In the valley of the shadow of death
Author(s)
Brent, Roger
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During the 20th century, advances in biological understanding sparked a global 
revolution in biological capability, or RBC.  Since that time, the revolution has proceeded 
in a Moore's-law-like fashion for many decades.  One negative consequence of the RBC 
is that the US now faces a large and growing threat of catastrophic biological attack.  To 
deal with the threat, this article advocates a two-part strategy. First, during the current 
period of high and growing risk, Period 1, "the Valley of the Shadow of Death", the US 
should bring into being a patchwork of agile technical capabilities to detect and respond 
to attacks, and social and normative policies to diminish their risk of occurrence.  Second 
and simultaneously, the US should initiate research whose fruits will eventually deter 
biological attacks by rendering them "impotent and obsolete". Creation of effective, 
responsive, and agile Period 1 capabilities will buy time, by lowering the probability of 
attacks and blunting their impact, until strong technical defenses enabled by longer-term 
research can become operational in Period 2.  Executing the two components of this 
strategy will be far more costly and complex than is generally contemplated, albeit 
probably less expensive and difficult than execution of the containment strategy during 
the Cold War.  However, the increased security, human health and felicity, and economic 
growth that this activity will engender will repay the effort and cost many times over.  
Entry into Period 2, defense so strong as to deter attack by making it unlikely to have any 
effect, coincides with the effective elimination of most naturally occurring infectious 
diseases as a factor in human affairs.  But at the moment, the best names for Period 2 
seem to be "Partial Victory" or "Basin and Range", in that later trends may shift once 
again to favor attack.
Description
Roger Brent provides a commentary on current and future biological security challenges and possible strategies / approaches.
Date issued
2006-11-22Department
Massachusetts Institute of Technology. Department of Biological EngineeringKeywords
biological security, strategy
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