New paper in Big Data and Society: What makes big data, big data?

Rob Kitchin and Gavin McArdle have a new paper – What makes big data, big data? Exploring the ontological characteristics of 26 datasets – published in Big Data and Society.

Abstract

Big Data has been variously defined in the literature. In the main, definitions suggest that Big Data possess a suite of key traits: volume, velocity and variety (the 3Vs), but also exhaustivity, resolution, indexicality, relationality, extensionality and scalability. However, these definitions lack ontological clarity, with the term acting as an amorphous, catch-all label for a wide selection of data. In this paper, we consider the question ‘what makes Big Data, Big Data?’, applying Kitchin’s taxonomy of seven Big Data traits to 26 datasets drawn from seven domains, each of which is considered in the literature to constitute Big Data. The results demonstrate that only a handful of datasets possess all seven traits, and some do not possess either volume and/or variety. Instead, there are multiple forms of Big Data. Our analysis reveals that the key definitional boundary markers are the traits of velocity and exhaustivity. We contend that Big Data as an analytical category needs to be unpacked, with the genus of Big Data further delineated and its various species identified. It is only through such ontological work that we will gain conceptual clarity about what constitutes Big Data, formulate how best to make sense of it, and identify how it might be best used to make sense of the world.

The paper is available for download as a PDF here.

Call for paper: 4S/EASST track on Data-driven Cities? Digital urbanism and its proxies

We are organising a track for the 4S/EASST conference this year in Barcelona. Please consider submit an abstract to our track on Data-driven cities? Digital urbanism and its proxies. Deadline for submission is 21 February 2016, so there is still time! More details about the track and how to submit:

Short description
The track explores the digital, data-driven and networked making of urban environment. We welcome contributions in various formats: presentations, audio, video and photographic accounts, as well as performances and live demonstrations of public interfaces and software tools for urban analysis.

Abstract
How do software and space work in urban everyday life and urban management? How do data and policies actually shape each other? What forms of delegation, enrollment and appropriation take place?

Contemporary urban environments are characterised by dense arrangements of data, algorithms, mobile device, networked infrastructures. Multiple technologies (such as smart metering, sensing networks, GPS, CCTV, induction loops, mobile apps) are connected with multiple processes (such as institutional data management, data brokering, crowdsourcing, workflow management), aiming to provide sustainable, efficient, integrated city governance and services.

Within this context, vested interests interact in a multi-billion global market where corporations, companies and start-ups propose data-driven urban solutions, while public administrations increasingly delegate control over citizens’ data. Also, public institutions and private companies leverage the efforts of open data movements, engaged civic communities and citizen-minded initiatives to find new ways to create public and economic value from urban data.

However, the making of digital and data-driven urbanism is uncertain, fragile, contested, conflicting. The track intends to stimulate the debate on: the different forms of performing and making sense of the urban environment through data and algorithms; the different ways to approach the relationship between data, software and cities.

We welcome theoretical and empirical contributions critically addressing the following (non-exhaustive-list-of) topics:
– urban big data, dashboards, data analytics and brokering;
– IoT based urban services and governance;
– civic hacking, open data movements;
– privacy, security and surveillance in data-driven cities;
– crowd, mobility and traffic management;
– sensors, monitoring, mapping and modelling for urban facilities;
– digitization of built environment.

To Submit:
Go to the webpage of the track, click on “Propose paper“, and you will be directed to the abstract detail and submission page.

Paper proposals should include: a paper title (no more than 10 words); author/co-authors; a short abstract (maximum 300 characters including spaces) and a long one (up to 250 words). The long abstract will be shown on the web and the short one is what will be displayed in the conference programme.

For more details about submission, please visit http://www.sts2016bcn.org/call-for-papers/

Organizers:
Claudio Coletta (NIRSA, Programmable City), claudio.coletta@nuim.ie
Liam Heaphy (NIRSA, Programmable City), liam.heaphy@nuim.ie
Sung-Yueh Perng (NIRSA, Programmable City), sung-yueh.perng@nuim.ie
Laurie Waller (TUM, MCTS), l.waller@tum.de

If you have any question about the track, please do not hesitate to contact us. We look forward to receiving your abstracts!

Robinson Crusoe dreams of big data

I’ve just come across a very nice passage from Michael Tournier’s 1967 novel, Friday; or, The Other Island (a retelling of the Daniel Defoe’s Robinson Crusoe), which seems to capture perfectly the desire of big data projects and I thought worth sharing:

I demand, I insist, that everything around me shall henceforth be measured, tested, certified, mathematical, and rational. One of my tasks must be to make a full survey of the island, its
distances and its contours, and incorporate all these details in an accurate surveyor’s map. I should like every plant to be labeled, every bird to be ringed, every animal to be branded. I
shall not be content until this opaque and impenetrable place, filled with secret ferments and malignant stirrings, has been transformed into a calculated design, visible and intelligible to
its very depths!

I discovered it in Anne Galloway and Matthew Ward’s piece: Locative Media as Socialising and Spatialising Practices: Learning from Archaeology.

Cork as a smart region?

Back in December we posted about the extent to which Dublin can be considered a smart city.  In this post, we complement this with a similar analysis of Cork, which is seeking to become a smart region rather than city (utilising smart technologies across the city and the county).

In Cork a ‘smart agenda’ is being developed that builds on the existing assets, attributes and experiences in the region through the ‘Cork Smart Gateway’ initiative, which is a collaboration between the two local authorities and the Nimbus Research Centre (Internet of Things, networks) and Tyndall National Institute (ICT, microelectronic circuits, nanotechnology, energy, photonics). The aim is to leverage a quadruple helix innovation model where government, industry, academia and civil participants work together to co-create and drive structural change utilising ICT solutions. As well as a host of EU, SFI and enterprise projects, Cork is also home to the National Sustainable Building Energy Testbed, Water Systems and Service and Innovation Centre, and the Mallow Systems and Innovation Centre, and UCC is a lead partner of Insight and CONNECT.  A full range of projects is set out in Table 1.

In addition to these projects, Cork City Council is a follower City in a Smart Cities and Communities Horizon 2020 project called GrowSmarter, a €25m initiative (lead cities: Stockholm, Cologne, and Barcelona). GrowSmarter establishes three ‘lighthouses’ for smart cities which demonstrate to other cities how they can be prepared in an intelligent way for the energy challenges of the future. As part of this project, Cork will roll out initiatives in transport, energy, and information and communications technology. There are also a significant number of companies driving Internet of Things development in the region, for example, EMC and Vodafone have jointly invested €2m in a new INFINITE internet of things industrial platform that will traverse Cork.  There are also a range of ongoing research and pilot projects that have yet to be mainstreamed, and others that ran for a handful of years before terminating, plus there are a number of other smart city apps available developed by citizens and commercial enterprises.

Table 1: Smart Cork

Smart economy Energy Cork Cluster supporting collaboration and innovation in the energy sector
IT@Cork Cluster supporting collaboration and innovation in the ICT sector
TEC Gateway – part of Nimbus, CIT EI funded technology gateway supporting Irish industry to develop new IoT technologies
Rubicon Incubator – provides supports and capital investment for startups
Smart government City Council housing stock management Stock condition surveys and maintenance activities updated by smart technologies close to real time
Library digital services A suite of library apps for various services
Variable messaging signs Real time off-street parking and road closure information on key access routes to the city
Smart living Smart energy management Real-time monitoring and control of energy use and environmental characteristics for residential and commercial buildings; Secure management and prognostics networks for energy systems – EOS
Smart urban district energy Management Real-time monitoring and control of neighbourhoods (blocks of buildings) for sustainable energy use
Smart lighting Intelligent LED lighting networks
GreenCom Smart microgrid testbed that enables wireless monitoring/control of loads, microgeneration and microstorage energy elements
Smart mobility Coca Cola Zero Bikes Public Hire Bike Scheme
LeapCard Smart card access/payment for trains and buses
Real-time passenger information Real time bus and train information at stops
EV Infrastructure Deploy standard and fast charging points throughout the city
Smart environment Smart testbeds National Sustainable Energy Testbed (NSBET); Community Testbed – A regional community testbed with access to high-performance broadband facilities; Water Test-bed
River Lee deployment Real time wireless sensor river monitoring system looking at water quality and depth
Rainwater harvesting Remote monitoring of rainwater harvesting system in Sunview Fairhill
Smart water Sensor development and integration to support management of Fats, oils and greases in the waste water networks – FOGMON

Aquametrics – Single point monitoring of water networks

Mid-altitude security and environmental monitoring AEOLUS – Mid-altitude (400m) sensor platform combining HD cameras, metrological, Radar and AIS for coastal monitoring for security and environmental assessment
Smart people Maker Dojo Hands-on, ‘hacker’ style workshops
CorkCitiEngage A Cork Smart Gateway Survey Project. Public feedback on public issues, digital skills, and use of public infrastructure
CorkOpenData data.corkcity.ie – An online platform for publishing city information obtained from various sources, from sensors to surveys

Source: Compiled by the Cork Smart Gateway

Like Dublin then Cork lay claim to being a nascent smart city.  Similarly they are very much at the start of realising the ambition of becoming a smart region and over the next number of years the smart region landscape is likely to change quite substantially as new initiatives are rolled out and new technologies deployed.

Rob Kitchin

Thanks to Claire Davis and Cork Smart Gateway initiative for compiling the table, with was prepared for our recent report on smart cities, privacy and security.

Smart cities, privacy, data protection and cybersecurity

Last Thursday saw the launch of the ‘Getting Smarter about Smart Cities: Improving Data Privacy and Data Security‘ report by Rob Kitchin and published by the Department of the Taoiseach.  The report was submitted a few days before the publication of a similar report by Lilian Edwards titled ‘Privacy, Security and Data Protection in Smart Cities: a Critical EU Law Perspective‘ and therefore has no reference to it.  Whereas my report takes a more governance and policy focused approach, Lilian’s is more legally focused.  If taken as a pair I think they provide a pretty comprehensive overview of the various privacy and security issues raised by smart city technologies and possible solutions.

Kitchin smart citiesEdwards smart cities

New report: Getting smarter about smart cities: Improving data privacy and data security

report launchAs part of ‘EU Data Protection Day’ a new report – “Getting smarter about smart cities: Improving data privacy and data security” – was launched today by Dara Murphy T.D., Minister for European Affairs and Data Protection.  The report, commissioned by the Data Protection Unit, Department of the Taoiseach (Irish Prime Minister) and written by Rob Kitchin (of The Programmable City project), is the first publication by the new Government Data Forum, a panel of experts drawn from across industry, civil society, academia and the public sector. The Forum advises Government on the opportunities and challenges for society and the economy arising from continued growth in the generation and use of personal data.  The report is available from the Department of the Taoiseach website or click here.

Executive Summary
Many cities around the world are seeking to become a smart city, using networked, digital technologies and urban big data to tackle a range of issues, such as improving governance and service delivery, creating more resilient critical infrastructure, growing the local economy, becoming more sustainable, producing better mobility, gaining transparency and accountability, enhancing quality of life, and increasing safety and security. In short, the desire is to use digital technology to improve the lives of citizens, finesse city management, and create economic development.

In this context, a wide range of smart city technologies are being deployed within urban environments, including city operating systems, centralised control rooms, urban dashboards, intelligent transport systems, integrated travel ticketing, bike share schemes, real-time passenger information displays, logistics management systems, smart energy grids, controllable lighting, smart meters, sensor networks, building management systems, and an array of smartphone apps and sharing economy platforms. All of these technologies generate huge quantities of data, much of them in real-time and at a highly granular scale.

These data about cities and their citizens can be put to many good uses and, if shared, for uses beyond the system and purposes for which they were generated. Collectively, these data create the evidence base to run cities more efficiently, productively, sustainably, transparently and fairly. However, generating, processing, analysing, sharing and storing large amounts of actionable data also raise a number of concerns and challenges.

Key amongst these are the data privacy, data protection, and data security issues that arise from the creation of smart cities. Many smart city technologies capture personally identifiable information (PII) and household level data about citizens – their characteristics, their location and movements, and their activities – link these data together to produce new derived data, and use them to create profiles of people and places and to make decisions about them. As such, there are concerns about what a smart city means for people’s privacy and what privacy harms might arise from the sharing, analysis and misuse of urban big data. In addition, there are questions as to how secure smart city technologies and the data they generate are from hacking and theft and what the implications of a data breach are for citizens. While successful cyberattacks on cities are still relatively rare, it is clear that smart city technologies raise a number of cybersecurity concerns that require attention.

To date, the approach to these issues has been haphazard and uncoordinated due to the ad-hoc manner in which they were developed. However, given the potential harms to citizens and the associated costs that can arise, and the potential benefits at stake, this approach should not be allowed to continue. The challenge is to rollout smart city solutions and gain the benefits of their deployment while maintaining infrastructure and system security and systematically minimising any pernicious effects and harms. This is no easy task, given the many stakeholders and vested interests involved and their differing aims and ambitions, and the diverse set of technologies and their complex arrangement.

This report details the development of smart cities and urban big data, highlights the various privacy and security concerns and harms related to the deployment and use of smart city technologies and initiatives, and makes a number of suggestions for addressing trepidations about and ills arising from data privacy, protection and security issues.

It argues that there is no single solution for ensuring that the benefits of creating smart cities are realised and any negative effects are neutralised. Rather, it advocates a multi-pronged approach that uses a suite of solutions, some of which are market driven, some more technical in nature (privacy enhancement technologies), others more policy, regulatory and legally focused (revised fair information practice principles, privacy by design, security by design, education and training), and some more governance and management orientated (at three levels: vision and strategy – smart city advisory board and smart city strategy; oversight of delivery and compliance – smart city governance, ethics and security oversight committee; and day-to-day delivery – core privacy/security team, smart city privacy/security assessments, and computer emergency response team).

These solutions provide a balanced, pragmatic approach that enable the rollout of smart city technologies and initiatives, but in a way that is not prejudicial to people’s privacy, actively work to minimise privacy harms, curtail data breaches, and tackle cybersecurity issues. They also work across the entire life-cycle (from procurement to decommissioning) and span the whole system ecology (all its stakeholders and components). Collectively they promote fairness and equity, protect citizens and cities from harms, and enable improved governance and economic development. Moreover, they do so using an approach that is not heavy handed in nature and is relatively inexpensive to implement. They are by no means definitive, but build on and extend work to date, advance the debate, and detail a practical route forward.

The report concludes that a core requirement for creating smart cities is the adoption of an ethical, principle-led approach designed to best serve the interests of citizens. In other words, being smart about how we plan and run cities consists of much more than deploying data-driven, networked technologies; it requires a smart approach.