IoT Security Is a Mess. Privacy ‘Nutrition’ Labels Could Help


Lily Hay Newman at Wired: “…Given that IoT security seems unlikely to magically improve anytime soon, researchers and regulators are rallying behind a new approach to managing IoT risk. Think of it as nutrition labels for embedded devices.

At the IEEE Symposium on Security & Privacy last month, researchers from Carnegie Mellon University presented a prototype security and privacy label they created based on interviews and surveys of people who own IoT devices, as well as privacy and security experts. They also published a tool for generating their labels. The idea is to shed light on a device’s security posture but also explain how it manages user data and what privacy controls it has. For example, the labels highlight whether a device can get security updates and how long a company has pledged to support it, as well as the types of sensors present, the data they collect, and whether the company shares that data with third parties.

“In an IoT setting, the amount of sensors and information you have about users is potentially invasive and ubiquitous,” says Yuvraj Agarwal, a networking and embedded systems researcher who worked on the project. “It’s like trying to fix a leaky bucket. So transparency is the most important part. This work shows and enumerates all the choices and factors for consumers.”

Nutrition labels on packaged foods have a certain amount of standardization around the world, but they’re still more opaque than they could be. And security and privacy issues are even less intuitive to most people than soluble and insoluble fiber. So the CMU researchers focused a lot of their efforts on making their IoT label as transparent and accessible as possible. To that end, they included both a primary and secondary layer to the label. The primary label is what would be printed on device boxes. To access the secondary label, you could follow a URL or scan a QR code to see more granular information about a device….(More)”.

Collective intelligence, not market competition, will deliver the best Covid-19 vaccine


Els Torreele at StatNews: “…Imagine mobilizing the world’s brightest and most creative minds — from biotech and pharmaceutical industries, universities, government agencies, and more — to work together using all available knowledge, innovation, and infrastructure to develop an effective vaccine against Covid-19. A true “people’s vaccine” that would be made freely available to all people in all countries. That’s what an open letter by more than 140 world leaders and experts calls for.

Unfortunately, that is not how the race for a Covid-19 vaccine is being run. The rules of that game are oblivious to the goal of maximizing global health outcomes and access.

Despite a pipeline of more than 100 vaccine candidates reflecting massive public and private efforts, there exists no public-health-focused way to design or prioritize the development of the most promising candidates. Instead, the world is adopting a laissez-faire approach and letting individual groups and companies compete for marketing authorization, each with their proprietary vaccine candidate, and assume that the winner of that race will be the best vaccine to tackle the pandemic.

Science thrives, and technological progress is made, when knowledge is exchanged and shared freely, generating collective intelligence by building on the successes and failures of others in real time instead of through secretive competition. Regrettably, market logic has come to overtake medicinal product innovation, including the unproven premise that competition is an efficient way to advance science and deliver the best solutions for public health….(More)”.

IBM quits facial recognition, joins call for police reforms


AP Article by Matt O’Brien: “IBM is getting out of the facial recognition business, saying it’s concerned about how the technology can be used for mass surveillance and racial profiling.

Ongoing protests responding to the death of George Floyd have sparked a broader reckoning over racial injustice and a closer look at the use of police technology to track demonstrators and monitor American neighborhoods.

IBM is one of several big tech firms that had earlier sought to improve the accuracy of their face-scanning software after research found racial and gender disparities. But its new CEO is now questioning whether it should be used by police at all.

“We believe now is the time to begin a national dialogue on whether and how facial recognition technology should be employed by domestic law enforcement agencies,” wrote CEO Arvind Krishna in a letter sent Monday to U.S. lawmakers.

IBM’s decision to stop building and selling facial recognition software is unlikely to affect its bottom line, since the tech giant is increasingly focused on cloud computing while an array of lesser-known firms have cornered the market for government facial recognition contracts.

“But the symbolic nature of this is important,” said Mutale Nkonde, a research fellow at Harvard and Stanford universities who directs the nonprofit AI For the People.

Nkonde said IBM shutting down a business “under the guise of advancing anti-racist business practices” shows that it can be done and makes it “socially unacceptable for companies who tweet Black Lives Matter to do so while contracting with the police.”…(More)”.

The Long Shadow Of The Future


Steven Weber and Nils Gilman at Noema: “We’re living through a real-time natural experiment on a global scale. The differential performance of countries, cities and regions in the face of the COVID-19 pandemic is a live test of the effectiveness, capacity and legitimacy of governments, leaders and social contracts.

The progression of the initial outbreak in different countries followed three main patterns. Countries like Singapore and Taiwan represented Pattern A, where (despite many connections to the original source of the outbreak in China) vigilant government action effectively cut off community transmission, keeping total cases and deaths low. China and South Korea represented Pattern B: an initial uncontrolled outbreak followed by draconian government interventions that succeeded in getting at least the first wave of the outbreak under control.

Pattern C is represented by countries like Italy and Iran, where waiting too long to lock down populations led to a short-term exponential growth of new cases that overwhelmed the healthcare system and resulted in a large number of deaths. In the United States, the lack of effective and universally applied social isolation mechanisms, as well as a fragmented healthcare system and a significant delay in rolling out mass virus testing, led to a replication of Pattern C, at least in densely populated places like New York City and Chicago.“Regime type isn’t correlated with outcomes.”

Despite the Chinese and Americans blaming each other and crediting their own political system for successful responses, the course of the virus didn’t score easy political points on either side of the new Cold War. Regime type isn’t correlated with outcomes. Authoritarian and democratic countries are included in each of the three patterns of responses: authoritarian China and democratic South Korea had effective responses to a dramatic breakout; authoritarian Singapore and democratic Taiwan both managed to quarantine and contain the virus; authoritarian Iran and democratic Italy both experienced catastrophe.

It’s generally a mistake to make long-term forecasts in the midst of a hurricane, but some outlines of lasting shifts are emerging. First, a government or society’s capacity for technical competence in executing plans matters more than ideology or structure. The most effective arrangements for dealing with the pandemic have been found in countries that combine a participatory public culture of information sharing with operational experts competently executing decisions. Second, hyper-individualist views of privacy and other forms of risk are likely to be submerged as countries move to restrict personal freedoms and use personal data to manage public and aggregated social risks. Third, countries that are able to successfully take a longer view of planning and risk management will be at a significant advantage….(More)”.

Tribalism Comes for Pandemic Science



Yuval Levin at The New Atlantis: “he Covid-19 pandemic has tested our society in countless ways. From the health system to the school system, the economy, government, and family life, we have confronted some enormous and unfamiliar challenges. But many of these stresses are united by the need to constantly adapt to new information and evidence and accept that any knowledge we might have is only provisional. This demands a kind of humble restraint — on the part of public health experts, political leaders, and the public at large — that our society now finds very hard to muster.

The virus is novel, so our understanding of what responding to it might require of us has had to be built on the fly. But the polarized culture war that pervades so much of our national life has made this kind of learning very difficult. Views developed in response to provisional assessments of incomplete evidence quickly rigidify as they are transformed into tribal markers and then cultural weapons. Soon there are left-wing and right-wing views on whether to wear masks, whether particular drugs are effective, or how to think about social distancing.

New evidence is taken as an assault on these tribal commitments, and policy adjustments in response are seen as forms of surrender to the enemy. Every new piece of information gets filtered through partisan sieves, implicitly examined to see whose interest it serves, and then embraced or rejected on that basis. We all do this. You’re probably doing it right now — skimming quickly to the end of this piece to see if I’m criticizing you or only those other people who behave so irresponsibly….(More)”.

Democracies contain epidemics most effectively


The Economist: “Many people would look at the covid-19 pandemic and conclude that democracies are bad at tackling infectious diseases. America and the eu had months to prepare after China sounded the alarm in January. Both have subsequently suffered more than 300 confirmed deaths per 1m people. China’s Communist Party reports an official death rate that is 99% lower, and has trumpeted its apparent success in containing the outbreak domestically.

Yet most data suggest that political freedom can be a tonic against disease. The Economist has analysed epidemics from 1960 to 2019. Though these outbreaks varied in contagiousness and lethality, a clear correlation emerged. Among countries with similar wealth, the lowest death rates tend to be in places where most people can vote in free and fair elections. Other definitions of democracy give similar results.

We cannot replicate this analysis for covid-19 yet, as it is still spreading at different rates around the world. Western democracies were hit early, in big cities with large flows of people from abroad. Daily deaths are now declining in these places but rising in developing countries, which tend to be less connected and more autocratic….

One consistent measure that is available in most countries, but not China, is Google’s index of mobility via smartphone apps. Researchers at Oxford University reckon that, after adjusting for a country’s wealth and other characteristics, democracies saw a 35% larger reduction in movement in response to lockdown policies. The drop in New Zealand, for example, was twice that in autocratic Bahrain.

People who praise China for its handling of covid-19 would do better to look at Taiwan, a neighbouring democracy. China wasted valuable time in December by intimidating doctors who warned of a lethal virus. Taiwan swiftly launched tracing measures in January—and has suffered only seven deaths…(More)”.

How Crowdsourcing Aided a Push to Preserve the Histories of Nazi Victims


Andrew Curry at the New York Times: “With people around the globe sheltering at home amid the pandemic, an archive of records documenting Nazi atrocities asked for help indexing them. Thousands joined the effort….

As the virus prompted lockdowns across Europe, the director of the Arolsen Archives — the world’s largest devoted to the victims of Nazi persecution — joined millions of others working remotely from home and spending lots more time in front of her computer.

“We thought, ‘Here’s an opportunity,’” said the director, Floriane Azoulay.

Two months later, the archive’s “Every Name Counts” project has attracted thousands of online volunteers to work as amateur archivists, indexing names from the archive’s enormous collection of papers. To date, they have added over 120,000 names, birth dates and prisoner numbers in the database.

“There’s been much more interest than we expected,” Ms. Azoulay said. “The fact that people were locked at home and so many cultural offerings have moved online has played a big role.”

It’s a big job: The Arolsen Archives are the largest collection of their kind in the world, with more than 30 million original documents. They contain information on the wartime experiences of as many as 40 million people, including Jews executed in extermination camps and forced laborers conscripted from across Nazi-occupied Europe.

The documents, which take up 16 miles of shelving, include things like train manifests, delousing records, work detail assignments and execution records…(More)”.

How data analysis helped Mozambique stem a cholera outbreak


Andrew Jack at the Financial Times: “When Mozambique was hit by two cyclones in rapid succession last year — causing death and destruction from a natural disaster on a scale not seen in Africa for a generation — government officials added an unusual recruit to their relief efforts. Apart from the usual humanitarian and health agencies, the National Health Institute also turned to Zenysis, a Silicon Valley start-up.

As the UN and non-governmental organisations helped to rebuild lives and tackle outbreaks of disease including cholera, Zenysis began gathering and analysing large volumes of disparate data. “When we arrived, there were 400 new cases of cholera a day and they were doubling every 24 hours,” says Jonathan Stambolis, the company’s chief executive. “None of the data was shared [between agencies]. Our software harmonised and integrated fragmented sources to produce a coherent picture of the outbreak, the health system’s ability to respond and the resources available.

“Three and a half weeks later, they were able to get infections down to zero in most affected provinces,” he adds. The government attributed that achievement to the availability of high-quality data to brief the public and international partners.

“They co-ordinated the response in a way that drove infections down,” he says. Zenysis formed part of a “virtual control room”, integrating information to help decision makers understand what was happening in the worst hit areas, identify sources of water contamination and where to prioritise cholera vaccinations.

It supported an “mAlert system”, which integrated health surveillance data into a single platform for analysis. The output was daily reports distilled from data issued by health facilities and accommodation centres in affected areas, disease monitoring and surveillance from laboratory testing….(More)”.

Dynamic Networks Improve Remote Decision-Making


Article by Abdullah Almaatouq and Alex “Sandy” Pentland: “The idea of collective intelligence is not new. Research has long shown that in a wide range of settings, groups of people working together outperform individuals toiling alone. But how do drastic shifts in circumstances, such as people working mostly at a distance during the COVID-19 pandemic, affect the quality of collective decision-making? After all, public health decisions can be a matter of life and death, and business decisions in crisis periods can have lasting effects on the economy.

During a crisis, it’s crucial to manage the flow of ideas deliberatively and strategically so that communication pathways and decision-making are optimized. Our recently published research shows that optimal communication networks can emerge from within an organization when decision makers interact dynamically and receive frequent performance feedback. The results have practical implications for effective decision-making in times of dramatic change….

Our experiments illustrate the importance of dynamically configuring network structures and enabling decision makers to obtain useful, recurring feedback. But how do you apply such findings to real-world decision-making, whether remote or face to face, when constrained by a worldwide pandemic? In such an environment, connections among individuals, teams, and networks of teams must be continually reorganized in response to shifting circumstances and challenges. No single network structure is optimal for every decision, a fact that is clear in a variety of organizational contexts.

Public sector. Consider the teams of advisers working with governments in creating guidelines to flatten the curve and help restart national economies. The teams are frequently reconfigured to leverage pertinent expertise and integrate data from many domains. They get timely feedback on how decisions affect daily realities (rates of infection, hospitalization, death) — and then adjust recommended public health protocols accordingly. Some team members move between levels, perhaps being part of a state-level team for a while, then federal, and then back to state. This flexibility ensures that people making big-picture decisions have input from those closer to the front lines.

Witness how Germany considered putting a brake on some of its reopening measures in response to a substantial, unexpected uptick in COVID-19 infections. Such time-sensitive decisions are not made effectively without a dynamic exchange of ideas and data. Decision makers must quickly adapt to facts reported by subject-area experts and regional officials who have the relevant information and analyses at a given moment….(More)“.

Google searches are no substitute for systematic reviews when it comes to policymaking


Article by Peter Bragge: “With all public attention on the COVID-19 pandemic, it is easy to forget that Australia suffered traumatic bushfires last summer, and that a royal commission is investigating the fires and will report in August. According to its Terms of Reference, the commission will examine how Australia’s national and state governments can improve the ‘preparedness for, response to, resilience to and recovery from, natural disasters.’

Many would assume that the commission will identify and use all best-available research knowledge from around the world. But this is highly unlikely because royal commissions are not designed in a way that is fit-for-purpose in the 21st century. Specifically, their terms of reference do not mandate the inclusion of knowledge from world-leading research, even though such research has never been more accessible. This design failure provides critical lessons not only for future royal commissions and public inquiries but for public servants developing policy, including for the COVID-19 crisis, and for academics, journalists, and all researchers who want to keep up with the best global thinking in their field.

The risk of not employing research knowledge that could shape policy and practice could be significantly reduced if the royal commission drew upon what are known as systematic reviews. These are a type of literature review that identify, evaluate and summarise the findings and quality of all known research studies on a particular topic. Systematic reviews provide an overall picture of an entire body of research, rather than one that is skewed by accessing only one or two studies in an area. They are the most thorough form of inquiry, because they control for the ‘outlier’ effect of one or two studies that do not align with the weight of the identified research.

Systematic reviews are known as the ‘peak of peaks’ of research knowledge

They became mainstream in the 1990s through the Cochrane Collaboration – an independent organisation originating in Britain but now worldwide — which has published thousands of systematic reviews across all areas of medicine. These and other medical systematic reviews have been critical in driving best practice healthcare around the world. The approach has expanded to business and management, the law, international development, education, environmental conservation, health service delivery and how to tackle the 17 United Nations Sustainable Development Goals.

There are now tens of thousands of systematic reviews spanning all these areas. Researchers who use them can spend much less time navigating the vastly larger volume of up to 80 million individual research studies published since 1665.

Sadly, they are not. Few policymakers, decision-makers and media are using systematic reviews to respond to complex challenges. Instead, they are searching Google, and hoping that something useful will turn up amongst an estimated 6.19 billion web pages.

The vastness of the open web is an understandable temptation for the time poor, and a great way to find a good local eatery. But it’s a terrible way to try and access relevant, credible knowledge, and an enormous risk for those seeking to address hugely difficult problems, such as responding to Australia’s bushfires.

The deep expertise of specialist professionals and academics is critical to solving complex societal challenges. Yet the standard royal commission approach of using a few experts as a proxy for the world’s knowledge is selling short both their expertise and the commission process. If experts called before the bushfire royal commission could be asked to contribute not just their own expertise, but a response to the applicability of systematic review research to Australia, the commission’s thinking could benefit hugely from harnessing the knowledge both of the reviews and of the experts…(More)”.