For $650, PARRE provides substantial benefits to its users:
Saves the assessment team time by performing laborious calculations and organizing data in a user-friendly way
Helps the assessment team understand the results and develop intelligent, prioritized management plans to reduce risk and increase resilience
For the water-sector, provides strict compliance with the ANSI/ AWWA J-100 standard for risk and resilience assessment
Provides the owner/operator with US Department of Homeland Security SAFETY Act flow down liability limitation from directed attacks
PARRE helps you stay compliant with Public Law 115-270: America’s Water Infrastructure Act of 2018. Under Section 2013, “Community Water System Risk and Resilience,” all utilities serving more than 3,300 people must conduct Risk and Resiliency Assessments and develop Emergency Response Plans. PARRE provides strict guidelines so your assessments comply with ANSI/AWWA J-100 standards.
Structured to Meet Your Needs
PARRE has many features:
Tracks progress at reducing risk and increasing resiliency over time against a fixed baseline
Quickly updates as investments are made or assets are modified to show the change in risk and risk-priorities
Accesses a complete suite of J100-required directed threats for assessment team evaluation, automatically calculating asset risk for six natural threats (hurricane, tornado, seismic, flood, ice storm, and wild fire) based on U.S. government recurrence databases
Substitutes alternate recognized approaches for determining natural threat magnitudes and return periods, if desired
Calculates threat-asset pair risk probability values based on monetary consequences, vulnerability probability, and threat likelihood probability
Guides the assessment team through the step-by-step logic of an assessment, assuring that significant information is not overlooked
Calculates both threat-asset pair level resilience and system-wide financial/operating resilience
Links to owner/operator preferred consequence models (e.g. blast analysis, contamination, and toxic gas release)
Determines vulnerability probability using path analysis, decision tree analysis, and/or fault tree analysis
Accommodates proximity and interdependency evaluations from other lifeline sector risk assessments
Stores the amassed data in a secure online environment so that it is readily available for modification, updates, “what-if drills,” and/or future assessment team use
Tracks progress at reducing risk and increasing resiliency over time against a fixed baseline
Quickly updates as investments are made or assets are modified to show the change in risk and risk-priorities
Accesses a complete suite of J100-required directed threats for assessment team evaluation, automatically calculating asset risk for six natural threats (hurricane, tornado, seismic, flood, ice storm, and wild fire) based on U.S. government recurrence databases
Substitutes alternate recognized approaches for determining natural threat magnitudes and return periods, if desired
Calculates threat-asset pair risk probability values based on monetary consequences, vulnerability probability, and threat likelihood probability
Guides the assessment team through the step-by-step logic of an assessment, assuring that significant information is not overlooked
Calculates both threat-asset pair level resilience and system-wide financial/operating resilience
Links to owner/operator preferred consequence models (e.g. blast analysis, contamination, and toxic gas release)
Determines vulnerability probability using path analysis, decision tree analysis, and/or fault tree analysis
Accommodates proximity and interdependency evaluations from other lifeline sector risk assessments
Stores the amassed data in a secure, owner-controlled environment so that it is readily available for modification, updates, “what-if drills,” and/or future assessment team use
