13. Alternative Risk Transfer and Insurance-Linked Capital

Introduction: Beyond the Traditional Insurance Balance Sheet

Insurance traditionally transfers risk from an insured to an insurer in return for a premium. The insurer then manages the accumulated portfolio through diversification, reserves, investment income and reinsurance. This model remains fundamental, but it is not always sufficient for large, volatile, correlated or difficult-to-model risks. A major catastrophe can generate claims across many policyholders at the same time, precisely when insurers and reinsurers are under pressure to preserve capital and liquidity. In addition, some risks are too new, too concentrated or too uncertain to be transferred efficiently through conventional contracts.

Alternative risk transfer (ART) refers to arrangements that combine insurance, financial-market techniques and risk-financing methods to manage exposures outside, or alongside, conventional insurance. Insurance-linked capital (ILC) extends this idea by bringing investors and capital-market instruments directly into the assumption of insurance risk. Captives, risk pools, finite-risk contracts, catastrophe bonds, collateralised reinsurance, sidecars, parametric covers and industry loss warranties are important examples.

These mechanisms do not eliminate risk. They redistribute it among corporate groups, insurers, reinsurers, governments, special-purpose vehicles and capital-market investors. Their suitability depends on the nature of the exposure, the quality of data, the required speed of payment, the availability and cost of capital, the tolerance for basis risk, and the legal and regulatory environment. The central managerial question is therefore not whether an ART solution is innovative, but whether it transfers the relevant risk reliably and economically.

Learning Objectives

By the end of this chapter, the learner should be able to:

1. Explain the rationale, structure and terminology of alternative risk transfer and insurance-linked capital.

2. Distinguish indemnity-based, index-based and hybrid risk-transfer arrangements.

3. Evaluate captives, pools, finite-risk solutions, multi-year covers and multi-trigger contracts.

4. Analyse catastrophe bonds, sidecars, collateralised reinsurance and other forms of insurance-linked capital.

5. Assess basis risk, liquidity, collateral, counterparty, model and investor risks.

6. Select an appropriate ART structure for a corporate, insurer, public-sector or portfolio problem.

7. Apply governance, regulatory, technological and ethical considerations to ART decisions.

The Architecture of Alternative Risk Transfer

Risk transfer, risk financing and risk retention

Risk transfer shifts the financial consequences of an adverse event to another party. Risk financing, in contrast, concerns how funds will be made available when a loss occurs. A corporation may retain predictable losses through a captive while purchasing external insurance for low-frequency, high-severity events. Thus, retention and transfer are not opposites; they are components of an integrated risk-financing strategy.

Traditional insurance generally uses an indemnity principle: the payment is linked to the insured's actual loss, subject to policy terms, deductibles, limits and exclusions. ART arrangements may use indemnity, an index or a combination of both. The more distant the payment trigger is from the insured's actual loss, the greater the possibility of basis risk—the risk that the payment does not correspond adequately to the economic loss.

Principal decision variables

An ART decision can be organised around six questions:

• What event or exposure is being financed?
• Who is best able to absorb the volatility?
• How quickly must funds be available?
• Is the loss measurable through reliable data or an objective index?
• How much capital must be committed and for how long?
• What degree of basis risk and contractual complexity is acceptable?

These questions often reveal why an apparently inexpensive structure may be unsuitable. A parametric cover may pay rapidly but leave an uninsured shortfall. A fully collateralised contract may provide strong security but tie up capital. A multi-year arrangement may stabilise pricing but reduce flexibility if the exposure changes.

Important terminology

A trigger is the event or condition that activates payment. An indemnity trigger depends on the insured's actual loss. A parametric trigger depends on an objectively measured parameter, such as wind speed, earthquake intensity or rainfall. An industry-loss trigger depends on an aggregate loss estimate for a defined market or territory. A multi-trigger contract requires two or more conditions to be satisfied, often reducing moral hazard but increasing complexity.

Collateral is assets pledged or deposited to secure the obligations of a risk-bearing entity. A special-purpose vehicle (SPV) is a legally separate entity created to assume defined risks and isolate them from an originator's other obligations. Basis risk is the mismatch between the insured's economic loss and the amount recovered. Attachment and exhaustion points define, respectively, when protection begins and when the available limit is fully used.

Captives and Risk Pools: Organising Retained Risk

Captive insurance companies

A captive is an insurance company established primarily to insure the risks of its parent or affiliated group. It may be wholly owned by the parent, jointly owned by several organisations, or sponsored by a commercial provider. Captives can write conventional policies, issue deductibles, receive reinsurance and centralise claims and risk data.

The economic rationale is strongest where a group has substantial and reasonably predictable loss experience, adequate financial scale and a desire for greater control. A captive may reduce frictional costs, retain underwriting profit within the group, tailor exclusions and limits, access reinsurance directly, and improve risk information. It can also support enterprise-wide risk management by making business units more conscious of the cost of risk.

Captives do not make risk disappear. The parent ultimately bears underwriting volatility, operating expenses, capital requirements and possible adverse development. A captive that is poorly capitalised, inadequately governed or established solely for tax reasons may create legal and regulatory difficulties. Independent actuarial pricing, claims reserving, investment controls, audit and arm's-length governance remain essential.

Common forms include single-parent captives, group captives, association captives, rent-a-captives and protected-cell companies. A rent-a-captive permits an organisation to use an existing licensed platform rather than establish a separate insurer. A protected-cell structure separates the assets and liabilities of participating programmes into legally segregated cells, although the effectiveness of segregation depends on applicable law and documentation.

Risk pools

A risk pool combines exposures from multiple participants so that losses are shared across a broader base. Pools may be created by governments, municipalities, insurers, industries or professional associations. Diversification is valuable when participants' losses are not perfectly correlated. However, catastrophe risk can be highly correlated: a hurricane may affect many coastal entities simultaneously, limiting the benefit of pooling.

Pools require rules for contribution, admission, loss allocation, capital, claims settlement and withdrawal. Governance is particularly important because participants may have different risk-management standards and incentives. A pool can also become exposed to adverse selection if high-risk members join disproportionately or safer members leave after paying more than their expected share.

Finite-Risk and Structured Multi-Year Solutions

Finite-risk insurance places deliberate emphasis on the time value of money, limited underwriting risk and multi-year funding. The insured pays premium over a defined period, and the insurer provides a specified aggregate limit. Experience accounts, loss corridors, retrospective adjustments and profit commissions may be included. At the end of the term, favourable experience may generate a return or credit, while adverse experience reduces the balance available to the insured.

Finite-risk structures can smooth cash flows, provide budget certainty and finance losses over time. They are particularly relevant when the insured wants protection against volatility rather than unlimited transfer of random risk. Their assessment requires careful analysis of the amount of genuine risk transfer. If the insurer bears only remote or insignificant risk, accounting and regulatory treatment may differ from that of conventional insurance.

A multi-year policy covers several underwriting periods under one contractual framework. It may reduce transaction costs, support long-term risk-management investment and reduce annual renewal uncertainty. The trade-off is reduced flexibility. Changes in exposure, law, technology or corporate strategy may make the original terms inappropriate. Contractual provisions should address commutation, repricing, termination, coverage changes, aggregate limits and claims development.

Multi-trigger and contingent capital arrangements

A multi-trigger cover pays only when two or more conditions occur. For example, a company might receive funds when a named storm reaches a defined intensity and the company's revenue falls below a stated threshold. Such a structure can align protection more closely with business interruption, reduce the possibility of payment for economically irrelevant events and control moral hazard.

The disadvantages are substantial. Triggers may be difficult to define, data may be delayed or disputed, and the probability of simultaneous satisfaction may be misestimated. A cover that appears broad may provide little practical protection if one trigger is rarely met. Contract designers must test trigger correlation, data quality, verification procedures and scenarios in which the insured suffers a loss but the second trigger is absent.

Insurance-Linked Capital Markets

Catastrophe bonds

A catastrophe bond, or cat bond, transfers specified catastrophe risk to capital-market investors through an SPV. Investors provide principal, normally in the form of collateralised assets, and receive interest linked to the transaction. If the defined catastrophe does not occur, investors receive principal at maturity. If the trigger is activated, some or all principal is used to compensate the sponsor, while investors bear the defined loss.

The sponsor may be an insurer, reinsurer, corporation, government or public agency. The trigger can be indemnity-based, industry-loss-based, parametric or modelled-loss-based. Indemnity triggers reduce basis risk for the sponsor but require claims information and may expose investors to uncertainty about loss adjustment. Parametric triggers are transparent and rapid but can create material basis risk. Industry-loss and modelled-loss triggers seek a balance between verification and correlation with the sponsor's exposure.

Cat bonds can provide multi-year protection, diversify sources of capacity and reduce dependence on traditional reinsurance markets. Their collateralisation reduces conventional counterparty-credit risk because funds are placed in a secured account. Nevertheless, investors face event risk, model risk, collateral investment risk, liquidity risk and uncertainty concerning trigger calculation. Sponsors face transaction costs, disclosure obligations, basis risk and the possibility that capital-market pricing becomes unattractive during periods of financial stress.

Sidecars

A sidecar is an SPV that provides capital to an insurer or reinsurer to participate in a defined book of business, commonly catastrophe reinsurance. Investors receive a share of premiums and bear a corresponding share of losses. The sponsoring reinsurer supplies underwriting expertise, distribution and claims administration, while investors supply additional risk capital.

Sidecars are generally more closely linked to a portfolio of actual contracts than cat bonds. This can make them attractive to investors seeking access to insurance risk without building an underwriting platform. However, investors depend heavily on the sponsor's underwriting discipline, reserving, claims management and reporting. Conflicts may arise if the sponsor controls both the original business and the sidecar's participation terms.

Collateralised reinsurance and insurance-linked funds

In collateralised reinsurance, the reinsurer or SPV posts collateral equal to, or linked to, its potential obligation. A cedent gains greater certainty that recoveries will be available even if the counterparty experiences financial distress. Collateral may be held in a trust, custody account or other legally controlled arrangement.

Insurance-linked funds invest in portfolios of catastrophe bonds, collateralised reinsurance, private transactions or other insurance-related instruments. Diversification across regions, perils, attachment points and maturities can reduce individual-event concentration, although systemic catastrophe or model errors may still affect the portfolio. Investors evaluate expected loss, risk-adjusted return, attachment probability, peak exposure, liquidity, collateral quality and the independence of risk models.

Parametric Insurance and Industry Loss Warranties

Parametric insurance

Parametric insurance pays a predetermined amount when an independently measured parameter crosses a specified threshold. Examples include an earthquake exceeding a stated intensity at a location, wind speed exceeding a threshold, rainfall falling below a level, or flight disruption exceeding a defined measure. The payment is not based on adjustment of the insured's actual physical loss.

Its main strengths are speed, transparency, administrative simplicity and the ability to insure risks for which conventional loss adjustment is difficult. It can provide emergency liquidity to governments, farmers, infrastructure operators and businesses. It may also cover indirect or non-damage economic consequences that are difficult to insure conventionally.

The central weakness is basis risk. A business may suffer severe damage even though the parameter remains below the trigger, or the parameter may exceed the trigger while actual loss is modest. Basis risk can be reduced through multiple measurement points, graduated payouts, lower thresholds, layered covers, better hazard maps and calibration against historical loss data. It cannot be eliminated completely.

Industry loss warranties

An industry loss warranty (ILW) pays when total insured industry losses from a specified event exceed a threshold, often combined with a requirement that the purchaser also suffers a qualifying loss. A pure ILW uses only the industry-loss trigger; a qualifying-loss or double-trigger ILW combines industry loss with the purchaser's own loss.

ILWs can be arranged relatively quickly and may provide protection without disclosing all details of the purchaser's portfolio. They are useful for insurers and reinsurers seeking peak-zone protection. However, the industry-loss estimate may be revised, delayed or disputed. A purchaser whose portfolio is unusually concentrated or unusually resilient may experience significant basis risk. Double triggers reduce the chance of payment for an irrelevant industry event but make the contract more complex.

Comparing ART Solutions: A Decision Framework

The following dimensions should be evaluated together rather than separately.

Basis risk. Indemnity covers usually have the lowest basis risk but involve claims adjustment and possible payment delay. Parametric and industry-index solutions generally have greater basis risk, although they may be faster and more transparent. Multi-trigger arrangements can improve relevance but also create additional non-payment pathways.

Liquidity. A firm facing immediate obligations should prioritise speed and certainty of cash. Parametric covers, collateralised contracts and pre-funded structures may be superior to indemnity arrangements requiring extensive adjustment. A captive may improve long-term financing but may not provide immediate external liquidity unless it has adequate liquid assets or reinsurance.

Capital efficiency. Retained risk requires capital within the corporate or insurance group. A captive may use group capital efficiently but still requires solvency resources. Cat bonds and collateralised reinsurance access external capital, but collateral and transaction costs affect their economic efficiency. The relevant comparison is risk-adjusted cost of capital, not premium alone.

Investor requirements. ILC investors seek measurable risk, robust data, transparent triggers, diversification, enforceable documentation and attractive risk-adjusted returns. They also require confidence that the sponsor will report accurately and that collateral is protected. Investors generally prefer structures in which the risk is not dominated by opaque operational or model uncertainty.

Counterparty and collateral risk. Traditional reinsurance exposes the cedent to the reinsurer's credit quality. Collateral reduces this exposure but introduces custody, investment, legal and commingling risks. The legal enforceability of collateral in insolvency is as important as its nominal value.

Moral hazard and incentives. Indemnity payments may create incentives to influence claims measurement or risk behaviour. Parametric contracts reduce claims manipulation but may not reward loss prevention in the same way. Governance should ensure that the insured retains incentives to protect assets and disclose material changes.

A practical selection process begins with exposure definition and scenario analysis. The organisation then identifies the desired attachment point, limit, term, payout speed and tolerable basis risk. Alternative structures are priced using expected loss, capital charges, fees, collateral costs, taxes and liquidity value. Finally, stress tests examine events outside historical experience, trigger failure, model error, collateral impairment and contract disputes.

Applied Case: A Coastal Energy Utility's Catastrophe Programme

Background

The following is an illustrative case. CoastalGrid Energy operates electricity transmission assets in a region exposed to cyclones and storm surge. A severe event could produce physical damage, emergency procurement costs and lost revenue. Conventional property insurance covers physical damage but has a high deductible and may take months to adjust. Management estimates that rapid liquidity is essential to restore service and meet regulatory obligations.

Situation and analysis

CoastalGrid considered four alternatives: increasing conventional insurance, establishing a captive, purchasing a parametric cyclone cover, and sponsoring a catastrophe bond. Historical data showed that wind speed at a specified meteorological station correlated imperfectly with losses because damage depended also on storm direction, surge and the location of substations. A single wind-speed trigger therefore created significant basis risk.

The company established scenarios combining wind speed, storm track, surge and asset concentration. It concluded that no single instrument met every objective. Conventional insurance was appropriate for large physical damage, while a parametric layer could provide rapid emergency cash. A captive could retain predictable smaller losses and coordinate risk data, but it could not bear the full catastrophe layer without excessive capital concentration.

Strategy and solution

CoastalGrid adopted a layered programme. The captive retained smaller losses and a defined aggregate layer. Conventional indemnity insurance covered physical damage above the retention. A multi-parameter cover was arranged to pay graduated amounts based on wind speed and storm surge at several measurement locations. The payout was not intended to indemnify every loss; its purpose was to provide immediate liquidity.

For the highest layer, the company joined with other utilities in a sponsored catastrophe bond. The bond used a modelled-loss trigger based on event characteristics and exposure data. The documentation specified independent data sources, calculation agents, dispute procedures and collateral arrangements.

Outcome

The structure reduced dependence on a single counterparty and aligned each layer with a different objective. The captive improved retention discipline, the indemnity policy addressed asset damage, the parametric layer supplied rapid funds, and the catastrophe bond provided multi-year peak capacity. The company accepted residual basis risk in exchange for speed and diversification.

Learning points

The case illustrates four principles. First, ART is usually most effective as a layered programme rather than a choice between insurance and capital markets. Second, parametric protection should be designed around the cash-flow problem it solves, not marketed as a complete substitute for indemnity insurance. Third, trigger design requires location-specific exposure analysis. Finally, governance, data quality and documentation determine whether financial innovation works under crisis conditions.

Challenges, Governance and Professional Responsibility

ART contracts are vulnerable to model risk, data error, ambiguous wording, operational failure and legal uncertainty. Catastrophe models may underestimate emerging hazards or rely on assumptions that are inappropriate for a particular portfolio. Climate change, urbanisation, supply-chain concentration and changing construction standards can weaken the relevance of historical data.

Governance should assign clear responsibility for risk appetite, structure approval, model validation, collateral oversight and post-event decision-making. Boards should understand attachment probabilities, exhaustion probabilities, expected shortfall, liquidity timing and basis risk rather than relying solely on a headline premium or return.

Regulatory treatment varies by jurisdiction. Issues may include licensing, solvency, accounting recognition, collateral rules, securities regulation, special-purpose vehicle approval, consumer protection, taxation and disclosure. A contract marketed as insurance must satisfy applicable requirements concerning risk transfer and risk distribution. Cross-border transactions may also involve differing insolvency, withholding-tax and data-protection rules.

Ethically, sponsors must not design triggers that are technically objective but practically misleading. Investors should receive clear disclosure of event definitions, model assumptions, exclusions, conflicts of interest and possible total loss of principal. Insured parties should understand that an index-based contract may pay less than the actual loss—or pay when the economic loss is limited. Fairness requires transparent communication and appropriate suitability assessment.

Technology, Analytics and Emerging Developments

Technology is increasingly important in ART because pricing and trigger settlement depend on data. Satellite imagery, remote sensing, Internet-of-Things sensors, geospatial analytics and automated weather feeds can improve exposure mapping and accelerate verification. Machine-learning tools can identify nonlinear relationships between hazard intensity and loss, but they should supplement rather than replace actuarial judgment and governance.

Blockchain or distributed-ledger systems may support automated recording of trigger data, collateral movements and payment instructions. Smart contracts can reduce administrative delay when data sources and legal terms are unambiguous. They cannot solve poor data, ambiguous definitions or legal disputes; automation may simply execute an incorrect interpretation more quickly.

Current developments include climate-related parametric products, sovereign disaster-risk pools, public-private catastrophe facilities, cyber-risk securitisation, pandemic-risk financing and insurance-linked strategies for risks traditionally considered difficult to model. Cyber and pandemic structures remain challenging because accumulations are uncertain, event definitions are contested and loss development can be prolonged. Investors are therefore demanding stronger scenario analysis, accumulation controls and transparency.

Best-Practice Principles for Managers

A sound ART programme should:

1. Begin with a clearly quantified risk and a defined financial objective.

2. Separate the need for indemnity from the need for rapid liquidity.

3. Compare total economic cost, including capital, collateral, fees and basis risk.

4. Use independent actuarial, legal, modelling and investment review.

5. Test triggers against historical events, synthetic scenarios and near misses.

6. Specify data sources, calculation agents, dispute processes and payment timelines.

7. Maintain diversified capital and avoid dependence on one model or counterparty.

8. Review exposure changes throughout the contract term, especially in multi-year arrangements.

9. Align incentives through deductibles, risk controls, reporting duties and audit rights.

10. Communicate residual risk honestly to boards, policyholders, regulators and investors.

Chapter Summary

Alternative risk transfer expands the methods available for financing insurance risk. Captives and pools organise retained risk; finite-risk and multi-year contracts smooth volatility and funding; multi-trigger structures link payment to more than one condition; and insurance-linked capital transfers catastrophe and other risks to investors through catastrophe bonds, sidecars, collateralised reinsurance and insurance-linked funds. Parametric insurance and industry loss warranties can provide speed and transparency, but they create basis risk when the chosen index does not track the insured's actual loss.

The appropriate solution depends on the relationship among basis risk, liquidity, capital efficiency, collateral security, counterparty strength, investor requirements and governance. A layered programme often produces a better result than reliance on one instrument. Effective ART requires rigorous exposure analysis, reliable data, precise documentation, model validation, regulatory compliance and transparent communication of residual risk.

Key Terms

Alternative risk transfer: Risk-financing arrangements that combine insurance, retention and capital-market techniques outside conventional insurance alone.

Insurance-linked capital: Investor capital exposed to defined insurance or catastrophe risks in return for a risk-based return.

Captive: An insurer established primarily to cover the risks of its parent or affiliated organisations.

Risk pool: A structure in which several participants combine exposures and share losses and funding requirements.

Finite-risk insurance: A structured, usually multi-year arrangement emphasising limited risk transfer, funding and loss smoothing.

Multi-year cover: Insurance or reinsurance protection extending across more than one underwriting period.

Multi-trigger cover: A contract requiring two or more specified conditions before payment is made.

Parametric insurance: Cover paying a predetermined amount when an objectively measured parameter crosses a threshold.

Basis risk: The mismatch between the insured's actual economic loss and the contract payment.

Catastrophe bond: A security through which investors assume defined catastrophe risk and may lose principal after a trigger event.

Special-purpose vehicle: A legally separate entity created to assume specified risks and isolate assets and liabilities.

Sidecar: An investment vehicle that shares in the premiums and losses of a defined insurance or reinsurance portfolio.

Collateralised reinsurance: Reinsurance supported by assets pledged or deposited to secure the reinsurer's obligations.

Industry loss warranty: Protection triggered by an industry-wide loss exceeding a specified threshold.

Indemnity trigger: A trigger based on the insured's actual covered loss.

Attachment point: The loss level at which a layer of insurance or reinsurance begins to respond.

Exhaustion point: The loss level at which the available limit of a layer is fully consumed.

Model risk: The risk that assumptions, data or methods in a risk model produce materially inaccurate results.

Liquidity risk: The risk that funds will not be available in the required amount and time.

Collateral risk: The risk that pledged assets are insufficient, inaccessible, impaired or legally unenforceable.

Review Questions

Short Answer Questions

1. What is meant by basis risk in a parametric insurance contract?

2. Distinguish a captive from a risk pool.

3. What is the role of an SPV in a catastrophe bond?

4. Why is collateral important in collateralised reinsurance?

5. Define an industry loss warranty.

Long Answer Questions

1. Explain the economic rationale, benefits and governance requirements of captive insurance.

2. Discuss the structure of catastrophe bonds and evaluate their advantages and limitations for sponsors and investors.

3. Compare indemnity, parametric, industry-loss and multi-trigger arrangements.

4. Analyse how finite-risk and multi-year solutions affect capital, liquidity and risk transfer.

5. Explain the principal factors that should guide an organisation's selection of an ART programme.

Analytical / Application Questions

1. A manufacturing group wants immediate funds after a flood but has highly variable physical losses across its sites. Design a layered ART programme and justify the role of each layer.

2. An insurer is considering an ILW based on national industry losses even though its portfolio is concentrated in one coastal city. Analyse the likely basis risk and recommend safeguards.

3. An investor is evaluating a catastrophe bond whose trigger is transparent but whose collateral is invested in potentially volatile assets. Assess the risks and propose due-diligence questions.

22. Multiple Choice Questions with Answers

Question 1

Which feature most directly distinguishes parametric insurance from indemnity insurance?

A. It always provides unlimited protection

B. Payment depends on an objectively measured parameter rather than adjusted actual loss

C. It cannot be reinsured

D. It requires the insured to form a captive

Correct Answer: B. Payment depends on an objectively measured parameter rather than adjusted actual loss

Question 2

A corporate group primarily establishes a captive in order to:

A. Transfer every risk to external investors

B. Avoid all capital and solvency requirements

C. Organise and finance affiliated risks under its own controlled insurance structure

D. Guarantee that losses will never exceed premiums

Correct Answer: C. Organise and finance affiliated risks under its own controlled insurance structure

Question 3

What is the principal purpose of collateral in collateralised reinsurance?

A. To eliminate basis risk

B. To secure the reinsurer's payment obligation

C. To increase the insured's deductible

D. To replace exposure modelling

Correct Answer: B. To secure the reinsurer's payment obligation

Question 4

In a catastrophe bond, investors may lose principal when:

A. The sponsor earns an underwriting profit

B. The specified catastrophe trigger is activated

C. Interest rates decline

D. The cedent changes its broker

Correct Answer: B. The specified catastrophe trigger is activated

Question 5

Which arrangement is most likely to create basis risk for a utility suffering highly localised damage?

A. A fully indemnity-based property policy

B. A parametric cover based on wind speed at one distant station

C. A policy with a claims adjustment clause

D. A captive retaining predictable maintenance losses

Correct Answer: B. A parametric cover based on wind speed at one distant station

Question 6

A multi-trigger contract is designed so that payment occurs only when:

A. Any loss, however small, is reported

B. Two or more specified conditions are satisfied

C. The insurer becomes insolvent

D. The policyholder renews the contract

Correct Answer: B. Two or more specified conditions are satisfied

Question 7

What is a distinctive feature of a sidecar?

A. It shares in the premiums and losses of a defined book of business

B. It pays only government claims

C. It eliminates the sponsoring reinsurer's underwriting role

D. It is always an unsecured bank loan

Correct Answer: A. It shares in the premiums and losses of a defined book of business

Question 8

An industry loss warranty is most directly triggered by:

A. The purchaser's exact adjusted loss only

B. An industry-wide loss exceeding a specified threshold

C. A change in the purchaser's share price

D. The exhaustion of captive capital

Correct Answer: B. An industry-wide loss exceeding a specified threshold

Question 9

Which consideration is especially important when choosing an ART solution for emergency liquidity?

A. The colour of the policy document

B. The speed and certainty of payment after the event

C. The number of annual board meetings

D. Whether the contract has a low nominal limit only

Correct Answer: B. The speed and certainty of payment after the event

Question 10

Why might a layered catastrophe programme be preferable to a single instrument?

A. Different layers can address retention, physical damage, rapid liquidity and peak risk separately

B. It guarantees zero basis risk in every layer

C. It removes the need for governance

D. It prevents all correlated losses

Correct Answer: A. Different layers can address retention, physical damage, rapid liquidity and peak risk separately