5. Reinsurance Principles, Functions and Market Structure

Introduction and Context

Insurance enables individuals and organizations to transfer specified financial consequences of uncertain events to an insurer. The insurer, however, does not eliminate uncertainty; it concentrates and manages it. A single insurer may face accumulated exposure to hurricanes, earthquakes, industrial fires, pandemics, longevity improvements, litigation, or changes in regulation. Reinsurance is the principal mechanism through which insurers redistribute these exposures and protect their financial capacity.

Reinsurance is often described as “insurance for insurers,” but this description is incomplete. It is also a capital-management instrument, a source of underwriting expertise, a stabilizer of earnings, a means of supporting regulatory solvency, and an important channel through which insurance risk reaches global capital markets. The reinsurance arrangement does not normally alter the original insurance contract. The policyholder remains entitled to claim against the primary insurer, while the primary insurer—known as the cedant—seeks recovery from the reinsurer under a separate contract.

The reinsurance market therefore connects several groups: policyholders and primary insurers, reinsurers, retrocessionaires, brokers, managing agents, alternative-capital providers, rating agencies, regulators, and investors. Understanding their relationships is essential for evaluating an insurer’s risk appetite, capital adequacy, catastrophe resilience, and counterparty quality.

Learning Objectives

After studying this chapter, the learner should be able to:

1. Explain the roles of cedants, reinsurers, retrocessionaires, brokers, and capital-market participants.

2. Distinguish major forms and methods of reinsurance.

3. Evaluate reinsurance functions such as capacity creation, stabilisation, catastrophe protection, capital relief, and underwriting support.

4. Analyse the structure, cycles, concentration, and counterparty risks of the global reinsurance market.

5. Apply reinsurance concepts to programme design and managerial decision-making.

6. Assess governance, regulatory, ethical, technological, and emerging-market considerations.

The Economic Logic of Reinsurance

A primary insurer accepts many risks in exchange for premiums. Its portfolio may be diversified across policyholders, geographical areas, industries, and lines of business, but diversification is never perfect. Correlated events can produce losses far beyond the insurer’s normal annual expectations. Reinsurance allows the insurer to retain predictable losses while transferring part of the severity, volatility, or accumulation risk.

The arrangement is based on risk transfer. The reinsurer receives a premium and assumes specified obligations according to the contract. Effective risk transfer generally requires that the reinsurer bear meaningful economic risk, that the terms be legally enforceable, and that the arrangement not merely disguise financing. The cedant must also retain adequate responsibility for underwriting and claims management; reinsurance is not a substitute for sound original insurance operations.

Reinsurance can be viewed through three connected lenses:

• Risk lens: Which losses, perils, territories, and layers are transferred?
• Capital lens: How does the programme affect solvency, liquidity, earnings volatility, and return on capital?
• Strategic lens: Does the arrangement support growth, market entry, product innovation, or resilience?

A programme that is inexpensive but fails under the insurer’s most important stress scenario is not effective. Conversely, purchasing excessive protection may reduce returns and create unnecessary dependence on external counterparties. Reinsurance decisions are therefore optimization decisions under uncertainty.

Participants and Their Interdependence

The cedant

The cedant is the insurer or other risk-bearing entity that transfers part of its accepted risk. It selects the risks to retain, designs the reinsurance programme, pays reinsurance premiums, submits information, and remains responsible to policyholders. A cedant may be a direct insurer, a composite insurer, a captive, or, in some arrangements, a reinsurer seeking to transfer its own assumed risks.

The cedant’s objectives commonly include limiting net loss, protecting surplus, increasing underwriting capacity, smoothing results, meeting regulatory expectations, and obtaining access to specialist knowledge. These objectives may conflict. A low retention reduces volatility but increases premium cost and reliance on reinsurers. A high retention preserves premium and may improve long-term profitability, but it exposes capital to adverse events.

The reinsurer

A reinsurer accepts transferred risk from cedants. It may operate globally or focus on selected territories and classes of business. Reinsurers diversify portfolios across cedants and regions, use sophisticated catastrophe and capital models, and often provide technical assistance in underwriting, pricing, claims, wording, and risk engineering.

The reinsurer’s principal risks include underwriting risk, reserving risk, catastrophe accumulation, investment risk, liquidity risk, operational risk, legal risk, and counterparty risk in retrocession arrangements. Its financial strength and claims-paying ability are central considerations for cedants.

The retrocessionaire

Retrocession is reinsurance purchased by a reinsurer. The retrocedant transfers part of the risks it has assumed to another reinsurer, the retrocessionaire. Retrocession helps a reinsurer manage peak exposures, diversify geographically, control capital requirements, and protect its own balance sheet. However, it creates an additional chain of dependence. If a retrocessionaire fails, the original reinsurer may remain liable to the cedant even though expected recoveries are unavailable.

The reinsurance broker

A reinsurance broker acts as an intermediary between cedants and reinsurers. The broker analyses the cedant’s portfolio, prepares underwriting information, approaches markets, negotiates terms, supports placement, and may assist with claims and contract administration. Brokers can improve market access and price discovery, particularly for complex or catastrophe-exposed risks.

Broker independence and transparency are important. Conflicts may arise where remuneration, market relationships, or placement pressures influence recommendations. A professional broker should explain coverage gaps, exclusions, reinstatement provisions, collateral arrangements, and the financial quality of proposed markets rather than focusing only on price.

Capital-market participants

Insurance-linked securities (ILS) and other alternative-capital structures enable investors to assume insurance risk. Catastrophe bonds, collateralised reinsurance, industry-loss warranties, sidecars, and managed funds are examples. Investors receive a risk premium but may lose some or all invested capital if a defined event occurs.

Capital-market participation can expand capacity, especially after severe catastrophe losses or when traditional reinsurers restrict underwriting. It can also create price competition and diversify the sources of risk-bearing capital. Nevertheless, basis risk, model uncertainty, trigger disputes, collateral management, and investor withdrawal during stressed markets must be considered.

Forms and Methods of Reinsurance

Reinsurance may be classified by the method through which risks are ceded and by the basis on which losses are shared.

Facultative and treaty reinsurance

Facultative reinsurance is arranged separately for an individual risk or a defined exposure. It is useful for large, unusual, hazardous, or exceptional risks that fall outside a treaty’s automatic terms. The reinsurer underwrites each risk individually. Facultative placement provides precision but may be slower, administratively intensive, and more expensive.

Treaty reinsurance covers a portfolio or class of business according to pre-agreed conditions. Risks within the treaty scope are ceded automatically. Treaty arrangements provide efficiency and certainty, but they require accurate portfolio information, clear definitions, and disciplined underwriting controls.

Proportional reinsurance

Under proportional reinsurance, the reinsurer receives an agreed proportion of premium and pays the same proportion of covered losses, subject to contract terms. In a quota-share treaty, a fixed percentage of every risk is ceded. In a surplus treaty, the cedant retains a fixed amount and cedes amounts above that retention up to the treaty capacity.

Proportional reinsurance can support rapid growth, provide underwriting assistance, and share acquisition expenses or commissions. Its disadvantage is that the cedant may transfer profitable business along with adverse business and may pay reinsurance costs on losses it could have retained economically.

Non-proportional reinsurance

Non-proportional reinsurance responds when losses exceed a specified attachment point. In excess-of-loss reinsurance, the reinsurer pays losses above the cedant’s retention up to a stated limit. Per-risk excess of loss protects against a severe loss arising from one risk; catastrophe excess of loss protects against accumulated losses from one event; and aggregate excess of loss responds when total losses during a period exceed an aggregate attachment point.

Non-proportional cover is particularly suitable for controlling severity and catastrophe volatility. Its price depends on exposure quality, expected loss, attachment point, limit, reinstatements, event definitions, demand for capacity, and market conditions.

Facultative-obligatory and structured arrangements

Facultative-obligatory arrangements give the cedant discretion to cede risks while obliging the reinsurer to accept risks that meet agreed criteria. Structured reinsurance may combine risk transfer and financing characteristics, often smoothing results over several years. Such arrangements require careful assessment of genuine risk transfer, accounting treatment, collateral, termination rights, and regulatory capital consequences.

What Reinsurance Does for an Insurer

Creating underwriting capacity

An insurer’s ability to write business is constrained by capital, risk appetite, concentration limits, and regulatory requirements. Reinsurance can permit the insurer to write larger policies or a greater volume of business without holding all associated peak risk. Capacity is not unlimited: reinsurers impose their own limits, exclusions, aggregates, and information requirements.

Stabilising earnings and surplus

Insurance results fluctuate because claim frequency and severity are uncertain. Reinsurance reduces the impact of unusually adverse years. Stabilisation may improve budgeting, stakeholder confidence, and the insurer’s ability to maintain dividends or continue investing in operations. However, smoothing must not conceal deteriorating underwriting quality. Management should distinguish genuine risk reduction from accounting or financing effects.

Catastrophe protection

Catastrophe programmes address low-frequency, high-severity events such as windstorms, earthquakes, floods, and industrial accumulations. A well-designed programme considers event definitions, geographical accumulations, hours clauses, reinstatements, exclusions, demand surge, inflation, claims development, and correlated secondary perils.

Protection should be tested against realistic scenarios rather than only historical experience. Climate trends, urban development, supply-chain interdependence, and exposure concentration may make historical loss data inadequate. Model outputs should therefore be supplemented by stress tests and expert judgment.

Capital relief and solvency management

Reinsurance may reduce required capital by transferring risk, improving the insurer’s net exposure, or diversifying sources of protection. The effect depends on the applicable regulatory framework, the reinsurer’s credit quality, collateral, contract terms, and recognition rules. Capital relief is not automatically beneficial. If the reinsurer is weak or the arrangement is legally uncertain, apparent relief may be illusory.

Underwriting and technical support

Reinsurers often possess international claims data, sector expertise, catastrophe models, actuarial resources, and risk-engineering capabilities. They may help a cedant develop products, price emerging risks, train underwriters, and establish accumulation controls. This support is especially valuable for smaller insurers and insurers entering unfamiliar markets.

Designing a Reinsurance Programme

Programme design begins with the cedant’s objectives and risk profile. A useful process is as follows.

First, the insurer maps its exposure by line of business, geography, policy limit, peril, attachment, claims development, and accumulation. Second, it assesses risk appetite and determines the loss levels it can absorb without threatening solvency, liquidity, or strategic continuity. Third, it compares alternative structures, including retention, layers, limits, exclusions, reinstatements, and proportional participation.

Fourth, the insurer evaluates reinsurer security. This includes financial strength, capital adequacy, claims history, jurisdiction, collateral, diversification, contract certainty, and operational capability. Fifth, it models expected cost and stressed outcomes. Measures may include expected ceded loss, probability of exhaustion, earnings-at-risk, solvency impact, recovery concentration, and cost per unit of protected capital.

Finally, the programme must be documented, approved, monitored, and renewed. Placement is not the end of the process. Exposure changes, inflation, portfolio growth, catastrophe-model revisions, legal developments, and reinsurer downgrades can alter programme effectiveness during the contract year.

A simplified layer illustration is useful. Suppose an insurer retains the first 10 million monetary units of an event loss and purchases 90 million of catastrophe excess-of-loss cover in three layers: 10 million excess of 10 million, 30 million excess of 20 million, and 50 million excess of 50 million. A 45 million event loss would leave the insurer paying 10 million and the programme responding to 35 million, subject to the wording and layer terms. A 120 million loss would exhaust the 90 million programme and leave the insurer with 30 million net loss. The example shows why limit adequacy and exhaustion analysis matter.

Market Structure, Cycles and Concentration

The global reinsurance market is concentrated among major international groups, specialist reinsurers, Lloyd’s-type platforms, regional markets, and alternative-capital vehicles. Concentration may produce economies of scale, diversified portfolios, strong modelling capabilities, and efficient claims operations. It may also create systemic and counterparty concerns if many cedants depend on a small number of providers.

Reinsurance pricing and capacity are cyclical. In a soft market, abundant capital, competition, favourable loss experience, and relaxed terms may reduce prices and expand coverage. In a hard market, major losses, inflation, reduced capital, higher uncertainty, or withdrawals by providers may increase prices, tighten terms, raise attachment points, and reduce available limits. Market cycles are influenced by both underwriting results and investment conditions.

The cycle creates strategic challenges. Cedants may purchase less protection during soft markets because prices appear attractive or may retain more risk when cover becomes expensive. Reinsurers may expand aggressively during favourable conditions and later face reserve deterioration or catastrophe accumulation. Sound governance requires decisions based on long-term risk appetite rather than market sentiment alone.

Concentration should be measured in several ways: exposure to individual reinsurers, groups, jurisdictions, catastrophe zones, collateral providers, brokers, and model assumptions. A cedant with ten contracts may still be highly concentrated if most recoverables depend on one corporate group or one jurisdiction. Counterparty limits, panel diversification, collateral, security reviews, and stress testing are essential controls.

Counterparty, Legal and Basis Risk

Counterparty risk is the possibility that a reinsurer cannot meet its obligations when required. It includes insolvency, delayed payment, disputes, operational failure, sanctions, currency restrictions, and deterioration in financial strength. Recovery assets may also be delayed because claims are disputed or reserves are not yet agreed.

Legal risk arises from ambiguous wording, inconsistent definitions, jurisdictional differences, insolvency law, commutation provisions, arbitration clauses, and conflicts between original policy obligations and reinsurance terms. Contract certainty requires that material terms be agreed and documented promptly. Claims cooperation clauses must not prevent the cedant from meeting its policyholder obligations.

Basis risk occurs when the protection purchased does not closely match the loss experienced. It is common in index-based and parametric arrangements, where payment depends on a modelled parameter, industry loss, wind speed, or earthquake intensity rather than the cedant’s actual loss. Such instruments can provide rapid liquidity but may pay too little or nothing after a significant economic loss if the trigger is not met.

Governance, Regulation and Professional Ethics

Boards and senior management should approve a reinsurance strategy consistent with the insurer’s risk appetite and enterprise risk-management framework. Responsibilities should be allocated among underwriting, actuarial, finance, legal, claims, risk, and treasury functions. Independent review is particularly important for complex or affiliated transactions.

Regulatory authorities generally examine risk transfer, solvency treatment, recoverables, related-party arrangements, collateral, concentration, and governance. Reinsurance should not be used to manipulate reported solvency, defer recognition of losses, or create misleading financial statements. Transparent disclosure of material assumptions and counterparty dependencies supports market discipline.

Ethical practice requires fair treatment of policyholders, accurate data, honest presentation of exposures, appropriate remuneration disclosure, and avoidance of conflicts of interest. A cedant should not withhold adverse information from reinsurers, and a reinsurer should not rely on opaque exclusions that defeat the reasonable purpose of coverage. Claims handling should be prompt, technically sound, and consistent with contractual obligations.

Technology, Data and Analytics

Reinsurance increasingly depends on exposure databases, geospatial information, catastrophe models, automated bordereaux, application programming interfaces, and artificial-intelligence-supported analytics. These tools can identify accumulation, improve pricing, automate data validation, and accelerate portfolio monitoring.

Technology does not remove model risk. Data may be incomplete, inconsistent, biased, or poorly mapped to policy terms. Machine-learning models may be difficult to explain and may perform poorly under unprecedented conditions. Governance should include data ownership, validation, version control, cyber protection, model documentation, human review, and contingency arrangements for system failure.

Illustrative Case: A Regional Insurer’s Catastrophe Programme

Background

Harbour Shield Insurance, a fictional regional insurer, writes residential and commercial property business in three coastal states. Its portfolio has grown rapidly, with significant exposure to windstorm and flood. The insurer has strong premium growth but limited surplus compared with the potential loss from a severe storm.

Situation

Management proposes a low-cost catastrophe excess-of-loss programme with a retention equal to 12 percent of available surplus. The proposed limit is based largely on the largest historical storm loss. The risk function is concerned that urban development, inflation, and portfolio growth have made historical loss experience unreliable. It also identifies that 65 percent of proposed recoverables would come from two reinsurer groups.

Analysis

The risk team performs probabilistic catastrophe modelling, deterministic stress tests, and accumulation analysis. A severe but plausible storm produces losses substantially above the historical maximum. The proposed limit would be exhausted, leaving a net loss that could breach the insurer’s internal capital threshold. The team also identifies basis issues in flood mapping and a contractual ambiguity concerning storm duration.

Approach

The insurer adopts a layered programme with a lower retention for peak coastal zones, additional catastrophe limit, and a reinstatement provision. It diversifies the panel across several highly rated reinsurers and a collateralised ILS provider. It also establishes explicit counterparty limits and requires quarterly exposure reporting. The wording is reviewed jointly by underwriting, claims, legal, actuarial, and risk specialists.

Outcome

The revised programme costs more, but it reduces the probability of capital falling below the board-approved threshold and decreases dependence on two counterparties. The insurer also improves its data quality and introduces event-based stress testing. Management accepts that the objective is not to eliminate all loss but to preserve solvency and strategic continuity after a severe event.

Learning Points

The case demonstrates that price alone is an inadequate measure of reinsurance value. Programme design must connect exposure analysis, capital objectives, wording quality, counterparty diversification, and realistic stress scenarios. It also shows why catastrophe protection must be revisited as the portfolio and physical risk environment change.

Challenges and Common Mistakes

Common weaknesses include purchasing cover without a clear risk objective, relying exclusively on a single catastrophe model, ignoring reinstatement costs, failing to test exhaustion, accepting unclear event definitions, and measuring counterparty risk only by rating. Another mistake is treating ceded premium as the sole cost while ignoring collateral, brokerage, capital charges, operational complexity, and potential recovery delays.

Insurers may also underestimate silent accumulations, such as cyber exposure embedded in property policies, supply-chain interdependence, or inflation-driven claims severity. Excessive reliance on reinsurance can weaken underwriting discipline and create strategic vulnerability when capacity contracts. Conversely, excessive retention can expose policyholders and shareholders to avoidable volatility.

Current Developments and Emerging Trends

Climate-related catastrophe uncertainty is increasing attention to forward-looking scenarios, resilience investment, and protection gaps. Alternative capital continues to supplement traditional reinsurance, particularly in catastrophe business, although investor appetite can change with market losses and broader financial conditions. Parametric products are being developed to provide rapid liquidity after earthquakes, storms, and other measurable events.

Cyber, pandemic, climate-transition, geopolitical, and systemic risks challenge traditional definitions of insurable events. Public–private partnerships may become more important where losses exceed private-market capacity. Reinsurance may also play a role in supporting insurance for renewable energy, autonomous systems, artificial intelligence liability, and other emerging exposures.

Best practice is increasingly associated with integrated capital modelling, transparent data, diversified counterparties, robust contract wording, independent model validation, and board-level understanding of protection gaps. The strategic question is not simply how much reinsurance to buy, but how to construct a resilient risk-transfer ecosystem.

Chapter Summary

Reinsurance redistributes insurance risk and supports capacity, earnings stability, catastrophe resilience, capital management, and underwriting development. The cedant remains responsible to policyholders, while reinsurers and retrocessionaires form successive layers of risk transfer. Brokers facilitate access and negotiation, and capital-market participants provide additional capacity through instruments such as catastrophe bonds and collateralised reinsurance.

Facultative and treaty methods differ in scope, while proportional and non-proportional structures differ in how premiums and losses are shared. Effective programme design requires exposure analysis, retention decisions, layer construction, counterparty assessment, stress testing, contract certainty, and continuous monitoring. Market cycles influence price and capacity, but strategic decisions should not be driven solely by soft- or hard-market conditions. Concentration, counterparty, legal, basis, model, and operational risks require governance and diversification. Technology improves analysis but introduces data, cyber, and model risks. Ultimately, reinsurance is most valuable when it is aligned with capital objectives, risk appetite, policyholder obligations, and long-term organizational resilience.

Key Terms

Cedant: An insurer or risk-bearing entity that transfers part of its risk to a reinsurer.

Reinsurer: An entity that accepts insurance risks transferred by a cedant.

Retrocession: Reinsurance purchased by a reinsurer for risks it has assumed.

Retrocessionaire: The reinsurer accepting risks from another reinsurer.

Facultative reinsurance: Reinsurance negotiated separately for an individual risk or exposure.

Treaty reinsurance: An arrangement covering a defined portfolio under pre-agreed terms.

Proportional reinsurance: Reinsurance under which premium and losses are shared in an agreed proportion.

Non-proportional reinsurance: Reinsurance responding when losses exceed a specified attachment point.

Quota share: A proportional treaty under which a fixed percentage of each covered risk is ceded.

Surplus treaty: A proportional arrangement covering amounts above the cedant’s fixed retention.

Excess of loss: Cover responding to losses above a stated retention up to a stated limit.

Catastrophe excess of loss: Protection against accumulated losses arising from one defined catastrophe event.

Retention: The portion of risk or loss retained by the cedant.

Attachment point: The loss level above which non-proportional reinsurance begins to respond.

Reinstatement: Restoration of reinsurance limit after it has been reduced by a covered loss, usually subject to additional premium.

Insurance-linked security: A capital-market instrument whose return depends on the occurrence of defined insurance events.

Basis risk: The risk that a reinsurance trigger does not match the cedant’s actual loss.

Counterparty risk: The possibility that a reinsurer or other contractual party cannot perform its obligations.

Capacity: The amount of risk that an insurer or reinsurer is financially and operationally able to accept.

Hard market: A market characterized by restricted capacity, higher prices, and tighter terms.

Review Questions

Short Answer Questions

1. What is the role of a cedant in a reinsurance arrangement?

2. Distinguish facultative reinsurance from treaty reinsurance.

3. What is retrocession, and why do reinsurers use it?

4. Define attachment point and retention.

5. What is basis risk in an index-based reinsurance arrangement?

Long Answer Questions

1. Explain the principal economic functions of reinsurance for a primary insurer.

2. Compare proportional and non-proportional reinsurance, including their uses and limitations.

3. Discuss the roles of brokers and capital-market participants in the modern reinsurance market.

4. Explain how market cycles, concentration, and counterparty risk affect reinsurance strategy.

5. Describe a systematic process for designing and monitoring a catastrophe reinsurance programme.

Analytical / Application Questions

1. An insurer has substantial coastal exposure but limited surplus. Analyse the factors it should consider when choosing between a higher retention and a layered catastrophe excess-of-loss programme.

2. A reinsurer’s financial-strength rating has been downgraded after a major catastrophe. Evaluate the immediate and longer-term actions the cedant should take.

3. A parametric storm cover pays nothing after a damaging event because the measured wind speed remains below the trigger. Analyse the source of the problem and recommend ways to manage the resulting risk.

22. Multiple Choice Questions with Answers

Question 1

Which party remains directly responsible to the original policyholder after reinsurance is purchased?

A. The broker

B. The cedant

C. The retrocessionaire

D. The capital-market investor

Correct Answer: B. The cedant

Question 2

A treaty that automatically covers risks within an agreed portfolio is best described as:

A. Facultative reinsurance

B. Treaty reinsurance

C. Industry-loss warranty

D. Retrocession only

Correct Answer: B. Treaty reinsurance

Question 3

What is the principal characteristic of non-proportional reinsurance?

A. Premium and losses are always shared in the same percentage

B. Every individual risk must be separately negotiated

C. The reinsurer responds after losses exceed an attachment point

D. The cedant transfers its entire portfolio

Correct Answer: C. The reinsurer responds after losses exceed an attachment point

Question 4

A reinsurer purchases protection against an accumulation of losses it has assumed. This transaction is called:

A. Coinsurance

B. Retrocession

C. Quota share

D. Facultative placement

Correct Answer: B. Retrocession

Question 5

Which reinsurance function most directly helps an insurer write larger policies without retaining all the associated peak exposure?

A. Capacity creation

B. Claims repudiation

C. Currency conversion

D. Policy cancellation

Correct Answer: A. Capacity creation

Question 6

A cedant has ten reinsurance contracts, but 70 percent of its recoverables depend on one corporate group. Which risk is most evident?

A. Moral hazard only

B. Counterparty concentration risk

C. Underwriting frequency risk

D. Basis risk only

Correct Answer: B. Counterparty concentration risk

Question 7

Which feature is most characteristic of a hard reinsurance market?

A. Abundant capacity and falling prices

B. Restricted capacity and tighter terms

C. Automatic acceptance of all risks

D. Elimination of catastrophe exclusions

Correct Answer: B. Restricted capacity and tighter terms

Question 8

Why might a parametric reinsurance contract create basis risk?

A. It always requires individual facultative underwriting

B. Its payment trigger may not correspond closely to the cedant’s actual loss

C. It transfers no risk to the reinsurer

D. It cannot be supported by capital-market investors

Correct Answer: B. Its payment trigger may not correspond closely to the cedant’s actual loss

Question 9

Which practice best supports effective catastrophe programme design?

A. Relying only on the largest historical loss

B. Ignoring exposure growth until renewal

C. Combining probabilistic modelling with stress testing and expert judgment

D. Selecting the cheapest reinsurer regardless of security

Correct Answer: C. Combining probabilistic modelling with stress testing and expert judgment

Question 10

Why is contract certainty important in reinsurance?

A. It guarantees that no loss will occur

B. It ensures material terms and obligations are clearly agreed and documented

C. It removes the need for counterparty assessment

D. It allows the cedant to avoid all retentions

Correct Answer: B. It ensures material terms and obligations are clearly agreed and documented