Asset Liability Management

Solvency II

In recent years we have witnessed a sudden increase in national and international regulation that seeks stricter oversight on financial markets. The growing awareness of various financial risks has ultimately led to increased attention for the concept of risk-based capital (RBC) or economic capital (ECAP).

RBC or ECAP is the buffer a company needs in order to cope with unexpected losses at an acceptable level of certainty, over for example a period of one year. This concept also plays a central role in the solvability tests inherent to the new Solvency II guidelines. Under Solvency II the various risks on the balance of an insurance company are labeled and evaluated. This goes for both the active (e.g. credit risk, share risk, etc.) and passive side of the balance (such as long life risk, mortality risk, etc.). For each of these risk types a so-called buffer must be calculated which aggregates to the total required capital the insurance company must hold.

Solvency II calculations can be performed based on full stochastic simulation techniques, and also for example on a number of deterministic shock scenarios. Because the components required for such calculations (e.g. market value liabilities and economic scenarios) are standard features in the ALM model of Ortec Finance, this model can be superbly used to evaluate the development of the solvency position under Solvency II guidelines.

Solutions

Using the ALS Life model (or our advisory service), insurance companies can analyse and solve issues with respect to strategic asset allocation, hedging strategy, reinsurance strategy, solvency risk analysis including strategic consequences of Solvency II and ORSA, dividend and capital policy, and valuation consequences.


Using the tailor-made ALS Non-Life model, insurance companies can analyse and solve issues with respect to strategic asset allocation, hedging strategy, reinsurance strategy, solvency risk analysis including strategic consequences of Solvency II and ORSA, dividend and capital policy, and valuation consequences.


The Real World Dynamic Scenario Generator and calibrated economic scenario set can be used for stochastic scenario analysis in order to optimise horizon-dependent investment strategies and evaluate the consequences of (risk mitigating) policy decisions.


The Risk Neutral Economic Scenario Generator relies on advanced simulation and calibration tools which have been developed and applied in practice over the last decade. The Risk Neutral Scenario Generator can also assist in determining pricing, Solvency II, IFRS and MCEV consequences.