OSFI.Eqk Flashcards
What is a broad 3-point plan for managing earthquake exposure?
Measure
Monitor
Limit earthquake exposure
Define PML (Probable Maximum Loss).
$-value of loss of a major earthquake is unlikely to exceed ($-loss expected only once-per-X-years).
Define Gross and Net PML.
Gross: AFTER deductible, BEFORE reinsurance
Net: AFTER deductible, AFTER reinsurance
What are the 5 key principles for managing earthquake exposure?
- Risk management
- Data management
- Models
- PML
- Financial resources & contingency Plan
Briefly describe the risk management
EQ key principle.
Earthquake exposure risk management policies are overseen by Senior Management.
Briefly describe the Data Management
EQ key principle.
- Data required is MORE than traditional ratemaking (attention to consistency, accuracy, completeness due to uncertainty in earthquake exposure management)
- Must address data Integrity, Verification, Limitations
Briefly describe the Models
EQ key principle.
Understand assumptions, methods, limitations of earthquake models.
Briefly describe the PML (Probable Maximum Loss)
EQ key principle.
PML = Total Expected Ultimate Cost
Includes considerations for data quality, non-modeled exposures, model uncertainty, multi-region exposure.
Briefly describe the Financial Resources & Contingency Plan
EQ key principle.
Financial Resources: quantification of how financial resources cover PML
Contingency Plan: how to continue efficient business operations after disaster
Identify 2 items that should be documented for earthquake risk management.
- Risk appetite and risk tolerance of insurer.
- Data management framework
- model assumptions, methods, limitations
- calculation of PMLs
- nature & adequacy of financial resources
- contingency plans supporting the risk
Identify and briefly describe the 7 best practices for earthquake modelling.
(DAQKD-UP)
-
Document
use of model within risk management program -
Alternatives
: explain why a particular model is used vs alternatives -
Qualified
staff needed to run in-house models regularly -
Knowledge
of assumptions, methods and limitations of model -
Data
granularity & quality is appropriate -
Uncertainty
: how it affects capital adequacy and reinsurance requirements -
PML
: explain differences between models and subsequent model adjustments
Identify 2 uses of earthquake models aside from PML calculation.
- Make U/W decisions
- Monitor exposure-accumulations
Identify 4 sound practices for earthquake model version.
- use more than 1 model
- ensure timely updates of material changes to model (within 1 year of change)
- understand assumptions, methods, limitations of vendor software for PML calculation
- if in-house PML model is used, should compare result to alternate models
Identify 3 sound practices for earthquake model validation.
- compare modeled losses with actual losses
- compare tail losses with market price for reinsurance
- use global data to supplement limited Canadian earthquake data
Identify 4 non-modeled exposures to consider when calculating PML.
- Exposure growth between date of data and relevant exposure period.
- Consider adequacy of ITV (Insurance-to-Value)
- Consider GRC (Guaranteed Replacement Cost)
- Increased seismicity after large event