UN Opens New Office to Monitor AI Development and Predict Possible Threats


Interesting Engineering: “The United Nations has created a new office in the Netherlands dedicated to the monitoring and research of Artificial Intelligence (AI) technologies. The new office will collect information about the way in which AI is impacting the world. Researchers will have a particular focus on the way AI relates to global security but will also monitor the effects of job loss from AI and automation.

Irakli Beridze, a UN senior strategic adviser will head the office. They have described the new office saying, “A number of UN organisations operate projects involving robots and AI, such as the group of experts studying the role of autonomous military robots in the realm of conventional weapons. These are temporary measures. Ours is the first permanent UN office on this subject. We are looking at the risks as well as the advantages.”….He suggests that the speed of AI technology development is of primary concern. He explains, “This can make for instability if society does not adapt quickly enough. One of our most important tasks is to set up a network of experts from business, knowledge institutes, civil society organisations and governments. We certainly do not want to plead for a ban or a brake on technologies. We will also explore how new technology can contribute to the sustainable development goals of the UN. For this, we want to start concrete projects. We will not be a talking club.”…(More).

Ethical Guidelines for Applying Predictive Tools Within Human Services


MetroLab Network: “Predictive analytical tools are already being put to work within human service agencies to help make vital decisions about when and how to intervene in the lives of families and communities. The sector may not be entirely comfortable with this trend, but it should not be surprised. Predictive models are in wide use within the justice and education sectors and, more to the point, they work: risk assessment is fundamental to what social services do, and these tools can help agencies respond more quickly to prevent harm, to create more personalized interventions, and allocate scarce public resources to where they can do the most good.

There is also a strong case that predictive risk models (PRM) can reduce bias in decision-making. Designing a predictive model forces more explicit conversations about how agencies think about different risk factors and how they propose to guard against disadvantaging certain demographic or socioeconomic groups. And the standard that agencies are trying to improve upon is not perfect equity—it is the status quo, which is neither transparent nor uniformly fair. Risk scores do not eliminate the possibility of personal or institutional prejudice but they can make it more apparent by providing a common reference point.

That the use of predictive analytics in social services can reduce bias is not to say that it will. Careless or unskilled development of these predictive tools could worsen disparities among clients receiving social services. Child and civil rights advocates rightly worry about the potential for “net widening”—drawing more people in for unnecessary scrutiny by the government. They worry that rather than improving services for vulnerable clients, these models will replicate the biases in existing public data sources and expose them to greater trauma. Bad models scale just as quickly as good ones, and even the best of them can be misused.

The stakes here are real: for children and families that interact with these social systems and for the reputation of the agencies that turn to these tools. What, then, should a public leader know about risk modeling, and what lessons does it offer about how to think about data science, data stewardship, and the public interest?…(More)”.

The Potential of Social Media Intelligence to Improve People’s Lives: Social Media Data for Good


New report by Stefaan G. Verhulst and Andrew Young: “The twenty-first century will be challenging on many fronts. From historically catastrophic natural disasters resulting from climate change to inequality to refugee and terrorism crises, it is clear that we need not only new solutions, but new insights and methods of arriving at solutions. Data, and the intelligence gained from it through advances in data science, is increasingly being seen as part of the answer. This report explores the premise that data—and in particular the vast stores of data and the unique analytical expertise held by social media companies—may indeed provide for a new type of intelligence that could help develop solutions to today’s challenges.

Social Media Data Report

In this report, developed with support from Facebook, we focus on an approach to extract public value from social media data that we believe holds the greatest potential: data collaboratives. Data collaboratives are an emerging form of public-private partnership in which actors from different sectors exchange information to create new public value. Such collaborative arrangements, for example between social media companies and humanitarian organizations or civil society actors, can be seen as possible templates for leveraging privately held data towards the attainment of public goals….(More)”

Polish activists turn to digital democracy


 in the Financial Times: “Opponents of the Polish government have mounted a series of protests on issues ranging from reform of the judiciary to an attempt to ban abortion. In February, they staged yet another, less public but intensely emotive, battle — to save the country’s trees.

At the beginning of the year, a new law allowed property owners to cut trees on their land without official permission. As a result, hundreds of trees disappeared from the centres of Polish cities as more valuable treeless plots were sold off to developers. In parallel, the government authorised extensive logging of the ancient forest in Bialowieza, a Unesco world heritage site.

“People reacted very emotionally to these practices,” says Wojciech Sanko, a co-ordinator at Code for Poland, a programme run by ePanstwo (eState), the country’s biggest non-governmental organisation in this field.

The group aims to deploy new technology tools designed to explain local and national policies, and to make it easier for citizens to take part in public life. As no one controlled the tree-cutting, for example, Mr Sanko thought technology could at least help to monitor it. First, he wanted to set up a simple digital map of trees cut in Warsaw. But as the controversial liberalisation of tree-cutting was reversed, the NGO together with local activists decided to work on another project — to map trees still standing, along with data about species and their absorption of carbon dioxide associated with climate change.

The group has also started to create an app for activists in Bialowieza forest: an open-source map that will gather all documentation from civic patrols monitoring the site, and will indicate the exact places of logging.

A trend towards recruiting technology for civic projects has been slowly gathering pace in a country that is hard to describe as socially-engaged: only 59 per cent of Poles say they have done volunteer work for the community, according to a 2016 survey by the Centre of Public Opinion Research.

Election turnout barely surpasses 50 per cent. Yet since the election of the rightwing Law and Justice government in 2015, which has introduced rapid and controversial reforms across all domains of public life, citizens have started to take a closer look at politicians and their actions.

In addition to the tree map, Code for Poland has developed a website that aggregates public data, such as tax spending or air pollution.

Mr Sanko underlines, however, that Code for Poland is much more about local communities than national politics. Many of the group’s projects are small scale, ranging from a mobile app for an animal shelter in Gdansk and a tool that shows people where they can take their garbage.

Piotr Micula, board member of Miasto Jest Nasze (The City is Ours), an urban movement in Warsaw, says that increasing access to data is fuelling the development of civic tech. “Even as a small organisation, we try to use big data and visualise it,” he says….(More)”.

Voice or chatter? Making ICTs work for transformative citizen engagement


Research Report Summary by Making All Voices Count: “What are the conditions in democratic governance that make information and communication technology (ICT)-mediated citizen engagement transformative? While substantial scholarship exists on the role of the Internet and digital technologies in triggering moments of political disruption and cascading upheavals, academic interest in the sort of deep change that transforms institutional cultures of democratic governance, occurring in ‘slow time’, has been relatively muted.

This study attempts to fill this gap. It is inspired by the idea of participation in everyday democracy and seeks to explore how ICT-mediated citizen engagement can promote democratic governance and amplify citizen voice.

ICT-mediated citizen engagement is defined by this study as comprising digitally-mediated information outreach, dialogue, consultation, collaboration and decision-making, initiated either by government or by citizens, towards greater government accountability and responsiveness.

The study involved empirical explorations of citizen engagement initiatives in eight sites – two in Asia (India and Philippines), one in Africa (South Africa), three in South America (Brazil, Colombia, Uruguay) and two in Europe (Netherlands and Spain).

This summary of the larger Research Report presents recommendations for how public policies and programmes can promote ICTs for citizen engagement and transformative citizenship.  In doing so it provides an overview of the discussion the authors undertake on three inter-related dimensions, namely:

  • calibrating digitally mediated citizen participation as a measure of political empowerment and equality
  • designing techno-public spaces as bastions of inclusive democracy
  • ensuring that the rule of law upholds democratic principles in digitally mediated governance…(More. Full research report)

Saving the Soul of the Smart City


Joshua J. Yates at The Hedgehog Review: “…We, too, stand on the cusp of a revolutionary new urban form: “the smart city.” That form emerges from a new wave of intensive urbanization and the proliferating uses of information technology to “optimize” the city’s functioning. It takes shape not uniformly or seamlessly but in fits and starts—in a handful of places all at once, incrementally in others. As was the case with the commuter suburb before it, a potent combination of institutional interests, technological innovations, and cultural appetites fuels the smart city’s rise. But this fact only raises the stakes, demanding that we look as hard at the coming of the smart city as Whyte, Jacobs, and their colleagues looked at the suburban efflorescence….

We can begin taking a hard look at the smart city paradigm by examining its organizing concept: optimization. This term is ubiquitous in discussions about smart cities, and it provides a key to understanding the cultural reasoning behind this new urban form and what that reasoning might be committing us to, morally and civically, over the long run.

By definition, optimization simply means the act of making the most of a process, situation, or resource. It is maximizing potential in light of given circumstances. Facing situations of fiscal austerity, as many of them are, cities are drawn to optimization in their quest to economize. This much is easy to understand. But it is optimization in a more triumphant, maximizing register that underwrites the unquestioning optimism of boosters of the smart city and its potential. For instance, here is how Y Combinator, the Silicon Valley “accelerator” that created Airbnb, recently announced that it was getting into the smart city business: “We want to study building new, better cities. The world is full of people who aren’t realizing their potential in large part because their cities don’t provide the opportunities and living conditions necessary for success. A high leverage way to improve our world is to unleash this massive potential by making better cities….

Narrowing the horizon of living to one overriding register of value, a regime of optimization stamps out the broad, diverse array of conditions that make human life vital. It turns out that some of the things most necessary for human thriving cannot be optimized, and are greatly harmed to the extent that we try. Conviviality, family, friendship, serendipity, play, dependency, trust, calling, and yes, even happiness: These are just a few of the things that make life meaningful and which wither in the soil of optimization. Some of these qualities, as Jane Jacobs reminds us, are able to grow and blossom organically only from the self-organizing everyday forms of human contact that generate spontaneously from vibrant public places and street life. “The ballet of the good city sidewalk,” Jacobs famously wrote, “never repeats itself from place to place, and in any one place is always replete with new improvisations.” Such emergence, as Hannah Arendt reminds us, can come only “against the overwhelming odds of statistical laws and their probability, which for all practical, everyday purposes amounts to certainty; the new therefore always appears in the guise of a miracle.”

Some, Jacobs and Arendt would agree, can come only through the civic friction that physical proximity and cultural particularity generate, and which can lead to genuine dialogue with our neighbors. But some, the philosopher Charles Taylor would remind us, come ultimately through the cultivation of the skills and virtues that power our commitments to working for the good of one another, even possibly at the expense of our own convenience and comforts. If the smart city is to contribute to a thriving human ecology oriented toward truth, justice, and goodness as well as prosperity, beauty, and sustainability, we stand in urgent need of a deep ethical and political turn that will help us cultivate the unoptimizable things for the purposes of making the city not just smart, but wise….(More)”.

Open & Shut


Harsha Devulapalli: “Welcome to Open & Shut — a new blog dedicated to exploring the opportunities and challenges of working with open data in closed societies around the world. Although we’ll be exploring questions relevant to open data practitioners worldwide, we’re particularly interested in seeing how civil society groups and actors in the Global South are using open data to push for greater government transparency, and tackle daunting social and economic challenges facing their societies….Throughout this series we’ll be profiling and interviewing organisations working with open data worldwide, and providing do-it-yourself data tutorials that will be useful for beginners as well as data experts. …

What do we mean by the terms ‘open data’ and ‘closed societies’?

It’s important to be clear about what we’re dealing with, here. So let’s establish some key terms. When we talk about ‘open data’, we mean data that anyone can access, use and share freely. And when we say ‘closed societies’, we’re referring to states or regions in which the political and social environment is actively hostile to notions of openness and public scrutiny, and which hold principles of freedom of information in low esteem. In closed societies, data is either not published at all by the government, or else is only published in inaccessible formats, is missing data, is hard to find or else is just not digitised at all.

Iran is one such state that we would characterise as a ‘closed society’. At Small Media, we’ve had to confront the challenges of poor data practice, secrecy, and government opaqueness while undertaking work to support freedom of information and freedom of expression in the country. Based on these experiences, we’ve been working to build Iran Open Data — a civil society-led open data portal for Iran, in an effort to make Iranian government data more accessible and easier for researchers, journalists, and civil society actors to work with.

Iran Open Data — an open data portal for Iran, created by Small Media

.

..Open & Shut will shine a light on the exciting new ways that different groups are using data to question dominant narratives, transform public opinion, and bring about tangible change in closed societies. At the same time, it’ll demonstrate the challenges faced by open data advocates in opening up this valuable data. We intend to get the community talking about the need to build cross-border alliances in order to empower the open data movement, and to exchange knowledge and best practices despite the different needs and circumstances we all face….(More)

Data Responsibility: Social Responsibility for a Data Age


TED-X Talk by Stefaan Verhulst: “In April 2015, the Gorkha earthquake hit Nepal—the worst in more than 80 years. Hundreds of thousands of people were rendered homeless and entire villages were flattened. The earthquake also triggered massive avalanches on Mount Everest, and ultimately killed nearly 9,000 people across the country.

Yet for all the destruction, the toll could have been far greater. Without mitigating or in any way denying the horrible disaster that hit Nepal that day, the responsible use of data helped avoid a worse calamity and may offer lessons for other disasters around the world.

Following the earthquake, government and civil society organizations rushed in to address the humanitarian crisis. Notably, so did the private sector. Nepal’s largest mobile operator, Ncell, for example, decided to share its mobile data—in an aggregated, de-identified way—with the the nonprofit Swedish organization Flowminder. Flowminder then used this data to map population movements around the country; these real-time maps allowed the government and humanitarian organizations to better target aid and relief to affected communities, thus maximizing the impact of their efforts.

The initiative has been widely lauded as a model for cross-sector collaboration. But what is perhaps most striking about the initiative is the way it used data—in particular, how it repurposed data originally collected for private purposes for public ends. This use of corporate data for wider social impact reflects the emerging concept of “data responsibility.” …

 

The Three Pillars of Data Responsibility

1. Share. This is perhaps the most evident: Data holders have a duty to share private data when a clear case exists that it serves the public good. There now exists manifold evidence that data—with appropriate oversight—can help improve lives, as we saw in Nepal.

2. Protect. The consequences of failing to protect data are well documented. The most obvious problems occur when data is not properly anonymized or when de-anonymized data leaks into the public domain. But there are also more subtle cases, when ostensibly anonymized data is itself susceptible to de-anonymization, and information released for the public good ends up causing or potentially causing harm.

3. Act. For the data to really serve the public good, officials and others must create policies and interventions based on the insights they gain from it. Without action, the potential remains just that—mere potential, never translated into concrete results….(Watch TEDx Video).

See also International Data Responsibility Group and Data Collaboratives Project.

Elsevier Is Becoming a Data Company. Should Universities Be Wary?


Paul Basken at The Chronicle of Higher Education: “As universities have slowly pushed their scientists to embrace open-access journals, publishers will need new profit centers. Elsevier appears well ahead of the pack in creating a network of products that scientists can use to record, share, store, and measure the value to others of the surging amounts of data they produce.

“Maybe all publishers are going, or wish they were” going, in the direction of becoming data companies, said Vincent Larivière, an associate professor of information science at the University of Montreal. “But Elsevier is the only one that is there.”

A Suite of Services

Universities also recognize the future of data. Their scientists are already seeing that widely and efficiently sharing data in fields such as cancer research has enabled accomplishments that have demonstrably saved lives.

In their eagerness to embrace that future, however, universities may not be paying enough attention to what their choices of systems may eventually cost them, warned Roger C. Schonfeld, a program director at Ithaka S+R. With its comprehensive data-services network, Mr. Schonfeld wrote earlier this year, Elsevier appears ready “to lock in scientists to a research workflow no less powerful than the strength of the lock-in libraries have felt to ‘big deal’ bundles.”….

Some open-access advocates say the situation points to an urgent need to create more robust nonprofit alternatives to Elsevier’s product line of data-compiling and sharing tools. But so far financial backing for the developmental work is thin. One of the best known attempts is the Open Science Framework, a web-based data interface built by the Center for Open Science, which has an annual budget of about $6 million, provided largely by foundations and other private donors.

In general, U.S. research universities — a $70 billion scientific enterprise — have not made major contributions to such projects. The Association of American Universities and the Association of Public and Land-grant Universities have, however, formed a team that’s begun studying the future of data sharing. So far, that effort has been focused on more basic steps such as establishing data-storage facilities, linking them together, and simply persuading scientists to take seriously the need to share data.…(More)”

Digital Decisions Tool


Center for Democracy and Technology (CDT): “Two years ago, CDT embarked on a project to explore what we call “digital decisions” – the use of algorithms, machine learning, big data, and automation to make decisions that impact individuals and shape society. Industry and government are applying algorithms and automation to problems big and small, from reminding us to leave for the airport to determining eligibility for social services and even detecting deadly diseases. This new era of digital decision-making has created a new challenge: ensuring that decisions made by computers reflect values like equality, democracy, and justice. We want to ensure that big data and automation are used in ways that create better outcomes for everyone, and not in ways that disadvantage minority groups.

The engineers and product managers who design these systems are the first line of defense against unfair, discriminatory, and harmful outcomes. To help mitigate harm at the design level, we have launched the first public version of our digital decisions tool. We created the tool to help developers understand and mitigate unintended bias and ethical pitfalls as they design automated decision-making systems.

About the digital decisions tool

This interactive tool translates principles for fair and ethical automated decision-making into a series of questions that can be addressed during the process of designing and deploying an algorithm. The questions address developers’ choices, such as what data to use to train an algorithm, what factors or features in the data to consider, and how to test the algorithm. They also ask about the systems and checks in place to assess risk and ensure fairness. These questions should provoke thoughtful consideration of the subjective choices that go into building an automated decision-making system and how those choices could result in disparate outcomes and unintended harms.

The tool is informed by extensive research by CDT and others about how algorithms and machine learning work, how they’re used, the potential risks of using them to make important decisions, and the principles that civil society has developed to ensure that digital decisions are fair, ethical, and respect civil rights. Some of this research is summarized on CDT’s Digital Decisions webpage….(More)”.