The fourteenth white paper in our COVID series is, “Designing an Interstate Compact for a Pandemic Testing Board,” by Lisa Hansmann and Ganesh Sitaraman.
Analysts have recently focused their attention on two pathways for the United States to reopen prior to the development of a vaccine for COVID-19. The first is to accept a series of rolling openings and closings: reopening as infection rates decrease, then reclosing as they rise again due to increased interac- tions. This approach is generally thought to be enormously costly economically and socially, as people will be kept in their homes and commerce restrained for considerable amounts of time. The second approach is to massively ramp up the production of testing, either through a universal testing regime (which would require capacity to test all 300+ million Americans every week or two) or a system of testing, tracing, and supported isolation (which would require testing 5 million Americans a day, plus tracing those who were in contact with the infected and isolating them). The testing pathway would enable the United States to reopen without having to close repeatedly and it would, as a result, save billions of dollars.
The problem is that we do not have the number of tests necessary to pursue a testing pathway to reopening. Scaling up testing presents a variety of challenges — including supply of the underlying materials within the supply chain;
coordination problems that link supply to demand; and personnel and plans for how to deploy millions of tests per day. One solution to these challenges, which the Harvard Roadmap for Pandemic Resilience has outlined, is to establish a single coordinating body—a Pandemic Testing Board—to be tasked with ensuring the necessary supply of tests, deploying those tests, and facilitating a tracing program. There are two ways to design this body. It could be a federal government institution, part of the Executive Branch. Or it could be built through an interstate compact, with federal appropriations but not federal administration. This paper offers a blueprint for how to design a pandemic testing board via an interstate compact.