Author: Antoine de Bengy, Puyvallée Katerini Tagmatarchi Storeng
Title: The Big Digital Contact Tracing Experiment Cord-id: zwac9dvv Document date: 2021_1_1
ID: zwac9dvv
Snippet: Over a third of the world’s countries have launched contactâ€tracing apps in response to the COVIDâ€19 pandemic, generating much hype about the prospect of automating contactâ€tracing to manage outbreaks and to alleviate costly and labourâ€intensive ‘manual’ contact tracing. Despite the stringent scientific criteria applied to the development of vaccines and other ‘biomedical countermeasures’ in responding to the pandemic, digital contact tracing has been widely recommended despite
Document: Over a third of the world’s countries have launched contactâ€tracing apps in response to the COVIDâ€19 pandemic, generating much hype about the prospect of automating contactâ€tracing to manage outbreaks and to alleviate costly and labourâ€intensive ‘manual’ contact tracing. Despite the stringent scientific criteria applied to the development of vaccines and other ‘biomedical countermeasures’ in responding to the pandemic, digital contact tracing has been widely recommended despite being an unproven public health intervention. Evidence for its effectiveness is thin, based on theoretical mathematical modelling and unsystematic observations across diverse country contexts. Establishing evidence of effectiveness is complicated by the fact that two private corporations, Apple and Google, own the technology upon which most government contactâ€tracing apps are based and which, by design, restricts access to needed data on privacy grounds. In this policy insight, we make the case for why public health authorities urgently need to establish the effectiveness and societal implications of this big digital contactâ€tracing experiment.
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