uber in a first-of-its-kind partnership to help expand the city’s capability to solve problems by leveraging data provided by Uber. The data will provide new insights to help manage urban growth, relieve traffic congestion, expand public transportation, and reduce greenhouse gas emissions….
Uber is committed to sharing data, compiled in a manner that protects the privacy of riders and drivers, that can help cities target solutions for their unique challenges. This initiative presents a new standard for the future development of our cities – in communities big or small we can bridge data and policy to build sophisticated solutions for a stronger society. For this effort, we will deliver anonymized trip-level data by ZIP Code Tabulation Area (ZCTA) which is the U.S. Census’ geographical representation of zip codes….

How Can This Data Help Cities?

To date, most cities have not had access to granular data describing the flows and trends of private traffic. The data provided by Uber will help policymakers and city planners develop a more detailed understanding of where people in the city need to go and how to improve traffic flows and congestion to get them there, with data-driven decisions about:

  • Vision Zero-related passenger safety policies
  • Traffic planning
  • Congestion reduction
  • Flow of residents across the City
  • Impact of events, disasters and other activities on City transportation
  • Identification of zoning changes and needs
  • Creation or reduction of parking
  • Facilitation of additional transportation solutions for marquee City initiatives

uber_SafeCities_BlogInfographic

This data can be utilized to help cities achieve their transportation and planning goals without compromising personal privacy. By helping cities understand the way their residents move, we can work together to make our communities stronger. Smart Cities can benefit from smart data and we will champion municipal efforts devoted to achieving data-driven urban growth, mobility and safety for communities (More).”

Exploring the Factors Influencing the Adoption of Open Government Data by Private Organisations

Curated on Posted on by Stefaan Verhulst

Article by Maaike Kaasenbrood et al in the International Journal of Public Administration in the Digital Age (IJPADA): “Governments are increasingly opening their datasets, allowing use. Drawing on a multi-method approach, this paper develops a framework for identifying factors influencing the adoption of Open Government Data (OGD) by private organisations. Subsequently the framework was used to analyse five cases. The findings reveal that for private organizations to use OGD, the content and source of the data needs to be clear, a usable open data license must be present and continuity of data updates needs to be ensured. For none of the investigated private organisations OGD was key to their existence. Organisations use OGD in addition to, or as an enhancement of their core activities. As the official OGD-channels are bypassed trustworthy relationships between the data user and data provider were found to play an important role in finding and using OGD. The findings of this study can help government agencies in developing OGD-policies and stimulating OGD-use….(More).”

The Next 5 Years in Open Data: 3 Key Trends to Watch

Curated on Posted on by Stefaan Verhulst

Kevin Merritt (Socrata Inc.) at GovTech: “2014 was a pivotal year in the evolution of open data for one simple and powerful reason – it went mainstream and was widely adopted on just about every continent. Open data is now table stakes. Any government that is not participating in open data is behind its peers…The move toward data-driven government will absolutely accelerate between 2015 and 2020, thanks to three key trends.

1. Comparative Analytics for Government Employees

The first noteworthy trend that will drive open data change in 2015 is that open data technology offerings will deliver first-class benefits to public-sector employees. This means government employees will be able to derive enormous insights from their own data and act on them in a deep, meaningful and analytical way. Until only recently, the primary beneficiaries of open data initiatives were external stakeholders: developers and entrepreneurs; scientists, researchers, analysts, journalists and economists; and ordinary citizens lacking technical training. The open data movement, until now, has ignored an important class of stakeholders – government employees….

2. Increased Global Expansion for Open Data

The second major trend fueling data-driven government is that 2015 will be a year of accelerating adoption of open data internationally.
Right now, for example, open data is being adopted prolifically in Europe, Latin America, Australia, New Zealand and Canada.
….
We will continue to see international governments adopt open data in 2015 for a variety of reasons. Northern European governments, for instance, are interested in efficiency and performance right now; Southern European governments, on the other hand, are currently focused on transparency, trust, and credibility. Despite the different motivations, the open data technology solutions are the same. And, looking out beyond 2015, it’s important to note that Southern European governments will also adopt open data to help increase job creation and improve delivery of services.

3. “Open Data” Will Simply Become “Government Data”

The third trend that we’ll see in the arena of open data lies a little further out on the horizon, and it will be surprising. In my opinion, the term “open data” may disappear within a decade; and in its place will simply be the term “government data.”
That’s because virtually all government data will be open data by 2020; and government data will be everywhere it needs to be – available to the public as fast as it’s created, processed and accumulated….(More).”

The Black Box Society

Curated on Posted on by Stefaan Verhulst

New book by Frank Pasquale on “The Secret Algorithms That Control Money and Information”: “Every day, corporations are connecting the dots about our personal behavior—silently scrutinizing clues left behind by our work habits and Internet use. The data compiled and portraits created are incredibly detailed, to the point of being invasive. But who connects the dots about what firms are doing with this information? The Black Box Society argues that we all need to be able to do so—and to set limits on how big data affects our lives.
Hidden algorithms can make (or ruin) reputations, decide the destiny of entrepreneurs, or even devastate an entire economy. Shrouded in secrecy and complexity, decisions at major Silicon Valley and Wall Street firms were long assumed to be neutral and technical. But leaks, whistleblowers, and legal disputes have shed new light on automated judgment. Self-serving and reckless behavior is surprisingly common, and easy to hide in code protected by legal and real secrecy. Even after billions of dollars of fines have been levied, underfunded regulators may have only scratched the surface of this troubling behavior….(More).”

The Participatory Approach to Open Data

Curated on Posted on by Stefaan Verhulst

Christopher Whitaker at the SmartChicagoCollaborative: “…Having vast stores of government data is great, but to make this data useful – powerful – takes a different type of approach. The next step in the open data movement will be about participatory data.

Systems that talk back

One of the great advantages behind Chicago’s 311 ServiceTracker is that when you submit something to the system, the system has the capacity to talk back giving you a tracking number and an option to get email updates about your request. What also happens is that as soon as you enter your request, the data get automatically uploaded into the city’s data portal giving other 311 apps like SeeClickFix and access to the information as well…

Participatory Legislative Apps

We already see a number of apps that allow user to actively participate using legislative data.
At the Federal level, apps like PopVox allow users to find and track legislation that’s making it’s way through Congress. The app then allows users to vote if they approve or disapprove of a particular bill. You can then send explain your reasoning in a message that will be sent to all of your elected officials. The app makes it easier for residents to send feedback on legislation by creating a user interface that cuts through the somewhat difficult process of keeping tabs on legislation.
At the state level, New York’s OpenLegislation site allows users to search for state legislation and provide commentary on each resolution.
At the local level, apps like Councilmatic allows users to post comments on city legislation – but these comments aren’t mailed or sent to alderman the same way PopVox does. The interaction only works if the alderman are also using Councilmatic to receive feedback…

Crowdsourced Data

Chicago has hardwired several datasets into their computer systems, meaning that this data is automatically updated as the city does the people’s business.
But city governments can’t be everywhere at once. There are a number of apps that are designed to gather information from residents to better understand what’s going on their cities.
In Gary, the city partnered with the University of Chicago and LocalData to collect information on the state of buildings in Gary, IN. LocalData is also being used in Chicago, Houston, and Detroit by both city governments and non-profit organizations.
Another method the City of Chicago has been using to crowdsource data has been to put several of their datasets on GitHub and accept pull requests on that data. (A pull request is when one developer makes a change to a code repository and asks the original owner to merge the new changes into the original repository.) An example of this is bikers adding private bike rack locations to the city’s own bike rack dataset.

Going from crowdsourced to participatory

Shareabouts is a mapping platform by OpenPlans that gives city the ability to collect resident input on city infrastructure. Chicago’s Divvy Bikeshare program is using the tool to collect resident feedback on where the new Divvy stations should go. The app allows users to comment on suggested locations and share the discussion on social media.
But perhaps the most unique participatory app has been piloted by the City of South Bend, Indiana. CityVoice is a Code for America fellowship project designed to get resident feedback on abandoned buildings in South Bend…. (More)”

Three Things that a Good Infographic Needs

Curated on Posted on by Stefaan Verhulst

Antonio Salazar at BBVA Open Mind: “…A good infographic can save lives. Or almost, like the map drawn by Dr. Snow, who in 1854 tried to prove —with not much success, it’s true— that cholera spread by water. Not all graphics can be so ambitious, but when they hope to become a very powerful vehicle for knowledge, these are three elements that an excellent infographic should have. In order:

1. Rigor

This is taken for granted. Or not. This chart from Pravda (not Miuccia, the Soviet daily) is manipulated graphically to give the impression of growth:
OpenMind-antonio-salazar-infografia-tips-2
But rigor does not only mean accuracy, it means respect for the data in a broader sense. Letting them speak beyond the ornamentation, avoiding the “ducks” referred to by Edward R. Tufte.  Guiding our eye so the reader can discover them one step at a time. This brings us to the second quality:

2. Depth

The beauty of the data sometimes lies in their implications and their connections. This is why a good  infographic should be understandable at first sight, but also, when viewed for a second time, enable the reader to take pleasure in the data. Perhaps in the process of reasoning, both analytical and visual, that a graphic requires, we may come to a conclusion we hadn’t imagined. This is why a good infographic should have layers of information. Any infographic by Francesco Franchi is a wonder of visual richness and provides hours of entertainment and learning.

OpenMind-antonio-salazar-infografia-tips-3

Infographic by Francesco Franchi and Alessandro Giberti on Chinese imports published in IL

3. Narration

Storytelling in today’s parlance. When time, space and even meteorology are combined skillfully to tell a story through the data….”

Big Data in Action for Development

Curated on Posted on by Stefaan Verhulst

New report by the Worldbank: “Data provide critical inputs in designing effective development policy recommendations, supporting their implementation, and evaluating results. In this new report “Big Data in Action for Development,” the World Bank Group collaborated with Second Muse, a global innovation agency, to explore big data’s transformative potential for socioeconomic development.  The report develops a conceptual framework to work with big data in the development sector and presents a variety of case studies that lay out big data’s innovations, challenges, and opportunities.”

Democratizing Inequalities: Dilemmas of the New Public Participation

Curated on Posted on by Stefaan Verhulst
New book edited by Caroline W. Lee, Michael McQuarrie and Edward T. Walker: “Opportunities to “have your say,” “get involved,” and “join the conversation” are everywhere in public life. From crowdsourcing and town hall meetings to government experiments with social media, participatory politics increasingly seem like a revolutionary antidote to the decline of civic engagement and the thinning of the contemporary public sphere. Many argue that, with new technologies, flexible organizational cultures, and a supportive policymaking context, we now hold the keys to large-scale democratic revitalization.
Democratizing Inequalities shows that the equation may not be so simple. Modern societies face a variety of structural problems that limit potentials for true democratization, as well as vast inequalities in political action and voice that are not easily resolved by participatory solutions. Popular participation may even reinforce elite power in unexpected ways. Resisting an oversimplified account of participation as empowerment, this collection of essays brings together a diverse range of leading scholars to reveal surprising insights into how dilemmas of the new public participation play out in politics and organizations. Through investigations including fights over the authenticity of business-sponsored public participation, the surge of the Tea Party, the role of corporations in electoral campaigns, and participatory budgeting practices in Brazil, Democratizing Inequalities seeks to refresh our understanding of public participation and trace the reshaping of authority in today’s political environment.”

Businesses dig for treasure in open data

Curated on Posted on by Stefaan Verhulst

Lindsay Clark in ComputerWeekly: “Open data, a movement which promises access to vast swaths of information held by public bodies, has started getting its hands dirty, or rather its feet.
Before a spade goes in the ground, construction and civil engineering projects face a great unknown: what is down there? In the UK, should someone discover anything of archaeological importance, a project can be halted – sometimes for months – while researchers study the site and remove artefacts….
During an open innovation day hosted by the Science and Technologies Facilities Council (STFC), open data services and technology firm Democrata proposed analytics could predict the likelihood of unearthing an archaeological find in any given location. This would help developers understand the likely risks to construction and would assist archaeologists in targeting digs more accurately. The idea was inspired by a presentation from the Archaeological Data Service in the UK at the event in June 2014.
The proposal won support from the STFC which, together with IBM, provided a nine-strong development team and access to the Hartree Centre’s supercomputer – a 131,000 core high-performance facility. For natural language processing of historic documents, the system uses two components of IBM’s Watson – the AI service which famously won the US TV quiz show Jeopardy. The system uses SPSS modelling software, the language R for algorithm development and Hadoop data repositories….
The proof of concept draws together data from the University of York’s archaeological data, the Department of the Environment, English Heritage, Scottish Natural Heritage, Ordnance Survey, Forestry Commission, Office for National Statistics, the Land Registry and others….The system analyses sets of indicators of archaeology, including historic population dispersal trends, specific geology, flora and fauna considerations, as well as proximity to a water source, a trail or road, standing stones and other archaeological sites. Earlier studies created a list of 45 indicators which was whittled down to seven for the proof of concept. The team used logistic regression to assess the relationship between input variables and come up with its prediction….”

The Emerging Science of Human-Data Interaction

Curated on Posted on by Stefaan Verhulst

Emerging Technology From the arXiv: “The rapidly evolving ecosystems associated with personal data is creating an entirely new field of scientific study, say computer scientists. And this requires a much more powerful ethics-based infrastructure….
Now Richard Mortier at the University of Nottingham in the UK and a few pals say the increasingly complex, invasive and opaque use of data should be a call to arms to change the way we study data, interact with it and control its use. Today, they publish a manifesto describing how a new science of human-data interaction is emerging from this “data ecosystem” and say that it combines disciplines such as computer science, statistics, sociology, psychology and behavioural economics.
They start by pointing out that the long-standing discipline of human-computer interaction research has always focused on computers as devices to be interacted with. But our interaction with the cyber world has become more sophisticated as computing power has become ubiquitous, a phenomenon driven by the Internet but also through mobile devices such as smartphones. Consequently, humans are constantly producing and revealing data in all kinds of different ways.
Mortier and co say there is an important distinction between data that is consciously created and released such as a Facebook profile; observed data such as online shopping behaviour; and inferred data that is created by other organisations about us, such as preferences based on friends’ preferences.
This leads the team to identify three key themes associated with human-data interaction that they believe the communities involved with data should focus on.
The first of these is concerned with making data, and the analytics associated with it, both transparent and comprehensible to ordinary people. Mortier and co describe this as the legibility of data and say that the goal is to ensure that people are clearly aware of the data they are providing, the methods used to draw inferences about it and the implications of this.
Making people aware of the data being collected is straightforward but understanding the implications of this data collection process and the processing that follows is much harder. In particular, this could be in conflict with the intellectual property rights of the companies that do the analytics.
An even more significant factor is that the implications of this processing are not always clear at the time the data is collected. A good example is the way the New York Times tracked down an individual after her seemingly anonymized searches were published by AOL. It is hard to imagine that this individual had any idea that the searches she was making would later allow her identification.
The second theme is concerned with giving people the ability to control and interact with the data relating to them. Mortier and co describe this as “agency”. People must be allowed to opt in or opt out of data collection programs and to correct data if it turns out to be wrong or outdated and so on. That will require simple-to-use data access mechanisms that have yet to be developed
The final theme builds on this to allow people to change their data preferences in future, an idea the team call “negotiability”. Something like this is already coming into force in the European Union where the Court of Justice has recently begun to enforce the “right to be forgotten”, which allows people to remove information from search results under certain circumstances….”
Ref: http://arxiv.org/abs/1412.6159  Human-Data Interaction: The Human Face of the Data-Driven Society