Community-Based Solution for a Community Spread Requires Incentive-Compatibility Considerations
Community-Based Solution for a Community Spread Requires Incentive-Compatibility Considerations
Author(s): Frank Lorne, A.C. Lai, Sairam Katla, Krish Kale, Daniel Bocanegra Diaz
Subject(s): Health and medicine and law, Economic development
Published by: Scientia Moralitas Research Institute
Keywords: Nonpharmaceutical Interventions (NPIs); Contact Tracing; Community-based Solutions;
Summary/Abstract: The war on coronavirus is being fought on many fronts. Unquestionably, the battle is in the ICU rooms, but non pharmaceutical interventions (NPIs) are equally important. Humans can win a battle but lose the war with the virus. If an increase in asymmetric information in human interactions is the social consequence of a spreading virus, that information problem has to be directly addressed.The challenge is more than a task in science. It is also a socio-economic institutional challenge. Health systems of the world, while largely adopting a TTT (Testing, Tracing, Treatment) procedure in managing the virus, has not sufficiently addressed to community spreads in designing mechanisms that can signal suspects and hotspots effectively. The need for examining the system outside the healthcare structure is essential once we understand the traveling journey of a virus. Contact tracing,while direct in identifying suspects of infected individuals, may not be effective even with technology such as AI embedded. Aside from privacy issues, digital contact tracing entails human execution that is a voluntary decision in a free society. There is no assurance that the public will necessarily cooperate. This paper articulates a reason for addressing community-based solutions that are outside the normal health system management. We argue that for a community-based solution to be effective,incentive-compatibility must be considered. Our paper proposes a solution that entails the least privacy intrusion.
Book: ConScienS Conference Proceedings
- Page Range: 10-20
- Page Count: 11
- Publication Year: 2020
- Language: English
- Content File-PDF