How Low and Middle-Income Countries Are Innovating to Combat Covid


Article by Ben Ramalingam, Benjamin Kumpf, Rahul Malhotra and Merrick Schaefer: “Since the Covid-19 pandemic hit, innovators around the world have developed thousands of novel solutions and practical approaches to this unprecedented global health challenge. About one-fifth of those innovations have come from low- and middle-income countries across sub-Saharan Africa, South Asia, and Latin America, according to our analysis of WHO data, and they work to address the needs of poor, marginalized, or excluded communities at the so-called bottom of the pyramid.

Over the past year we’ve been able to learn from and support some of those inspiring innovators. Their approaches are diverse in scope and scale and cover a vast range of pandemic response needs — from infection prevention and control to community engagement, contract tracing, social protection, business continuity, and more.

Here we share seven lessons from those innovators that offer promising insights not only for the ongoing Covid response but also for how we think about, manage, and enable innovation.

1. Ensure that your solutions are sensitive to social and cultural dynamics. 

Successful innovations are relevant to the lived realities of the people they’re intended to help. Socially and culturally sensitive design approaches see greater uptake and use. This is true in both resource-constrained and resource-rich environments.

Take contact tracing in Kenya. In a context where more than half of all residents use public transportation every day, the provider of a ticketing app for Nairobi’s bus fleets adapted its software to collect real-time passenger data. The app has been used across one of the world’s most mobile populations to trace Covid-19 cases, identify future clusters, trigger automated warnings to exposed passengers, and monitor the maximum number of people that could safely be allowed in each vehicle….(More)”.

The replication crisis won’t be solved with broad brushstrokes



David Peterson at Nature: “Alarm about a ‘replication crisis’ launched a wave of projects that aimed to quantitatively evaluate scientific reproducibility: statistical analyses, mass replications and surveys. Such efforts, collectively called metascience, have grown into a social movement advocating broad reforms: open-science mandates, preregistration of experiments and new incentives for careful research. It has drawn attention to the need for improvements, and caused rancour.

Philosophers, historians and sociologists no longer accept a single, unified definition of science. Instead, they document how scientists in different fields have developed unique practices of producing, communicating and evaluating evidence, guided loosely by a set of shared values. However, this diversity and underlying scholarship are often overlooked by metascience activists.

Over the past three years, Aaron Panofsky, a sociologist at the University of California, Los Angeles, and I have interviewed 60 senior biologists, chemists, geologists and physicists who are reviewing editors at Science, plus another 83 scientists seeking science-wide reforms. These highly recognized researchers saw growing interest in making science more open and robust — but also expressed scepticism.

Senior researchers bristled at the idea that their fields were in ‘crisis’, and suspected that activists were seeking recognition for themselves. A frustrated biologist argued that people running mass replication studies “were not motivated to find reproducibility” and benefited from finding it lacking. Others said metascientists dismissed replication work done to further a line of research rather than assess the state of the literature. Another saw data deposition as a frustrating, externally imposed mandate: “We’re already drowning in all the bureaucratic crap.”

Even those who acknowledged the potential value of reforms, such as those for data sharing, felt that there was no discussion about the costs. “If you add up all of the things that only take ten minutes, it’s a huge chunk of your day.”…(More)”.

Introducing the AI Localism Repository


The GovLab: “Artificial intelligence is here to stay. As this technology advances—both in its complexity and ubiquity across our societies—decision-makers must address the growing nuances of AI regulation and oversight. Early last year, The GovLab’s Stefaan Verhulst and Mona Sloane coined the term “AI localism” to describe how local governments have stepped up to regulate AI policies, design governance frameworks, and monitor AI use in the public sector. 

While top-level regulation remains scant, many municipalities have taken to addressing AI use in their communities. Today, The GovLab is proud to announce the soft launch of the AI Localism Repository. This living platform is a curated collection of AI localism initiatives across the globe categorized by geographic regions, types of technological and governmental innovation in AI regulation, mechanisms of governance, and sector focus. 

We invite visitors to explore this repository and learn more about the inventive measures cities are taking to control how, when, and why AI is being used by public authorities. We also welcome additional case study submissions, which can be sent to us via Google Form….(More)”

Amateurs without Borders: The Aspirations and Limits of Global Compassion


Book by Allison Schnable: “Amateurs without Borders examines the rise of new actors in the international development world: volunteer-driven grassroots international nongovernmental organizations. These small aid organizations, now ten thousand strong, sidestep the world of professionalized development aid by launching projects built around personal relationships and the skills of volunteers. This book draws on fieldwork in the United States and Africa, web data, and IRS records to offer the first large-scale systematic study of these groups. Amateurs without Borders investigates the aspirations and limits of personal compassion on a global scale….(More)”.

Privacy Tech’s Third Generation


“A Review of the Emerging Privacy Tech Sector” by Privacy Tech Alliance and Future of Privacy Forum: “As we enter the third phase of development of the privacy tech market, purchasers are demanding more integrated solutions, product offerings are more comprehensive, and startup valuations are higher than ever, according to a new report from the Future of Privacy Forum and Privacy Tech Alliance. These factors are leading to companies providing a wider range of services, acting as risk management platforms, and focusing on support of business outcomes.

According to the report, “Privacy Tech’s Third Generation: A Review of the Emerging Privacy Tech Sector,” regulations are often the biggest driver for buyers’ initial privacy tech purchases. Organizations also are deploying tools to mitigate potential harms from the use of data. However, buyers serving global markets increasingly need privacy tech that offers data availability and control and supports its utility, in addition to regulatory compliance. 

The report finds the COVID-19 pandemic has accelerated global marketplace adoption of privacy tech as dependence on digital technologies grows. Privacy is becoming a competitive differentiator in some sectors, and TechCrunch reports that 200+ privacy startups have together raised more than $3.5 billion over hundreds of individual rounds of funding….(More)”.

Building an Inclusive Digital Future


Article by Lee Jong-Wha: “…Addressing such questions is essential to preparing for the post-pandemic era, when all countries will need to embrace new ways of working, producing, and consuming. Digitalization can make a huge contribution to public health, the environment, consumer welfare, and wealth creation across society, but only if the public and private sectors work together to ensure inclusiveness.

Most countries will need policies to narrow the gaps in digital skills and access, because a growing share of jobs will require more technological know-how. Education systems must do more to equip students with the knowledge and skills they will need in a digital future. And job training must keep all workers up to date on the latest digital technologies.

Governments have a critical role to play on all of these fronts. It was state support and commitments that brought us revolutionary innovations like the internet, antibiotics, renewable energy, and the mRNA technology behind the development of the most effective COVID-19 vaccines. To fulfill their role as market makers, governments need to increase investments in physical infrastructure and human capital, and provide financial and tax incentives to ensure equitable access to critical technologies. They should also be exploring ways to provide more grants, subsidies, and technical support for small and medium enterprises and start-ups, so that the benefits of digital revolution do not remain limited to a few large companies….(More)”.

Privacy and Data Protection in Academia


Report by IAPP: “Today, demand for qualified privacy professionals is surging. Soon, societal, business and government needs for practitioners with expertise in the legal, technical and business underpinnings of data protection could far outstrip supply. To fill this gap, universities around the world are adding privacy curricula in their law, business and computer science schools. The IAPP’s Westin Research Center has catalogued these programs with the aim of promoting, catalyzing and supporting academia’s growing efforts to build an on-ramp to the privacy profession.

The information presented in our inaugural issue of “Privacy and Data Protection in Academia, A Global Guide to Curricula” represents the results of our publicly available survey. The programs included voluntarily completed the survey. The IAPP then organized the information provided and the designated contact at each institution verified the accu­racy of the information presented.

This is not a comprehen­sive list of colleges and universities offering privacy and data protection related curric­ula. We encourage higher education institu­tions interested in being included to com­plete the survey as the IAPP will periodically publish updates….(More)”.

Living Labs for Public Sector Innovation: An Integrative Literature Review


Paper by Lars Fuglsang, Anne Vorre Hansen, Ines Mergel, and Maria Taivalsaari Røhnebæk: “The public administration literature and adjacent fields have devoted increasing attention to living labs as environments and structures enabling the co-creation of public sector innovation. However, living labs remain a somewhat elusive concept and phenomenon, and there is a lack of understanding of its versatile nature. To gain a deeper understanding of the multiple dimensions of living labs, this article provides a review assessing how the environments, methods, and outcomes of living labs are addressed in the extant research literature. The findings are drawn together in a model synthesizing how living labs link to public sector innovation, followed by an outline of knowledge gaps and future research avenues….(More)”.

The pandemic showed that big tech isn’t a public health savior


Nicole Wetsman at Verge: “…It seemed like Big Tech, with its analytic firepower and new focus on health, could help with these very real problems. “We saw all over the papers: Facebook is gonna save the world, and Google’s going to save the world,” says Katerini Storeng, a medical anthropologist who studies public-private partnerships in global public health at the University of Oslo. Politicians were eager to welcome Silicon Valley to the table and to discuss the best ways to manage the pandemic. “It was remarkable, and indicative of a blurring of the boundaries between the public domain and the private domain,” Storeng says.

Over a year later, many of the promised tech innovations never materialized. There are areas where tech companies have made significant contributions — like collecting mobility data that helped officials understand the effects of social distancing policies. But Google wasn’t actually building a nationwide testing website. The program that eventually appeared, a testing program for California run by Google’s sibling company Verily, was quietly phased out after it created more problems than it solved.

Now, after a year, we’re starting to get a clear picture of what worked, what didn’t, and what the relationship between Big Tech and public health might look like in the future.

Tech companies were interested in health before the pandemic, and COVID-19 accelerated those initiatives. There may be things that tech companies are better equipped to handle than traditional public health agencies and other public institutions, and the past year showed some of those strengths. But it also showed their weaknesses and underscored the risks to putting health responsibilities in the hands of private companies — which have goals outside of the public good.

When the pandemic started, Storeng was already studying how private companies participated in public health preparedness efforts. Over the past two decades, consumers and health officials have become more and more confident that tech hacks can be shortcuts to healthy communities. These digital hacks can take many forms and include everything from a smartphone app nudging people toward exercise to a data model analyzing how an illness spreads, she says.

“What they have in common, I think, is this hope and optimism that it’ll help bypass some more systemic, intrinsic problems,” Storeng says.

But healthcare and public health present hard problems. Parachuting in with a new approach that isn’t based on a detailed understanding of the existing system doesn’t always work. “I think we tend to believe in our culture that higher tech, private sector is necessarily better,” says Melissa McPheeters, co-director of the Center for Improving the Public’s Health through Informatics at Vanderbilt University. “Sometimes that’s true. And sometimes it’s not.”

McPheeters spent three years as the director of the Office of Informatics and Analytics at the Tennessee Department of Health. While in that role, she got calls from technology companies all the time, promising quick fixes to any data issues the department was facing. But they were more interested in delivering a product than a collaboration, she says. “It never began with, ‘Help me understand your problem.’”…(More)”

Help us identify how data can make food healthier for us and the environment


The GovLab: “To make food production, distribution, and consumption healthier for people, animals, and the environment, we need to redesign today’s food systems. Data and data science can help us develop sustainable solutions — but only if we manage to define those questions that matter.

Globally, we are witnessing the damage that unsustainable farming practices have caused on the environment. At the same time, climate change is making our food systems more fragile, while the global population continues to rapidly increase. To feed everyone, we need to become more sustainable in our approach to producing, consuming, and disposing of food.

Policymakers and stakeholders need to work together to reimagine food systems and collectively make them more resilient, healthy, and inclusive.

Data will be integral to understanding where failures and vulnerabilities exist and what methods are needed to rectify them. Yet, the insights generated from data are only as good as the questions they seek to answer. To become smarter about current and future food systems using data, we need to ask the right questions first.

That’s where The 100 Questions Initiative comes in. It starts from the premise that to leverage data in a responsible and effective manner, data initiatives should be driven by demand, not supply. Working with a global cohort of experts, The 100 Questions seeks to map the most pressing and potentially impactful questions that data and data science can answer.

Today the Barilla Foundation, the Center for European Policy Studies, and The Governance Lab at NYU Tandon School of Engineering, are announcing the launch of the Food Systems Sustainability domain of The 100 Questions. We seek to identify the 10 most important questions that need to be answered to make food systems more sustainable…(More)”.