Paper by Seppo Leminen, Veli-Pekka Niitamo, and Mika Westerlund presented at the Open Living Labs Day Conference: “This paper analyses the emergence of living labs based on a literature review and interviews with early living labs experts. Our study makes a contribution to the growing literature of living labs by analysing the emergence of living labs from the perspectives of (i) early living lab pioneers, (ii) early living lab activities in Europe and especially Nokia Corporation, (iii) framework programs of the European Union supporting the development of living labs, (iv) emergence of national living lab networks, and (v) emergence of the European Network of Living Labs (ENoLL). Moreover, the paper highlights major events in the emergence of living lab movement and labels three consecutive phases of the global living lab movement as (i) toward a new paradigm, (ii) practical experiences, and (iii) professional living labs….(More)”.
Open Space: The Global Effort for Open Access to Environmental Satellite Data
Book by Mariel Borowitz: “Key to understanding and addressing climate change is continuous and precise monitoring of environmental conditions. Satellites play an important role in collecting climate data, offering comprehensive global coverage that can’t be matched by in situ observation. And yet, as Mariel Borowitz shows in this book, much satellite data is not freely available but restricted; this remains true despite the data-sharing advocacy of international organizations and a global open data movement. Borowitz examines policies governing the sharing of environmental satellite data, offering a model of data-sharing policy development and applying it in case studies from the United States, Europe, and Japan—countries responsible for nearly half of the unclassified government Earth observation satellites.
Borowitz develops a model that centers on the government agency as the primary actor while taking into account the roles of such outside actors as other government officials and non-governmental actors, as well as the economic, security, and normative attributes of the data itself. The case studies include the U.S. National Aeronautics and Space Administration (NASA) and the U.S. National Oceanographic and Atmospheric Association (NOAA), and the United States Geological Survey (USGS); the European Space Agency (ESA) and the European Organization for the Exploitation of Meteorological Satellites (EUMETSAT); and the Japanese Aerospace Exploration Agency (JAXA) and the Japanese Meteorological Agency (JMA). Finally, she considers the policy implications of her findings for the future and provides recommendations on how to increase global sharing of satellite data….(More)”.
Our Gutenberg Moment: It’s Time To Grapple With The Internet’s Effect On Democracy
Alberto Ibargüen at HuffPost: “When clashes wracked Charlottesville, many Americans saw neo-nazi demonstrators as the obvious instigators. But others focused on counter-demonstrators, a view amplified by the president blaming “many sides.” The rift in perception underscored an uncomfortable but unavoidable truth about the flow of information today: Americans no longer have a shared foundation of facts upon which we can agree.
Politics has long been a messy, divisive business. I lived through the 1960s, a period of similar dissatisfaction, disillusionment, and disunity, brilliantly chronicled by Ken Burns’ new film “The Vietnam War” on PBS. But common, local knowledge —of history and current events — has always been the great equalizer in American society. Today, however, a decrease in shared knowledge has led to a collapse in trust. Over the past few years, we have watched our capacity to compromise wane as not only our politics, but also our most basic value systems, have become polarized.
The key difference between then and now is how news is delivered and consumed. At the beginning of our Republic, the reach of media was local and largely verifiable. That direct relationship between media outlets and their communities — local newspapers and, later, radio and TV stations — held until the second half of the 20th century. Network TV began to create a sense of national community but it fractioned with the sudden ability to offer targeted, membership-based models via cable.
But cable was nothing compared to Internet. Internet’s unique ability to personalize and to create virtual communities of interest accelerated the decline of newspapers and television business models and altered the flow of information in ways that we are still uncovering. “Media” now means digital and cable, cool mediums that require hot performance. Trust in all media, including traditional media, is at an all-time low, and we’re just now beginning to grapple with the threat to democracy posed by this erosion of trust.
Internet is potentially the greatest democratizing tool in history. It is also democracy’s greatest challenge. In offering access to information that can support any position and confirm any bias, social media has propelled the erosion of our common set of everyday facts….(More)”.
How online citizenship is unsettling rights and identities
James Bridle at Open Democracy: “Historically, and for those lucky enough to be born under the aegis of stable governments and national regimes, there have been two ways in which citizenship is acquired at birth. Jus soli – the right of soil – confers citizenship upon those born within the territory of a state regardless of their parentage. This right is common in the Americas, but less so elsewhere (and, since 2004, is to be found nowhere in Europe). More frequently, Jus sanguinis – the right of blood – determines a person’s citizenship based on the rights held by their parents. One might be denied citizenship in the place of one’s birth, but obtain it elsewhere….
One of the places we see traditional notions of the nation state and its methods of organisation and control – particularly the assignation of citizenship – coming under greatest stress is online, in the apparently borderless expanses of the internet, where information and data flow almost without restriction across the boundaries between states. And as our rights and protections are increasingly assigned not to our corporeal bodies but to our digital selves – the accumulations of information which stand as proxies for us in our relationships to states, banks, and corporations – so new forms of citizenship arise at these transnational digital junctions.
Jus algoritmi is a term coined by John Cheney-Lippold to describe a new form of citizenship which is produced by the surveillance state, whose primary mode of operation, like other state forms before it, is control through identification and categorisation. Jus algoritmi – the right of the algorithm – refers to the increasing use of software to make judgements about an individual’s citizenship status, and thus to decide what rights they have, and what operations upon their person are permitted….(More)”.
Blockchain Could Help Us Reclaim Control of Our Personal Data
Michael Mainelli at Harvard Business Review: “…numerous smaller countries, such as Singapore, are exploring national identity systems that span government and the private sector. One of the more successful stories of governments instituting an identity system is Estonia, with its ID-kaarts. Reacting to cyber-attacks against the nation, the Estonian government decided that it needed to become more digital, and even more secure. They decided to use a distributed ledger to build their system, rather than a traditional central database. Distributed ledgers are used in situations where multiple parties need to share authoritative information with each other without a central third party, such as for data-logging clinical assessments or storing data from commercial deals. These are multi-organization databases with a super audit trail. As a result, the Estonian system provides its citizens with an all-digital government experience, significantly reduced bureaucracy, and significantly high citizen satisfaction with their government dealings.
Cryptocurrencies such as Bitcoin have increased the awareness of distributed ledgers with their use of a particular type of ledger — blockchain — to hold the details of coin accounts among millions of users. Cryptocurrencies have certainly had their own problems with their wallets and exchanges — even ID-kaarts are not without their technical problems — but the distributed ledger technology holds firm for Estonia and for cryptocurrencies. These technologies have been working in hostile environments now for nearly a decade.
The problem with a central database like the ones used to house social security numbers, or credit reports, is that once it’s compromised, a thief has the ability to copy all of the information stored there. Hence the huge numbers of people that can be affected — more than 140 million people in the Equifax breach, and more than 50 million at Home Depot — though perhaps Yahoo takes the cake with more than three billion alleged customer accounts hacked. Of course, if you can find a distributed ledger online, you can copy it, too. However, a distributed ledger, while available to everyone, may be unreadable if its contents are encrypted. Bitcoin’s blockchain is readable to all, though you can encrypt things in comments. Most distributed ledgers outside cryptocurrencies are encrypted in whole or in part. The effect is that while you can have a copy of the database, you can’t actually read it.
This characteristic of encrypted distributed ledgers has big implications for identity systems. You can keep certified copies of identity documents, biometric test results, health data, or academic and training certificates online, available at all times, yet safe unless you give away your key. At a whole system level, the database is very secure. Each single ledger entry among billions would need to be found and then individually “cracked” at great expense in time and computing, making the database as a whole very safe.
Distributed ledgers seem ideal for private distributed identity systems, and many organizations are working to provide such systems to help people manage the huge amount of paperwork modern society requires to open accounts, validate yourself, or make payments. Taken a small step further, these systems can help you keep relevant health or qualification records at your fingertips. Using “smart” ledgers, you can forward your documentation to people who need to see it, while keeping control of access, including whether another party can forward the information. You can even revoke someone’s access to the information in the future….(More)”.
How We Can Stop Earthquakes From Killing People Before They Even Hit
Justin Worland in Time Magazine: “…Out of that realization came a plan to reshape disaster management using big data. Just a few months later, Wani worked with two fellow Stanford students to create a platform to predict the toll of natural disasters. The concept is simple but also revolutionary. The One Concern software pulls geological and structural data from a variety of public and private sources and uses machine learning to predict the impact of an earthquake down to individual city blocks and buildings. Real-time information input during an earthquake improves how the system responds. And earthquakes represent just the start for the company, which plans to launch a similar program for floods and eventually other natural disasters….
Previous software might identify a general area where responders could expect damage, but it would appear as a “big red blob” that wasn’t helpful when deciding exactly where to send resources, Dayton says. The technology also integrates information from many sources and makes it easy to parse in an emergency situation when every moment matters. The instant damage evaluations mean fast and actionable information, so first responders can prioritize search and rescue in areas most likely to be worst-hit, rather than responding to 911 calls in the order they are received.
One Concern is not the only company that sees an opportunity to use data to rethink disaster response. The mapping company Esri has built rapid-response software that shows expected damage from disasters like earthquakes, wildfires and hurricanes. And the U.S. government has invested in programs to use data to shape disaster response at agencies like the National Oceanic and Atmospheric Administration (NOAA)….(More)”.
A Better Way to Trace Scattered Refugees
Tina Rosenberg in The New York Times: “…No one knew where his family had gone. Then an African refugee in Ottawa told him about Refunite. He went on its website and opened an account. He gave his name, phone number and place of origin, and listed family members he was searching for.
Three-quarters of a century ago, while World War II still raged, the Allies created the International Tracing Service to help the millions who had fled their homes. Its central name index grew to 50 million cards, with information on 17.5 million individuals. The index still exists — and still gets queries — today.
Index cards have become digital databases, of course. And some agencies have brought tracing into the digital age in other ways. Unicef, for example, equips staff during humanitarian emergencies with a software called Primero, which helps them get children food, medical care and other help — and register information about unaccompanied children. A parent searching for a child can register as well. An algorithm makes the connection — “like a date-finder or matchmaker,” said Robert MacTavish, who leads the Primero project.
Most United Nations agencies rely for family tracing on the International Committee of the Red Cross, the global network of national Red Cross and Red Crescent societies. Florence Anselmo, who directs the I.C.R.C.’s Central Tracing Agency, said that the I.C.R.C. and United Nations agencies can’t look in one another’s databases. That’s necessary for privacy reasons, but it’s an obstacle to family tracing.
Another problem: Online databases allow the displaced to do their own searches. But the I.C.R.C. has these for only a few emergency situations. Anselmo said that most tracing is done by the staff of national Red Cross societies, who respond to requests from other countries. But there is no global database, so people looking for loved ones must guess which countries to search.
The organization is working on developing an algorithm for matching, but for now, the search engines are human. “When we talk about tracing, it’s not only about data matching,” Anselmo said. “There’s a whole part about accompanying families: the human aspect, professionals as well as volunteers who are able to look for people — even go house to house if needed.”
This is the mom-and-pop general store model of tracing: The customer makes a request at the counter, then a shopkeeper with knowledge of her goods and a kind smile goes to the back and brings it out, throwing in a lollipop. But the world has 65 million forcibly displaced people, a record number. Personalized help to choose from limited stock is appropriate in many cases. But it cannot possibly be enough.
Refunite seeks to become the eBay of family tracing….(More)”
BBC Four to investigate how flu pandemic spreads by launching BBC Pandemic app
BBC Press Release: “In a first of its kind nationwide citizen science experiment, Dr Hannah Fry is asking volunteers to download the BBC Pandemic App onto their smartphones. The free app will anonymously collect vital data on how far users travel over a 24 hour period. Users will be asked for information about the number of people they have come into contact with during this time. This data will be used to simulate the spread of a highly infectious disease to see what might happen when – not if – a real pandemic hits the UK.
By partnering with researchers at the University of Cambridge and the London School of Hygiene and Tropical Medicine, the BBC Pandemic app will identify the human networks and behaviours that spread infectious disease. The data collated from the app will help improve public health planning and outbreak control.
The results of the experiment will be revealed in a 90 minute landmark documentary, BBC Pandemic which will air in spring 2018 on BBC Four with Dr Hannah Fry and Dr Javid Abdelmoneim. The pair will chart the creation of the first ever life-saving pandemic, provide new insight into the latest pandemic science and use the data collected by the BBC Pandemic app to chart how an outbreak would spread across the UK.
In the last 100 years there have been four major flu pandemics including the Spanish Influenza outbreak of 1918 that killed up to 100 million people world wide. The Government National Risk Register estimates that infectious diseases are an even greater risk since 2015 and pandemic flu is the key concern as 50% of the population could be affected.
“Nobody knows when the next epidemic will hit, how far it will spread, or how many people will be affected. And yet, because of the power of mathematics, we can still be prepared for whatever lies ahead. What’s really important is that every single download will help improve our models so please please do take part – it will make a difference.” explains Dr Fry.
Dr Abdelmoneim says: “We shouldn’t underestimate the flu virus. It could easily be the cause of a major pandemic that could sweep around the world in a matter of weeks. I’m really excited about the BBC Pandemic app. If it can help predict the spread of a disease and be used to work out ways to slow that spread, it will be much easier for society and our healthcare system to manage”.
Cassian Harrison, Editor BBC Four says: “This is a bold and tremendously exciting project; bringing genuine insight and discovery, and taking BBC Four’s Experimental brief absolutely literally!”…(More)”
Are countries with a poor democratic record more likely to mandate an Aadhaar-like ID?
Rohan Venkataramakrishnan at the Centre for Communication Governance: “Can a country’s democratic record indicate whether it is likely to mandate a national biometric identity? Research by scholars at the National Law University, Delhi suggests there may be some correlation, at least to indicate that robust democracies have been more cautious about adopting biometric identity systems.
The Supreme Court’s decision last month upholding a fundamental Right to Privacy for all Indians has put a renewed focus on Aadhaar, India’s 12-digit biometric identity programme that has been criticised for not only violating privacy but also lacking sufficient data protection safeguards. Challenges to the Aadhaar project, in fact, prompted the Supreme Court to take up the question of a Right to Privacy, and the apex court will hear petitions against the unique identity initiative later this year.
Ahead of those hearings, researchers from the Centre for Communication Governance at the National Law University, Delhi sought to look at the adoption of biometric identity systems by countries across the world. While examining whether countries were instituting these Aadhaar-like systems, researchers from the Centre noticed a trend wherein nations with strong biometric identity systems were less likely to have robust democratic governments.
“As we gathered and analysed the data, we noticed an interesting trend where many countries that had strong biometric ID systems, also did not have strong democratic governments,” the researchers said.
So they sought to map out their research, based on data collected primarily from countries within the Commonwealth, measured against their positions on Freedom House’s Freedom in the World index and the Economist Intelligence Unit’s Democracy index. The results show a cluster of nations with less freedoms also instituting a biometric system, while others higher up the democracy index do not have similar identity programmes….(More)”.
Gamification, Participatory Democracy and Engaged Public(s)
Paper by Gianluca Sgueo: “The use of game-design elements – a phenomenon known as ‘gamification’ – features prominently within on-going processes of innovation of governance. According to the research and advisory firm Gartner, 2,000 of the top public organizations worldwide have at least one gamified application and/or process in place. Examples of gamification in public governance include “Run that town” (ideated by the Australian Bureau of Statistics to raise citizens’ awareness of the national census), the “Red Balloon Challenge” (initiated by the United States’ Defence Advanced Research Project Agency to test systems for improving cooperation among soldiers, experts and diplomatic officers overseas), and “Manor Labs” (a web platform that awarded “Innobucks”, a type of virtual commodity, to residents of the City of Manor, in Texas, for proposing ideas related with urban development).
The purpose of this paper is threefold: first, to determine who is actually participating in public policy processes via gamification; second, to weigh the impact that the public(s) engaged by gamification has on democratic governance; third, to assess the societal environment within which gamification might flourish or establish plausibly….(More)”.