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Kevin M. Esvelt Mitigating catastrophic biorisks online In a world now painfully aware of pandemics, and with ever-increasing access to autonomous biological agents, how can we help channel society’s response to COVID-19 to minimize the risk of deliberate misuse? Using the challenge of securing DNA synthesis as an example, Kevin Esvelt outlines the key norms and incentives governing biotechnology, lays out potential strategies for reform, and suggests ways in which thoughtful individuals might safely and credibly discuss and mitigate biorisks without spreading information hazards.

Mitigating catastrophic biorisks

Kevin M. Esvelt

Effective Altruism Forum, September 3, 2020

Abstract

In a world now painfully aware of pandemics, and with ever-increasing access to autonomous biological agents, how can we help channel society’s response to COVID-19 to minimize the risk of deliberate misuse? Using the challenge of securing DNA synthesis as an example, Kevin Esvelt outlines the key norms and incentives governing biotechnology, lays out potential strategies for reform, and suggests ways in which thoughtful individuals might safely and credibly discuss and mitigate biorisks without spreading information hazards.

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