11. Insurance and Alternative Risk Transfer

Introduction and Context

Real estate assets combine substantial capital values, long operating lives, legal obligations, physical vulnerabilities, and dependence on multiple stakeholders. Fire, flood, storm, structural failure, construction defects, tenant injury, cyber incidents, pollution, and interruption of rental income can materially affect an asset’s value and an owner’s ability to service debt. Insurance is therefore not merely an administrative purchase; it is a financial and governance instrument that transfers selected consequences of uncertainty to an insurer in exchange for a premium.

Insurance cannot eliminate risk. It reallocates risk, subject to policy wording, deductibles, limits, exclusions, conditions, solvency, and claims procedures. A sophisticated real estate manager must decide which risks should be transferred, which should be retained, and which should be reduced through design, maintenance, emergency planning, contractual allocation, or diversification. Alternative risk transfer (ART) expands this decision beyond conventional insurance through mechanisms such as captives, self-insurance, insurance-linked securities, parametric covers, catastrophe bonds, contractual risk transfer, and contingent capital.

The central managerial challenge is to build a risk-financing programme that protects enterprise value without purchasing expensive or unsuitable cover. This requires integration of property operations, finance, construction management, sustainability, legal review, valuation, and corporate governance.

Learning Objectives

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

1. Explain the principles and terminology of real estate insurance.

2. Evaluate property, liability, construction, catastrophe, business-interruption, and environmental insurance.

3. Distinguish risk transfer, risk retention, risk reduction, and risk avoidance.

4. Determine appropriate deductibles, limits, sublimits, exclusions, and policy conditions.

5. Design an insurance programme aligned with asset value, exposure, financing, and organizational risk appetite.

6. Analyse claims preparation, adjustment, settlement, and dispute issues.

7. Compare conventional insurance with alternative risk-transfer mechanisms.

8. Apply these concepts to investment, development, asset-management, and sustainability decisions.

The Logic of Insurance as Risk Financing

Insurance rests on the pooling of uncertain losses. A large number of policyholders pay premiums into a pool from which covered losses are paid. The insurer prices risk using expected loss, uncertainty, expenses, capital requirements, reinsurance costs, and profit considerations. For a property owner, the premium is a known cost exchanged for protection against potentially severe but uncertain financial consequences.

The principle of indemnity seeks to place the insured in approximately the same financial position after a covered loss as before it, rather than allowing profit from the loss. Exceptions exist, particularly in life insurance and some agreed-value arrangements. Other important principles include insurable interest, utmost good faith, proximate cause, subrogation, contribution, and the duty to mitigate loss. Their exact application depends on jurisdiction and policy wording.

Insurance decisions should be made using an enterprise-risk perspective. A low-frequency, high-severity event such as a major earthquake may threaten solvency and justify transfer even when the premium is high. A frequent, low-severity maintenance issue may be better retained. Expected annual loss alone is insufficient because it does not capture volatility, correlation, liquidity pressure, reputational damage, or the organization’s capacity to absorb a loss.

A useful decision framework is:

• identify the hazard and exposed value;
• estimate frequency, severity, and aggregation;
• assess prevention and mitigation measures;
• determine the organization’s financial capacity and risk appetite;
• compare premium, deductible, limit, exclusions, and insurer quality;
• allocate responsibility contractually where appropriate; and
• monitor exposure and revise the programme periodically.

Essential Insurance Concepts and Terminology

The insured is the party protected by the policy; the insurer assumes specified risks. A policyholder may be an owner, developer, landlord, tenant, contractor, lender, or property-management company. A beneficiary or loss payee receives insurance proceeds under specified circumstances, while an additional insured receives protection for defined liabilities arising from another party’s operations.

The premium is the price of cover. A deductible is the initial amount borne by the insured for a loss. A self-insured retention (SIR) is an amount the insured retains before the insurer’s obligation begins; unlike some deductibles, it may require the insured to adjust and fund claims directly. A limit is the maximum payable for a covered loss, and a sublimit is a lower limit for a particular peril or category, such as flood, debris removal, or valuable papers. An aggregate limit caps total payments during a policy period.

A waiting period commonly applies to business-interruption cover. Coinsurance requires the insured to carry insurance to a specified proportion of value; failure may reduce recovery. Underinsurance can also arise where declared values are outdated or replacement costs have increased. Replacement-cost cover pays the cost of replacing damaged property, subject to conditions, whereas actual-cash-value cover generally reflects depreciation. Agreed-value cover may suspend coinsurance if values have been agreed and documented.

An occurrence policy responds to injury or damage occurring during the policy period. A claims-made policy generally responds when a claim is made and reported during the policy period, subject to retroactive dates and extended reporting provisions. This distinction is particularly important in professional, environmental, cyber, and directors’ liability insurance.

An endorsement modifies the standard wording. A warranty or condition may impose an obligation, such as maintaining sprinklers or alarms. A waiver of subrogation prevents the insurer from pursuing a specified party after payment. Subrogation permits an insurer that has paid a claim to pursue a responsible third party. Contribution addresses overlapping insurance. An exclusion removes a category of loss from cover; exclusions must be read with exceptions, buy-back provisions, definitions, and endorsements rather than in isolation.

Principal Classes of Real Estate Insurance

Property Insurance

Commercial property insurance commonly covers buildings, plant, fixtures, equipment, contents, and sometimes external property against specified perils or an all-risks form. “All risks” does not mean every risk; it generally covers accidental physical loss unless excluded. Typical exclusions include wear and tear, inherent defect, corrosion, gradual deterioration, war, nuclear risks, and often flood, earthquake, terrorism, or pollution unless specifically purchased.

Valuation is fundamental. Building values should reflect realistic reinstatement cost, including professional fees, demolition, debris removal, code upgrades, inflation, and access constraints. Market value and book value are not substitutes for replacement cost. A historic building, urban high-rise, or specialized industrial property may require a valuation survey and scenario analysis.

Liability Insurance

Public or general liability insurance responds to third-party bodily injury, property damage, and associated legal liability. Typical exposures include slips and falls, falling objects, unsafe common areas, inadequate security, swimming pools, parking facilities, and construction activities. Employers’ liability or workers’ compensation addresses employee injury, subject to local law. Professional indemnity may be relevant to architects, engineers, surveyors, valuers, and property managers. Directors’ and officers’ liability protects individual decision-makers against specified management claims.

Liability limits should reflect the nature of occupancy, footfall, contractual requirements, litigation environment, and asset aggregation. A shopping centre, hospital, hotel, or mixed-use development generally presents different liability exposures from a small office building. Contractual indemnities should be reviewed with insurance because an indemnity is only as valuable as the counterparty’s financial strength and coverage.

Construction and Development Insurance

Construction projects require a coordinated programme rather than a single generic policy. Builder’s risk or construction all-risks insurance covers physical loss or damage during construction, subject to exclusions. It may include temporary works, materials, testing, and storage. Delay in start-up or advance loss of profits cover addresses financial consequences of an insured delay.

Contractors’ plant, equipment, workers’ compensation, professional indemnity, environmental liability, and third-party liability may be separately arranged. Design responsibility, defects, existing structures, underground services, consequential loss, and testing periods require careful wording. The development agreement should state who procures cover, who is insured, how deductibles are allocated, and how claims affect completion obligations.

Catastrophe and Climate-Related Insurance

Catastrophe insurance addresses low-frequency, high-severity events such as earthquake, flood, windstorm, wildfire, hail, terrorism, and volcanic activity. Geographic concentration is critical: a portfolio of individually diversified buildings may still suffer a correlated loss from one storm or earthquake. Catastrophe modelling can estimate probable maximum loss (PML), occurrence exceedance probability, and aggregate exposure, although model outputs are uncertain and should not replace engineering judgment.

Climate change complicates historical pricing and underwriting. Flood maps, wildfire boundaries, rainfall intensity, heat stress, and storm paths may not remain stable. Physical risk assessment should therefore combine historical data, forward-looking climate scenarios, building-level vulnerability, and adaptation measures. Insurance may become more expensive or unavailable where risk reduction is inadequate. Resilience investments—such as flood barriers, elevated plant, cool roofs, backup power, and defensible space—can reduce both loss potential and insurance volatility, although premium reductions are not guaranteed.

Business-Interruption Insurance

Property damage may be only the beginning of a real estate loss. Business-interruption insurance covers specified loss of income, rental income, or gross profit following insured physical damage. It may also cover continuing expenses, additional increased cost of working, denial of access, service interruption, and contingent interruption, depending on wording.

The indemnity period must be long enough to repair, obtain approvals, remove debris, procure equipment, reconstruct, re-let, and restore occupancy. A twelve-month period may be inadequate for a complex building or a planning-constrained site. Financial modelling should distinguish lost rent, avoided variable costs, rent abatements, alternative accommodation, debt service, and the time required to rebuild. Policy definitions of “gross earnings,” “gross rent,” and “period of restoration” require financial and operational review.

Environmental Insurance

Environmental liability covers may respond to pollution conditions, cleanup costs, bodily injury, property damage, natural-resource damage, and third-party claims. They are especially relevant to brownfield redevelopment, fuel stations, industrial properties, dry cleaners, waste facilities, and sites with asbestos, mould, lead, or contaminated soil. Standard property and liability policies frequently exclude pollution or provide only limited sudden-and-accidental cover.

Environmental due diligence should precede underwriting. Historical land use, regulatory records, geotechnical studies, environmental site assessments, remediation plans, and indemnities from former owners should be examined. A policy cannot replace investigation or remediation governance. Known contamination may be excluded, subject to a site-specific buy-back, or covered only after a retention and with a remediation cap.

Designing Limits, Retentions, and Exclusions

The appropriate limit is not necessarily the asset’s purchase price. It should reflect the maximum credible financial consequence of the insured event, the value at risk, legal obligations, lender requirements, and available capital. Limits can be tested against scenarios such as total building loss, a major liability judgment, six months of lost rent, a flood affecting multiple assets, or a construction delay during peak financing costs.

Retention is a strategic choice. A higher deductible reduces premium but increases liquidity requirements and earnings volatility. The decision should consider expected loss, loss variability, claims administration, borrowing capacity, covenant restrictions, and whether several deductibles could apply to one event. A portfolio owner may use a larger retention than a small owner because losses can be diversified across assets, but correlation must be assessed.

Exclusions are not simply disadvantages. They identify risks that must be prevented, retained, separately insured, or contractually allocated. Managers should prepare an exclusion register showing each excluded risk, its potential severity, control owner, funding source, and review date. Common mistakes include assuming “all risks” covers flood, failing to insure code-upgrade costs, overlooking cyber-related building systems, accepting a sublimit below realistic exposure, and failing to understand vacancy or unoccupancy conditions.

Claims: From Incident to Recovery

Effective claims management begins before loss. Asset records, valuation reports, leases, maintenance logs, drawings, permits, inspection certificates, inventories, photographs, and emergency contacts should be securely maintained. A business-continuity plan should identify alternative premises, contractors, suppliers, data backups, and authority levels.

After an incident, the insured should protect life, prevent further damage, notify relevant authorities, preserve evidence, notify the broker and insurer promptly, and document actions. Emergency repairs are appropriate when necessary to protect people or property, but significant demolition or disposal should ordinarily be coordinated with the adjuster. The insured must distinguish emergency mitigation from permanent reinstatement.

The claims process commonly involves notification, coverage review, appointment of a loss adjuster, investigation, reserve setting, documentation, interim payments, negotiation, and settlement. The insured should maintain a loss ledger separating physical damage, mitigation expense, continuing costs, lost income, savings, and third-party claims. Poor records can delay settlement even where coverage exists. Disputes may concern causation, policy interpretation, valuation, compliance with conditions, or the application of deductibles and sublimits.

Professional claims advocacy can add value in complex losses, but independence, fees, and authority should be clear. Fraudulent claims, concealment, exaggerated values, and misrepresentation may invalidate coverage and create legal and ethical consequences.

Alternative Risk Transfer

Conventional insurance is not the only risk-financing mechanism. Self-insurance involves deliberately retaining risk and funding losses from operating cash or reserves. It can be efficient for predictable, frequent losses but exposes the organization to volatility and may be unsuitable for catastrophic events. A captive insurer is an insurance company established by a parent or group to insure its own risks. Captives can improve control, access reinsurance, encourage loss prevention, and address difficult-to-insure exposures, but they require capital, governance, actuarial analysis, regulatory compliance, and professional management.

A protected cell company allows different insured programmes to use legally separated cells within a larger structure, potentially reducing entry costs. Rent-a-captive arrangements provide access to captive capacity without establishing a fully owned insurer. These structures require careful examination of counterparty security and collateral.

Parametric insurance pays when an objectively measurable trigger is reached—for example, a defined wind speed, rainfall level, earthquake magnitude, or flood depth—rather than after adjustment of actual physical damage. It can provide rapid liquidity and cover difficult-to-measure losses, but basis risk arises when the trigger is met without equivalent damage or damage occurs without the trigger being met. Parametric products should therefore be considered a complement to, not an automatic substitute for, indemnity insurance.

Insurance-linked securities transfer insurance risk to capital-market investors. Catastrophe bonds, for example, may provide capacity for extreme events and diversify insurer or corporate funding. They are most practical for large, repeatable, and well-modelled exposures. Contractual risk transfer uses indemnities, hold-harmless clauses, insurance requirements, guarantees, and limitation-of-liability provisions. It must be supported by due diligence because contractual allocation does not eliminate the underlying hazard or guarantee recovery from an insolvent counterparty.

Governance, Sustainability, and Digital Risk Management

Insurance procurement should be governed through a documented risk-financing policy approved by the board or investment committee. It should define risk appetite, delegated authority, minimum insurer ratings, valuation standards, renewal responsibilities, claims escalation, and reporting. Lenders, joint-venture partners, tenants, contractors, and public authorities may impose additional requirements.

Environmental, social, and governance considerations increasingly influence underwriting. Insurers may examine energy performance, flood resilience, building safety, climate transition plans, supply-chain practices, and tenant wellbeing. Sustainable construction materials and energy systems may introduce unfamiliar failure modes, while resilience improvements can reduce physical exposure. Managers should avoid overstating sustainability performance in insurance submissions; inaccurate disclosures can prejudice coverage.

Property technology supports exposure databases, geospatial hazard mapping, sensor-based leak and temperature detection, digital inspection records, drone surveys, and automated renewal alerts. Analytics can identify repeated incidents, estimate total cost of risk, and compare deductibles. Artificial intelligence may assist document review, claims triage, and anomaly detection, but human oversight remains essential because data quality, model bias, privacy, cybersecurity, and explainability affect decisions. Connected building systems also create cyber-physical exposure: a ransomware event may interrupt access control, lifts, HVAC, or payment systems and may not be fully covered by property insurance.

Illustrative Case Study: Riverside Mixed-Use Redevelopment

Background

Riverside Holdings plans to convert a former industrial site into a mixed-use development containing apartments, offices, retail space, underground parking, and a public waterfront promenade. The site has a history of light manufacturing, lies in a flood-prone district, and will be constructed in phases. A bank requires evidence of property, construction, liability, and business-interruption protection.

Situation and Problem

The initial insurance proposal is based on the acquisition price rather than reinstatement cost. Flood is subject to a low sublimit, pollution is excluded, and the construction policy ends at practical completion even though leasing and commissioning will continue. The developer is also considering a high deductible to reduce premium. A climate assessment indicates that future intense rainfall may exceed historic drainage assumptions.

Analysis

The risk team separates construction, operational, environmental, catastrophe, liability, and income exposures. A quantity surveyor estimates reinstatement cost, including demolition, professional fees, inflation, and code upgrades. Flood modelling tests basement equipment, access routes, and electrical rooms. Environmental investigations identify residual contamination requiring a remediation plan. Financial projections show that a nine-month delay would threaten debt-service coverage.

The proposed retention is tested against cash reserves and lender covenants. A high deductible would be inefficient because the developer has limited liquidity during construction. The team also identifies aggregation risk: a single flood could damage retail stock, electrical equipment, car-park systems, and multiple rental units simultaneously.

Approach and Solution

The developer arranges construction all-risks cover with delay-in-start-up protection, third-party liability, professional indemnity requirements for designers, and coverage for testing and commissioning. Existing-structure and adjacent-property responsibilities are clarified in the contract. Operational cover is designed using reinstatement values rather than acquisition price, with separate catastrophe analysis and a suitable flood limit. Environmental insurance is negotiated after site investigation, with a remediation programme and defined exclusions.

A moderate deductible is selected, supported by a claims reserve. Business-interruption cover is based on projected rental income and a period long enough to accommodate reconstruction, approvals, and reletting. Parametric rainfall cover is considered as a supplementary source of rapid liquidity for access disruption, while indemnity insurance remains the principal protection for physical damage. Flood resilience measures include raised electrical equipment, backflow prevention, temporary barriers, drainage upgrades, and emergency procedures.

Outcome

The final programme costs more than the original proposal but aligns cover with actual exposure and financing requirements. The lender accepts the structure because limits, insured parties, loss-payee provisions, and claims-control procedures are clear. The project team also adopts quarterly exposure reviews during construction and annual post-completion valuations.

Learning Points

The case demonstrates that insurance design must follow risk analysis, not merely lender checklists. Replacement cost, aggregation, delay, environmental conditions, liquidity, and climate scenarios materially affect the programme. A lower premium can represent underinsurance rather than efficiency. ART can supplement but not replace sound engineering, contractual control, and conventional cover.

Challenges and Common Errors

The most persistent error is treating insurance as a once-a-year renewal exercise. Values, tenants, construction stages, hazards, leases, and regulations change continuously. Other errors include failing to coordinate policies across owners and contractors; relying on certificates without reading wording; overlooking professional fees and code upgrades; using historical climate data without scenario analysis; accepting insurer financial weakness; and assuming a contractual indemnity guarantees payment.

Conflicts may arise between minimizing premium and protecting tenants, workers, lenders, or communities. Excluding vulnerable populations from resilience planning can create ethical and reputational harm. Insurance may also create moral hazard if managers reduce prevention because losses are transferred. Governance should therefore link insurance to inspection, maintenance, emergency planning, and performance reporting.

Current Developments and Best Practice

Emerging practice emphasizes climate-adjusted underwriting, resilience-linked financing, portfolio aggregation analytics, parametric products, cyber-physical insurance, and more transparent catastrophe modelling. Insurers increasingly request granular building data, including construction type, roof condition, flood elevation, occupancy, protection systems, and loss history. Data readiness can improve underwriting quality even when it does not guarantee lower premiums.

A robust real estate insurance programme should follow these practices:

1. Maintain a current asset register, valuation schedule, lease database, and hazard map.

2. Use scenario analysis for catastrophe, liability, interruption, pollution, and cyber-physical events.

3. Match limits and indemnity periods to realistic recovery requirements.

4. Review exclusions, sublimits, conditions, endorsements, and insured-party provisions annually and after material changes.

5. Set retentions according to liquidity, risk appetite, and loss volatility.

6. Integrate insurance with maintenance, resilience, contracts, finance, and sustainability plans.

7. Pre-agree claims procedures, authorities, records, and communication responsibilities.

8. Assess insurer security, broker competence, adjuster capability, and counterparty performance.

9. Use ART selectively where conventional markets are costly, unavailable, or poorly matched to exposure.

10. Treat insurance as one component of a broader risk-management system.

Chapter Summary

Insurance transfers specified financial consequences of real estate risks but does not eliminate hazards or guarantee recovery. Effective programmes distinguish property, liability, construction, catastrophe, business-interruption, environmental, and emerging cyber-physical exposures. Limits must reflect realistic reinstatement and recovery costs; deductibles and retentions must reflect liquidity and risk appetite; and exclusions and sublimits must be actively managed.

Claims outcomes depend on prompt notification, mitigation, evidence, valuation, causation analysis, and disciplined documentation. Alternative risk-transfer mechanisms—including captives, self-insurance, parametric insurance, catastrophe bonds, and contractual transfer—can complement conventional cover when their costs, basis risk, governance, and capital requirements are understood. The best insurance strategy integrates underwriting with engineering, sustainability, contractual governance, finance, data, and organizational resilience.

Key Terms

Insurable interest: A legally recognized financial or relational interest in the subject of insurance.

Premium: The amount paid to obtain insurance protection.

Deductible: The portion of a covered loss borne by the insured before payment by the insurer.

Self-insured retention: A loss amount retained and generally administered or funded by the insured before insurance responds.

Policy limit: The maximum amount payable under an insurance policy or coverage section.

Sublimit: A lower limit applying to a specified peril, expense, or category of loss.

Aggregate limit: The maximum total payable during a policy period.

Coinsurance: A policy provision requiring insurance to be maintained at a stated percentage of value.

Replacement cost: The cost of replacing damaged property without deduction for physical depreciation, subject to policy terms.

Actual cash value: A value generally reflecting replacement cost less depreciation.

Occurrence policy: A policy responding to injury or damage occurring during the policy period.

Claims-made policy: A policy generally responding when a claim is made and reported during the policy period.

Business interruption: Financial loss arising from interruption of operations or income after an insured event.

Proximate cause: The dominant or legally effective cause of a loss.

Subrogation: The insurer’s right to pursue a responsible third party after paying a claim.

Captive insurer: An insurer established primarily to insure risks of its owner or associated group.

Parametric insurance: Cover triggered by an objectively measured event rather than adjusted physical loss.

Basis risk: The risk that an insurance trigger does not correspond closely to the insured’s actual loss.

Probable maximum loss: An estimate of the likely severity of a major event under defined assumptions.

Alternative risk transfer: Risk-financing arrangements that supplement or replace conventional insurance.

Review Questions

Short Answer Questions

1. Distinguish a deductible from a self-insured retention.

2. Why may market value be unsuitable for determining building insurance limits?

3. What is the purpose of a business-interruption indemnity period?

4. Explain basis risk in parametric insurance.

5. State two reasons why environmental insurance may be needed in addition to standard liability insurance.

Long Answer Questions

1. Explain how a real estate owner should design an integrated insurance programme for a diversified property portfolio.

2. Analyse the relationship between limits, sublimits, deductibles, retentions, and exclusions.

3. Discuss the insurance requirements and contractual issues involved in a major construction project.

4. Explain the claims process from incident notification to settlement and identify causes of claims delay.

5. Compare conventional insurance, self-insurance, captives, and parametric insurance.

Analytical / Application Questions

1. A flood-prone mixed-use building has a low flood sublimit, outdated reinstatement value, and a twelve-month interruption period. Identify the deficiencies and recommend corrective action.

2. A property group can either accept a large deductible or establish a captive for recurring losses. What financial, governance, actuarial, and operational factors should guide the decision?

3. A developer’s contract requires the contractor to indemnify the owner for all losses, but the contractor has weak financial resources and narrow insurance limits. Evaluate the protection available to the developer and propose improvements.

22. Multiple Choice Questions with Answers

Question 1

A property owner chooses a higher deductible primarily to reduce premium. Which additional consequence must be assessed most carefully?

A. The insurer will automatically cancel the policy

B. The owner’s liquidity requirement and loss volatility will increase

C. The policy will convert from occurrence to claims-made cover

D. The replacement cost of the building will decrease

Correct Answer: B. The owner’s liquidity requirement and loss volatility will increase

Question 2

Why is acquisition price generally an inappropriate basis for setting replacement-cost property insurance?

A. Acquisition price excludes all legal obligations

B. Replacement cost may include demolition, professional fees, inflation, and code upgrades

C. Acquisition price always exceeds construction cost

D. Replacement-cost policies insure only land value

Correct Answer: B. Replacement cost may include demolition, professional fees, inflation, and code upgrades

Question 3

Which feature most clearly distinguishes parametric insurance from indemnity insurance?

A. It always has no deductible

B. It pays when a defined measurable trigger is reached, regardless of individually adjusted damage

C. It covers only liability claims

D. It is available only to governments

Correct Answer: B. It pays when a defined measurable trigger is reached, regardless of individually adjusted damage

Question 4

A developer faces a nine-month delay after insured construction damage. Which coverage is designed most directly for the resulting lost income or additional financing costs?

A. Delay in start-up or business-interruption coverage

B. Workers’ compensation

C. Directors’ and officers’ liability

D. Professional indemnity for valuers

Correct Answer: A. Delay in start-up or business-interruption coverage

Question 5

What is the principal danger of relying only on historical catastrophe data when underwriting real estate?

A. Historical data cannot identify any property values

B. Future climate-related hazard frequency or severity may differ from the past

C. Historical data automatically increases policy limits

D. Historical data eliminates basis risk

Correct Answer: B. Future climate-related hazard frequency or severity may differ from the past

Question 6

A policy has a $10 million limit but a $1 million sublimit for flood. A covered flood causes $4 million of damage. Assuming no other restrictions, what is the likely maximum flood recovery?

A. $10 million

B. $4 million

C. $1 million

D. Nothing, because flood can never be insured

Correct Answer: C. $1 million

Question 7

Which statement best describes subrogation?

A. The insured receives a bonus after a claim

B. The insurer may pursue a responsible third party after paying the insured

C. The insurer increases the policy aggregate

D. The insured transfers ownership of the property to the broker

Correct Answer: B. The insurer may pursue a responsible third party after paying the insured

Question 8

Why might a captive insurer be attractive to a large real estate group?

A. It eliminates the need for capital and governance

B. It can improve control over predictable risks and access to reinsurance

C. It guarantees that all losses are paid immediately

D. It makes physical risk controls unnecessary

Correct Answer: B. It can improve control over predictable risks and access to reinsurance

Question 9

Which action is most appropriate immediately after a serious insured property incident?

A. Dispose of damaged materials before documenting them

B. Wait until renewal to notify the insurer

C. Protect people, mitigate further damage, preserve evidence, and notify relevant parties

D. Admit liability publicly before investigating causation

Correct Answer: C. Protect people, mitigate further damage, preserve evidence, and notify relevant parties

Question 10

A contractual indemnity is supported by narrow insurance limits and a financially weak contractor. What is the key managerial conclusion?

A. The indemnity completely eliminates the owner’s exposure

B. Contractual allocation is only as effective as the counterparty’s ability and insurance to perform

C. The owner no longer needs property insurance

D. The contractor’s insurance limits are irrelevant

Correct Answer: B. Contractual allocation is only as effective as the counterparty’s ability and insurance to perform