Can We Track COVID-19 and Protect Privacy at the Same Time?

Curated on Posted on by Stefaan Verhulst

Sue Halpern at the New Yorker: “…Location data are the bread and butter of “ad tech.” They let marketers know you recently shopped for running shoes, are trying to lose weight, and have an abiding affection for kettle corn. Apps on cell phones emit a constant trail of longitude and latitude readings, making it possible to follow consumers through time and space. Location data are often triangulated with other, seemingly innocuous slivers of personal information—so many, in fact, that a number of data brokers claim to have around five thousand data points on almost every American. It’s a lucrative business—by at least one estimate, the data-brokerage industry is worth two hundred billion dollars. Though the data are often anonymized, a number of studies have shown that they can be easily unmasked to reveal identities—names, addresses, phone numbers, and any number of intimacies.

As Buckee knew, public-health surveillance, which serves the community at large, has always bumped up against privacy, which protects the individual. But, in the past, public-health surveillance was typically conducted by contract tracing, with health-care workers privately interviewing individuals to determine their health status and trace their movements. It was labor-intensive, painstaking, memory-dependent work, and, because of that, it was inherently limited in scope and often incomplete or inefficient. (At the start of the pandemic, there were only twenty-two hundred contact tracers in the country.)

Digital technologies, which work at scale, instantly provide detailed information culled from security cameras, license-plate readers, biometric scans, drones, G.P.S. devices, cell-phone towers, Internet searches, and commercial transactions. They can be useful for public-health surveillance in the same way that they facilitate all kinds of spying by governments, businesses, and malign actors. South Korea, which reported its first covid-19 case a month after the United States, has achieved dramatically lower rates of infection and mortality by tracking citizens with the virus via their phones, car G.P.S. systems, credit-card transactions, and public cameras, in addition to a robust disease-testing program. Israel enlisted Shin Bet, its secret police, to repurpose its terrorist-tracking protocols.  China programmed government-installed cameras to point at infected people’s doorways to monitor their movements….(More)”.

How to Make the Perfect Citizen? Lessons from China’s Model of Social Credit System

Curated on Posted on by Stefaan Verhulst

Paper by Liav Orgad and Wessel Reijers: “The COVID19 crisis has triggered a new wave of digitalization of the lives of citizens. To counter the devastating effects of the virus, states and corporations are experimenting with systems that trace citizens as an integral part of public life. In China, a comprehensive sociotechnical system of citizenship governance has already in force with the implementation of the Social Credit System—a technology-driven project that aims to assess, evaluate, and steer the behavior of Chinese citizens.

After presenting social credit systems in China’s public and private sectors (Part I), the article provides normative standards to distinguish the Chinese system from comparable Western systems (Part II). It then shows the manner in which civic virtue is instrumentalized in China, both in content (“what” it is) and in form (“how” to cultivate it) (Part III), and claims that social credit systems represent a new form of citizenship governance, “cybernetic citizenship,” which implements different conceptions of state power, civic virtue, and human rights (Part V). On the whole, the article demonstrates how the Chinese Social Credit System redefines the institution of citizenship and warns against similar patterns that are mushrooming in the West.

The article makes three contributions: empirically, it presents China’s Social Credit Systems and reveals their data sources, criteria used, rating methods, and attached sanctions and rewards. Comparatively, it shows that, paradoxically, China’s Social Credit System is not fundamentally different than credit systems in Western societies, yet indicates four points of divergence: scope, authority, regulation, and regime. Normatively, it claims that China’s Social Credit System creates a form of cybernetic citizenship governance, which redefines the essence of citizenship….(More)”

Doctors are using AI to triage covid-19 patients. The tools may be here to stay

Curated on Posted on by Stefaan Verhulst

Karen Hao at MIT Technology Review: “The pandemic, in other words, has turned into a gateway for AI adoption in health care—bringing both opportunity and risk. On the one hand, it is pushing doctors and hospitals to fast-track promising new technologies. On the other, this accelerated process could allow unvetted tools to bypass regulatory processes, putting patients in harm’s way.

“At a high level, artificial intelligence in health care is very exciting,” says Chris Longhurst, the chief information officer at UC San Diego Health. “But health care is one of those industries where there are a lot of factors that come into play. A change in the system can have potentially fatal unintended consequences.”

Before the pandemic, health-care AI was already a booming area of research. Deep learning, in particular, has demonstrated impressive results for analyzing medical images to identify diseases like breast and lung cancer or glaucoma at least as accurately as human specialists. Studies have also shown the potential of using computer vision to monitor elderly people in their homes and patients in intensive care units.

But there have been significant obstacles to translating that research into real-world applications. Privacy concerns make it challenging to collect enough data for training algorithms; issues related to bias and generalizability make regulators cautious to grant approvals. Even for applications that do get certified, hospitals rightly have their own intensive vetting procedures and established protocols. “Physicians, like everybody else—we’re all creatures of habit,” says Albert Hsiao, a radiologist at UCSD Health who is now trialing his own covid detection algorithm based on chest x-rays. “We don’t change unless we’re forced to change.”

As a result, AI has been slow to gain a foothold. “It feels like there’s something there; there are a lot of papers that show a lot of promise,” said Andrew Ng, a leading AI practitioner, in a recent webinar on its applications in medicine. But “it’s not yet as widely deployed as we wish.”…

In addition to the speed of evaluation, Durand identifies something else that may have encouraged hospitals to adopt AI during the pandemic: they are thinking about how to prepare for the inevitable staff shortages that will arise after the crisis. Traumatic events like a pandemic are often followed by an exodus of doctors and nurses. “Some doctors may want to change their way of life,” he says. “What’s coming, we don’t know.”…(More)”

Reweaving the social fabric after the crisis

Curated on Posted on by Stefaan Verhulst

Andy Haldane at the Financial Times: “Yet one source of capital, as in past pandemics, is bucking these trends: social capital. This typically refers to the network of relationships across communities that support and strengthen societies. From surveys, we know that people greatly value these networks, even though social capital itself is rarely assigned a monetary value.

The social distancing policies enacted across the world to curb the spread of Covid-19 might have been expected to weaken social networks and damage social capital. In fact, the opposite has happened. People have maintained physical distance while pursuing social togetherness. Existing networks have been strengthened and new ones ­created, often digitally. Even as other capital has crumbled, the stock of social capital has risen, acting as a counter­cyclical stabiliser across communities. We see this daily on our doorsteps through small acts of neighbourly kindness.

We see it in the activities of community groups, charities and philanthropic movements, whose work has risen in importance and prominence. And we see it too in the vastly increased numbers of people volunteering to help. Before the crisis struck, the global volunteer corps numbered a staggering 1bn people. Since then, more people than ever have signed up for civic service, including 750,000 volunteers who are supporting the UK National Health Service. They are the often-invisible army helping fight this invisible enemy.

This same pattern appeared during past periods of societal stress, from pandemics to wars. Then, as now, faith and community groups provided the glue bonding societies together. During the 19th century, the societal stresses arising from the Industrial Revolution — homelessness, family separation, loneliness — were the catalyst for the emergence of the charitable sector.

The economic and social progress that followed the Industrial Revolution came courtesy of a three-way partnership among the private, public and social sectors. The private sector provided the innovative spark; the state provided insurance to the incomes, jobs and health of citizens; and the social sector provided the support network to cope with disruption to lives and livelihoods. Back then, social capital (every bit as much as human, financial and physical capital) provided the foundations on which capitalism was built….(More)”.

Crowdsourcing a crisis response for COVID-19 in oncology

Curated on Posted on by Stefaan Verhulst

Aakash Desai et al in Nature Medicine: “Crowdsourcing efforts are currently underway to collect and analyze data from patients with cancer who are affected by the COVID-19 pandemic. These community-led initiatives will fill key knowledge gaps to tackle crucial clinical questions on the complexities of infection with the causative coronavirus SARS-Cov-2 in the large, heterogeneous group of vulnerable patients with cancer…(More)”

Congress in Crisis: How Legislatures are Continuing to Meet during the Pandemic

Curated on Posted on by Stefaan Verhulst

The GovLab: “In response to the COVID-19 pandemic, legislatures at the national, state and local level are adapting to keep the lawmaking process going while minimizing the need for face-to-face meetings. While some have simply lowered quorum thresholds or reduced the number of sessions while continuing to meet in person, others are trialing more ambitious remote participation systems where lawmakers convene, deliberate, and vote virtually. Still others have used shift as an opportunity to create mechanisms for greater civic engagement.

For a short overview of how legislatures in Brazil, Chile, France, and other countries are using technology to convene, deliberate and vote remotely, see the GovLab’s short video, Continuity of Congress.”

To recover faster from Covid-19, open up: Managerial implications from an open innovation perspective

Curated on Posted on by Stefaan Verhulst

Paper by Henry Chesbrough: “Covid-19 has severely tested our public health systems. Recovering from Covid-19 will soon test our economic systems. Innovation will have an important role to play in recovering from the aftermath of the coronavirus. This article discusses both how to manage innovation as part of that recovery, and also derives some lessons from how we have responded to the virus so far, and what those lessons imply for managing innovation during the recovery.

Covid-19’s assault has prompted a number of encouraging developments. One development has been the rapid mobilization of scientists, pharmaceutical companies and government officials to launch a variety of scientific initiatives to find an effective response to the virus. As of the time of this writing, there are tests underway of more than 50 different compounds as possible vaccines against the virus.1 Most of these will ultimately fail, but the severity of the crisis demands that we investigate every plausible candidate. We need rapid, parallel experimentation, and it must be the test data that select our vaccine, not internal political or bureaucratic processes.

A second development has been the release of copious amounts of information about the virus, its spread, and human responses to various public health measures. The Gates Foundation, working with the Chan-Zuckerberg Foundation and the White House Office of Science and Technology Policy have joined forces to publish all of the known medical literature on the coronavirus, in machine-readable form. This was done with the intent to accelerate the analysis of the existing research to identify possible new avenues of attack against Covid-19. The coronavirus itself was synthesized early on in the outbreak by scientists in China, providing the genetic sequence of the virus, and showing where it differed from earlier viruses such as SARS and MERS. This data was immediately shared widely with scientists and researchers around the world. At the same time, GITHUB and the Humanitarian Data Exchange each have an accumulating series of datasets on the geography of the spread of the disease (including positive test cases, hospitalizations, and deaths).

What these developments have in common is openness. In fighting a pandemic, speed is crucial, and the sooner we know more and are able to take action, the better for all of us. Opening up mobilizes knowledge from many different places, causing our learning to advance and our progress against the disease to accelerate. Openness unleashes a volunteer army of researchers, working in their own facilities, across different time zones, and different countries. Openness leverages the human capital available in the world to tackle the disease, and also accesses the physical capital (such as plant and equipment) already in place to launch rapid testing of possible solutions. This openness corresponds well to an academic body of work called open innovation (Chesbrough, 2003; Chesbrough, 2019).

Innovation is often analyzed in terms of costs, and the question of whether to “make or buy” often rests on which approach costs less. But in a pandemic, time is so valuable and essential, that the question of costs is far less important than the ability to get to a solution sooner. The Covid-19 disease appears to be doubling every 3–5 days, so a delay of just a few weeks in the search for a new vaccine (they normally take 1–2 years to develop, or more) might witness multiple doublings of size of the population infected with the disease. It is for this reason that Bill Gates is providing funds to construct facilities in advance for producing the leading vaccine candidates. Though the facilities for the losing candidates will not be used, it will save precious time to make the winning vaccine in high volume, once it is found.

Open innovation can help speed things up….(More)”.

EDPB Adopts Guidelines on the Processing of Health Data During COVID-19

Curated on Posted on by Stefaan Verhulst

Hunton Privacy Blog: “On April 21, 2020, the European Data Protection Board (“EDPB”) adopted Guidelines on the processing of health data for scientific purposes in the context of the COVID-19 pandemic. The aim of the Guidelines is to provide clarity on the most urgent matters relating to health data, such as legal basis for processing, the implementation of adequate safeguards and the exercise of data subject rights.

The Guidelines note that the General Data Protection Regulation (“GDPR”) provides a specific derogation to the prohibition on processing of sensitive data under Article 9, for scientific purposes. With respect to the legal basis for processing, the Guidelines state that consent may be relied on under both Article 6 and the derogation to the prohibition on processing under Article 9 in the context of COVID-19, as long as the requirements for explicit consent are met, and as long as there is no power imbalance that could pressure or disadvantage a reluctant data subject. Researchers should keep in mind that study participants must be able to withdraw their consent at any time. National legislation may also provide an appropriate legal basis for the processing of health data and a derogation to the Article 9 prohibition. Furthermore, national laws may restrict data subject rights, though these restrictions should apply only as is strictly necessary.

In the context of transfers to countries outside the European Economic Area that have not been deemed adequate by the European Commission, the Guidelines note that the “public interest” derogation to the general prohibition on such transfers may be relied on, as well as explicit consent. The Guidelines add, however, that these derogations should only be relied on as a temporary measure and not for repetitive transfers.

The Guidelines highlight the importance of complying with the GDPR’s data protection principles, particularly with respect to transparency. Ideally, notice of processing as part of a research project should be provided to the relevant data subject before the project commences, if data has not been collected directly from the individual, in order to allow the individual to exercise their rights under the GDPR. There may be instances where, considering the number of data subjects, the age of the data and the safeguards in place, it would be impossible or require disproportionate effort to provide notice, in which case researchers may be able to rely on the exemptions set out under Article 14 of the GDPR.

The Guidelines also highlight that processing for scientific purposes is generally not considered incompatible with the purposes for which data is originally collected, assuming that the principles of data minimization, integrity, confidentiality and data protection by design and by default are complied with (See Guidelines)”.

Personalized nudging

Curated on Posted on by Stefaan Verhulst

Stuart Mills at Behavioural Public Policy: “A criticism of behavioural nudges is that they lack precision, sometimes nudging people who – had their personal circumstances been known – would have benefitted from being nudged differently. This problem may be solved through a programme of personalized nudging. This paper proposes a two-component framework for personalization that suggests choice architects can personalize both the choices being nudged towards (choice personalization) and the method of nudging itself (delivery personalization). To do so, choice architects will require access to heterogeneous data.

This paper argues that such data need not take the form of big data, but agrees with previous authors that the opportunities to personalize nudges increase as data become more accessible. Finally, this paper considers two challenges that a personalized nudging programme must consider, namely the risk personalization poses to the universality of laws, regulation and social experiences, and the data access challenges policy-makers may encounter….(More)”.

The global pandemic has spawned new forms of activism – and they’re flourishing

Curated on Posted on by Stefaan Verhulst

Erica Chenoweth, Austin Choi-Fitzpatrick, Jeremy Pressman, Felipe G Santos and Jay Ulfelder at The Guardian: “Before the Covid-19 pandemic, the world was experiencing unprecedented levels of mass mobilization. The decade from 2010 to 2019 saw more mass movements demanding radical change around the world than in any period since World War II. Since the pandemic struck, however, street mobilization – mass demonstrations, rallies, protests, and sit-ins – has largely ground to an abrupt halt in places as diverse as India, Lebanon, Chile, Hong Kong, Iraq, Algeria, and the United States.

The near cessation of street protests does not mean that people power has dissipated. We have been collecting data on the various methods that people have used to express solidarity or adapted to press for change in the midst of this crisis. In just several weeks’ time, we’ve identified nearly 100 distinct methods of nonviolent action that include physical, virtual and hybrid actions – and we’re still counting. Far from condemning social movements to obsolescence, the pandemic – and governments’ responses to it – are spawning new tools, new strategies, and new motivation to push for change.

In terms of new tools, all across the world, people have turned to methods like car caravans, cacerolazos (collectively banging pots and pans inside the home), and walkouts from workplaces with health and safety challenges to voice personal concerns, make political claims, and express social solidarity. Activists have developed alternative institutions such as coordinated mask-sewing, community mutual aid pods, and crowdsourced emergency funds. Communities have placed teddy bears in their front windows for children to find during scavenger hunts, authors have posted live-streamed readings, and musicians have performed from their balconies and rooftops. Technologists are experimenting with drones adapted to deliver supplies, disinfect common areas, check individual temperatures, and monitor high-risk areas. And, of course, many movements are moving their activities online, with digital rallies, teach–ins, and information-sharing.

Such activities have had important impacts. Perhaps the most immediate and life-saving efforts have been those where movements have begun to coordinate and distribute critical resources to people in need. Local mutual aid pods, like those in Massachusetts, have emerged to highlight urgent needs and provide for crowdsourced and volunteer rapid response. Pop-up food banks, reclaiming vacant housing, crowdsourced hardship funds, free online medical-consultation clinics, mass donations of surgical masks, gloves, gowns, goggles and sanitizer, and making masks at home are all methods that people have developed in the past several weeks. Most people have made these items by hand. Others have even used 3D printers to make urgently-needed medical supplies. These actions of movements and communities have already saved countless lives….(More)”.