analyzing current and future catastrophic risks from emerging-threat technologies kickoff template...
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Analyzing Current and Future Catastrophic Risks from Emerging-Threat Technologies
Kickoff Template Submission Date: 5 Jan 2014
Anthony M. Barrett: PI and Research Transition Lead
Jun Zhuang: Co-PI assisting with methodsSeth Baum: Investigator supporting elicitations
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Project Objectives:
• Research Goals– Develop methodology to use available
information and expert judgment to:• Identify ways in which catastrophes could occur
with new technological developments• Estimate risks with initial information and
update assessments with new information
• Research Transition Goals– Facilitate the following:
• Intelligence monitoring for signal events • Update assessments of risk profiles
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DHS Interest and Motivation:
• DHS interested in emerging-risk assessment• Currently main DHS partner is National
Biosurveillance Integration Center (NBIC) at DHS Office of Health Affairs– Help NBIC monitor emerging bio-risks
• Other potential methodology users include: – DHS Bio & Chem Division
• Bioterrorism Risk Assessment (BTRA)
– S&T Acquisition Support and Operations Analysis (for S&T Futures work)
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Potential non-DHS Stakeholders:
• Members of the Intelligence Community–Federal Bureau of Investigation (FBI)
• Defense Threat Reduction Agency (DTRA)
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Interfaces to Related Research
• Informal interfaces with PIs on related work at CREATE, START
• Seeking to recruit experts for elicitation that are working on related topics– Candidates we seek to recruit include:
• Gary Ackerman (START)– Emerging-tech use in terrorism
• Todd Kuiken (Wilson Center)– Synthetic biology risks
• Ed You (FBI)– Engagement with DIYbio, synthetic biology communities
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Research Technical Plan:
• Construct models using available information: – Catastrophe fault-tree logic models, working backward from
catastrophe scenarios– Technology development models, working forwards from the
current state of the world
• For catastrophe-enabling development events:– Estimate the dates of developments (priors)– Identify likely indicators of developments – Updated estimates given indicators (posteriors)
• Represent tradeoffs of options in terms of effects on risk model parameters and option costs
• Integrate risk models and option-tradeoff models to support decision analysis of options
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Research Transition Plan:
• Aiming scenarios, deliverables to be useful to DHS• Report on the methodology developed in this project
and the findings from the application of this methodology to the case study
– Including discussion of methodology limitations, potential extensions, and steps for implementation by risk practitioners
• Software that analysts can use to apply the methodology to other cases
– Using commercially available off-the-shelf (COTS) software based on influence diagrams, with stochastic simulation of uncertainty using Monte Carlo algorithms
– Could include Analytica by Lumina Decision Systems or Netica by Norsys Software
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Milestones and Schedule/Timeline:
1. Conduct initial literature reviews, select one or more areas for methodology application, conduct initial discussions with subject matter experts, build first-iteration models using representative data available at that point, and identify potential risk reduction measures -- November 2014
2. Conduct initial risk analyses, perform initial characterization of risk reduction measure effects and tradeoffs, conduct additional discussions with subject matter experts -- January 2015
3. Conduct expert elicitations and obtain other data to improve models and analyses -- March 2015
4. Finalize models and analyses; write final report -- June 2015