1
Q
Q: What is the AXIS Regular Life Module used for?
A
A: It models traditional life insurance products (like whole life, term life, endowment), projecting premiums, benefits, reserves, and profit under various assumptions.
2
Q
Q: What is a Return of Premium (ROP) option?
A
A: A feature that refunds part or all of the paid premiums if the insured survives to the end of the policy term.
Example: A 20-year term life policy returns all premiums if the insured is still alive at year 20
3
Q
Q: How does AXIS model Return of Premium benefits?
A
A: By adding a survival-contingent cash flow at the end of the policy term, triggered if the insured is still alive.
4
Q
Q: What is a Paid-up Value option in life insurance?
A
A: A non-forfeiture option allowing a policyholder to stop paying premiums and convert the policy to a reduced, “paid-up” amount of insurance.
Example: A $100,000 policy becomes $40,000 paid-up if premiums stop early.
5
Q
Q: How is a Paid-up Value modeled in AXIS?
A
A: As a change in benefits and premium structure triggered by a lapse or reduced-paid-up election.
6
Q
Q: What is reinsurance?
A
A: Insurance purchased by an insurer to share part of its risk with another company.
7
Q
Q: Why model multiple reinsurance treaties in AXIS?
A
A: Because one policy can be covered by several treaties (e.g., quota share and excess-of-loss), each with different rules for premium and claim sharing.
8
Q
Q: What is a policy rider?
A
A: An add-on benefit attached to a base policy, providing extra coverage or features (e.g., accidental death, waiver of premium).
9
Q
Q: How are riders modeled in AXIS?
A
A: As linked sub-policies connected to the base plan, sharing assumptions and timing for cash flows.
10
Q
Q: What is a multiple-life policy?
A
A: A policy that covers more than one insured, such as joint-life or last-survivor coverage.
11
Q
Q: How does AXIS handle multiple lives?
A
A: By modeling probabilities for each life and combining them to reflect joint-life or last-survivor benefits.
12
Q
Q: What are multiple decrements in actuarial modeling?
A
A: Different causes of policy termination — like death, surrender, lapse, maturity, etc.
13
Q
Q: How are multiple decrements handled in AXIS?
A
A: AXIS applies decrement tables and ensures consistent probability adjustments between causes of termination.
14
Q
Q: What does “policyholder behaviour” refer to?
A
A: How policyholders act over time — lapses, withdrawals, loans, or exercising options — often in response to interest rates or performance.
15
Q
Q: How can policyholder behaviour be dynamic in AXIS?
A
A: Behaviour (like lapse rates) can be linked to model variables, such as credited rate or account value changes.
16
Q
Q: What is a policy’s cash value?
A
A: The amount the policyholder receives if they surrender a permanent policy.
17
Q
Q: What is a reserve in life insurance?
A
A: The insurer’s liability — the present value of future benefits minus the present value of future premiums.
18
Q
Q: What are US nonforfeiture rules?
A
A: Regulations that require life policies to have minimum guaranteed values (like cash value or paid-up insurance) if premiums stop.
19
Q
Q: How does AXIS ensure compliance with nonforfeiture laws?
A
A: It includes built-in formulas and assumptions to calculate minimum values according to Standard Nonforfeiture Law.
20
Q
Q: What is a Universal Life (UL) insurance policy?
A
A: A flexible premium, interest-sensitive life insurance product where policy values depend on credited interest, charges, and policyholder actions (e.g., premium payments, withdrawals, loans).
21
Q
Q: How does AXIS handle UL structure?
A
A: AXIS tracks the policy account value, applies interest credits, deductions, and mortality charges, and projects outcomes based on policyholder behavior and product guarantees.
22
Q
Q: What is Variable Universal Life (VUL)?
A
A: A UL product where investment performance depends on separate sub-accounts linked to market funds (e.g., equities, bonds).
23
Q
Q: How does AXIS model VUL?
A
A: It allows multiple investment accounts tied to fund performance, with returns based on stochastic or deterministic market assumptions.
24
Q
Q: What is Equity Indexed Universal Life (EIUL)?
A
A: A UL product where credited interest is linked to an equity index (like the S&P 500), with caps and participation rates instead of direct investment in the index.
25
Q: How does AXIS model EIUL?
A: By simulating index returns, applying crediting formulas (caps, floors, participation), and projecting the resulting interest credits to the policy account value.
26
Q: What is a no-lapse guarantee in UL?
A: A feature ensuring that coverage stays in force even if the account value drops to zero — provided certain premium or account value conditions are met.
27
Q: What is a shadow account no-lapse guarantee?
A: A secondary account (the “shadow account”) that tracks alternate premium and charge assumptions; if this account remains positive, the policy doesn’t lapse.
28
Q: How does AXIS model specified-premium and shadow-account guarantees?
A: It maintains a secondary account balance and applies separate rules to test whether the no-lapse guarantee remains active under the modeled scenario.
29
Q: Why do UL policies have multiple investment accounts?
A: Policyholders can allocate funds across different investment options (e.g., fixed interest, equity, bond, or indexed accounts).
30
Q: How does AXIS handle multiple investment accounts?
A: AXIS allows each account to have its own crediting rate or return, allocation rules, and transfers, enabling realistic modeling of account behavior and fund mix.
31
Q: What is a policy loan in a UL policy?
A: When the policyholder borrows against the account value, with loan interest charged and potentially reducing the death benefit.
32
Q: Why are multiple reinsurance treaties important for UL?
A: Different treaties may cover various layers of risk (e.g., per-life retention, stop-loss, quota share) due to the flexible and varying nature of UL benefits.
33
Q: How does AXIS model policy loans?
A: By tracking loan balances, interest accrual, repayments, and loaned vs. unloaned funds — each with separate crediting rates if applicable.
34
Q: How does AXIS model reinsurance for UL?
A: It supports multiple treaty structures and automatically splits premiums, claims, and account values based on defined reinsurance parameters.
35
Q: What is dynamic valuation?
A: The process of calculating reserves or cash flows that change in response to economic or market scenarios (e.g., interest rate or equity return movements).
36
Q: How does AXIS support dynamic valuation?
A: AXIS can project values under scenario-based assumptions, updating discount rates, fund returns, and policyholder behavior dynamically across time.
37
38
39
What is the AXIS Participating (Par) Products Module used for?
It is used to design and model traditional participating (with-profits) life insurance policies, including how dividends are declared, distributed, and applied to the policy.
40
What is a participating (par) insurance product?
A life insurance policy where the policyholder shares in the insurer’s surplus (profits) through dividends or bonuses that depend on the insurer’s actual experience (investment returns, mortality, expenses).
41
How does AXIS handle participating product modeling?
AXIS projects dividends and bonuses based on declared formulas, company experience, or dynamic surplus assumptions, and applies the selected dividend options to modify cash flows and policy values.
42
What are dividends in a participating policy?
Distributions of surplus to policyholders, usually paid annually, reflecting favorable experience relative to the policy’s guaranteed assumptions.
43
What dividend options can AXIS model?
AXIS supports dividends that are: Paid in cash; Applied to reduce premium; Accumulated on deposit; Used to buy term bonus additions; Used to buy paid-up additions or reversionary bonuses; Used to enhance face amount via combinations of term and paid-up additions.
44
What does the “Paid in Cash” dividend option mean?
The policyholder receives the dividend as a cash payment each year instead of applying it to the policy.
45
How does AXIS model cash dividends?
As an annual outgoing cash flow from the insurer to the policyholder, reducing the insurer’s surplus and reserves.
46
What does the “Applied to Reduce Premium” dividend option mean?
The dividend amount offsets future premium payments, lowering or eliminating the next premium due.
47
How does AXIS model reduced-premium dividends?
The model reduces gross premium inflows by the amount of the dividend applied, keeping total policy value consistent.
48
What does “Accumulated on Deposit” mean for dividends?
Dividends are left on deposit with the insurer, earning interest at a declared rate, and can later be withdrawn or used to enhance benefits.
49
How does AXIS model accumulation on deposit?
AXIS maintains a separate accumulation fund within the policy, credits interest, and tracks withdrawals or balance at termination.
50
What are term bonus additions?
Temporary (term) increases in insurance coverage purchased using the dividend, usually lasting for one year.
51
How does AXIS model term bonus additions?
The model uses the dividend to purchase additional one-year term coverage, adjusting death benefits dynamically each policy year.
52
What are paid-up additions or reversionary bonuses?
Dividends used to buy small additional amounts of permanent insurance that are fully paid-up and increase the policy’s total face amount and cash value.
53
How does AXIS model paid-up additions?
AXIS treats them as miniature whole life policies added to the base policy, growing cumulatively and generating their own dividends.
54
What are face amount enhancements in participating policies?
Dividends can be applied in combinations of term and paid-up additions to increase total coverage.
55
How does AXIS model face amount enhancements?
By allowing user-defined allocation rules (e.g., 50% to term, 50% to PUAs), AXIS recalculates coverage and cash value accordingly.
56
How are dividend amounts determined in participating policies?
Based on company experience versus policy guarantees — typically using dividend scales that depend on investment return, mortality, and expense assumptions.
57
How does AXIS support dividend determination?
AXIS can use declared dividend scales, formulas, or experience-based projections, and update them dynamically by scenario or assumption changes.
58
Why is modeling participating products important for actuaries?
Because participating policies form a large part of many insurers’ portfolios, and actuaries must model surplus sharing, reserve movements, and dividend projections for valuation, pricing, and capital purposes.
59
What makes the AXIS Par Products Module comprehensive?
It can model all major dividend options (cash, premium reduction, deposit, term/paid-up additions), bonus enhancements, and dynamic dividend formulas, giving actuaries full control over participating product behavior.
60
What is the AXIS Disability Module used for?
It models disability insurance policies that pay lump-sum or income replacement benefits, including short-term and long-term disability, long-term care, critical illness, and related products.
61
What is COLA in disability insurance?
COLA stands for Cost of Living Adjustment. It increases disability benefits periodically to keep up with inflation or a defined index.
62
How does AXIS model COLA?
AXIS applies periodic benefit increases to ongoing disability payments according to specified rates or inflation indices.
63
What is the Waiver of Premium feature in disability insurance?
It waives future premium payments while the insured is disabled, keeping the policy in force without requiring premium payments.
64
How does AXIS model Waiver of Premium?
AXIS suspends premium payments during disability status while continuing coverage and benefit accruals.
65
What does Integration of Benefits with Other Income mean?
It reduces disability benefits based on income received from other sources, such as Social Security or employer benefits.
66
How does AXIS model Integration of Benefits?
AXIS subtracts other specified income amounts from the gross disability benefit according to defined coordination rules.
67
What is a Return of Premium option in disability insurance?
It refunds a portion of premiums paid if no claim or limited claims occur over the policy term.
68
How does AXIS model Return of Premium?
AXIS generates a refund cash flow at policy termination or milestone, contingent on claim experience and contract rules.
69
Why are multiple reinsurance treaties important in disability modeling?
Different treaties may cover varying claim sizes or durations, allowing the insurer to share risk across multiple reinsurers.
70
How does AXIS handle multiple reinsurance treaties?
AXIS supports several treaty structures, automatically allocating premiums, claims, and recoveries to the appropriate treaty.
71
What are policy riders in disability insurance?
Additional benefits or provisions attached to the base policy, such as partial disability, survivor benefits, or hospital confinement riders.
72
How does AXIS model policy riders with the base policy?
AXIS links riders as sub-components of the main policy, sharing assumptions and synchronized claim status where appropriate.
73
What are multiple decrement assumptions in disability modeling?
Assumptions for various ways the policy or claim can terminate, such as recovery, death, lapse, or policy maturity.
74
How does AXIS use multiple decrement assumptions?
AXIS applies decrement tables for recovery, death, and lapse, ensuring probabilities are consistent and mutually exclusive.
75
What is policyholder behavior modeling in disability insurance?
It models actions such as lapses, claim initiation, and benefit utilization based on policyholder characteristics and external factors.
76
How does AXIS implement policyholder behavior modeling?
AXIS allows dynamic behavior assumptions tied to variables like claim duration, age, or economic indicators.
77
What does it mean that Active and Disabled lives can be modeled simultaneously in AXIS?
AXIS can model both active insureds and those currently disabled within the same projection, transitioning between states dynamically.
78
What does the Total Benefit Paid Cap feature do?
It limits the total amount payable under the policy across all claims, ensuring benefits do not exceed a specified maximum.
79
What is a Flexible Lump Sum feature in disability insurance?
Allows policies to pay a one-time lump-sum benefit upon disability, with flexible timing or amount rules defined by the policy.
80
What is a Death Benefit while Disabled feature?
Provides a benefit payable upon death occurring during a period of disability.
81
How does AXIS model Total Benefit Paid Cap, Flexible Lump Sum, and Death Benefit while Disabled?
AXIS includes configurable parameters to cap total benefits, define lump-sum payments, and pay death benefits during disability periods.
82
Why is the AXIS Disability Module considered comprehensive?
It models a wide range of disability and health-related products with detailed claim states, multiple decrements, policyholder behavior, reinsurance, and advanced benefit options.
83
What is the AXIS Annuity Module used for?
It models annuity products, both fixed and variable, including accumulation and payout phases, policyholder behavior, reinsurance, and guaranteed benefit features.
84
What are annuities?
Contracts that provide periodic payments to policyholders, often during retirement, in exchange for a premium or investment.
85
What types of annuities can AXIS model?
Fixed annuities, variable annuities, and indexed annuities, each with their own accumulation and payout structures.
86
What are policyholder investment account choices?
Options that let policyholders allocate funds to different investment accounts (e.g., fixed interest, equity, or segregated funds).
87
How does AXIS handle multiple investment account choices?
AXIS models separate fund balances, returns, and fees for each account, combining them for total policy value projections.
88
Why are multiple reinsurance treaties important in annuity modeling?
They allow insurers to share and manage risks such as longevity, investment performance, or guarantees across multiple reinsurers.
89
How does AXIS support multiple reinsurance treaties?
AXIS can allocate premiums, reserves, and claims to multiple treaties according to defined terms and limits.
90
What is policyholder behavior modeling in annuity products?
The simulation of policyholder actions like withdrawals, fund transfers, lapses, or annuitization, based on experience and assumptions.
91
How does AXIS model policyholder behavior?
AXIS allows dynamic rules for lapses, withdrawals, and annuitization rates that depend on time, fund value, and market conditions.
92
What is Dynamic Valuation in AXIS?
A modeling approach where valuation assumptions (like lapses or withdrawals) respond dynamically to economic or policy variables.
93
What are Joint Life policies in annuities?
Annuities that continue payments until both lives (e.g., a couple) have died, often with reduced payments after the first death.
94
How does AXIS model Joint Life annuities?
AXIS allows joint life survival probabilities, payout reductions, and decrements for two insureds simultaneously.
95
What phases can fixed annuities be modeled in?
Accumulation phase, payout phase, or a combination of both.
96
What happens during the accumulation phase?
Premiums accumulate with interest or investment returns until the payout period begins.
97
What happens during the payout phase?
The policy converts accumulated value into periodic income payments to the policyholder.
98
What is a Guaranteed Minimum Death Benefit (GMDB)?
A feature that ensures a minimum payout to beneficiaries if the policyholder dies before annuitization, regardless of investment performance.
99
What is a Guaranteed Minimum Accumulation Benefit (GMAB)?
Guarantees that the policyholder will receive at least a specified account value at the end of an accumulation period.
100
What is a Guaranteed Minimum Income Benefit (GMIB)?
Ensures that upon annuitization, the policyholder can convert to a minimum guaranteed income level even if investments underperform.
101
What is a Guaranteed Minimum Withdrawal Benefit (GMWB)?
Allows policyholders to withdraw a minimum amount annually for life, even if their account value drops to zero.
102
What are Earnings Enhancement Benefits (EEB)?
Bonuses added to death or withdrawal benefits to enhance payouts when investment earnings exceed certain thresholds.
103
What are Canadian Segregated Fund guarantees?
Guarantees similar to variable annuity benefits offered in Canada, such as minimum maturity or death benefits tied to segregated funds.
104
What is an Equity (Fixed) Indexed Annuity?
An annuity where returns are linked to an equity index (e.g., S&P 500) but with downside protection and a guaranteed minimum rate.
105
How does AXIS model Equity Indexed Annuities?
AXIS tracks index-linked returns, guarantees, participation rates, and caps while applying floor rates for minimum credited interest.
106
Why is the AXIS Annuity Module comprehensive?
It models all key annuity features—fixed, variable, indexed, guarantees, behavior, reinsurance, and both accumulation and payout phases.
107
What is the AXIS Group Annuity Module used for?
It models group annuity and deposit administration plans, handling both group-level and individual certificate-level calculations.
108
What are group annuity plans?
Contracts issued to employers or plan sponsors to provide retirement benefits to a group of participants, often under a single master policy.
109
What is a deposit administration plan?
A plan where the employer makes deposits into an account, and benefits are paid based on accumulated deposits and credited interest, rather than fixed annuity payments.
110
How does AXIS support group-level modeling?
AXIS models the aggregate fund or reserve for the entire group, tracking total deposits, interest credits, and benefits paid.
111
How does AXIS support certificate-level modeling?
AXIS can project individual member (certificate) balances, benefits, and decrements under the master policy.
112
Why is the AXIS Group Annuity Module useful for actuaries?
It provides tools to evaluate group pension funding, experience studies, and liability projections at both the group and member levels.
113
What makes the AXIS Group Annuity Module comprehensive?
It can model both group and certificate levels simultaneously, with flexible features for deposits, credited rates, and benefit projections.
114
What is the AXIS Asset Module used for?
It models different types of investments and asset classes that insurance companies hold, including bonds, equities, real estate, and derivatives.
115
What types of investments can AXIS model?
AXIS can model bonds, mortgages, stocks, real estate, swaps, options, and various derivatives used for hedging or investment.
116
What are bonds in the AXIS Asset Module?
Debt instruments that pay periodic interest and return principal at maturity; AXIS supports callable, putable, non-callable, and sinking fund bonds.
117
What are callable bonds?
Bonds that can be redeemed by the issuer before maturity, usually when interest rates fall.
118
What are putable bonds?
Bonds that allow the investor to sell (put) the bond back to the issuer before maturity, typically when rates rise.
119
What are non-callable bonds?
Standard bonds that cannot be redeemed before maturity by either party, providing predictable cash flows.
120
What are sinking fund bonds?
Bonds that require the issuer to set aside funds periodically to repay the debt gradually before maturity.
121
What are real return bonds?
Bonds that adjust principal or interest payments based on inflation, maintaining the real value of returns.
122
What are mortgages in the AXIS Asset Module?
Loans secured by property, modeled as residential or commercial investments with principal and interest cash flows.
123
What are residential mortgages?
Mortgages on single-family homes or residential buildings, typically with smaller balances and fixed or variable interest rates.
124
What are commercial mortgages?
Loans on income-producing properties like offices, malls, or industrial buildings, often larger and more complex than residential ones.
125
How does AXIS model stocks?
Stocks represent equity ownership in companies; AXIS models their market value, dividend income, and capital gains.
126
What is real estate modeling in AXIS?
AXIS models real estate as an investment asset, projecting rental income, expenses, and appreciation over time.
127
What are interest rate swaps?
Contracts where two parties exchange interest payments, typically swapping fixed for floating rates to manage interest rate risk.
128
What are currency swaps?
Agreements to exchange principal and interest payments in different currencies, used to hedge foreign exchange risk.
129
What are stock options in the AXIS Asset Module?
Contracts giving the right (but not obligation) to buy (call) or sell (put) a stock at a predetermined price within a specified time.
130
What is a put option?
A contract that gives the holder the right to sell an asset at a set price before expiration.
131
What is a call option?
A contract that gives the holder the right to buy an asset at a set price before expiration.
132
What are derivatives used for in AXIS?
They are used for hedging or speculation, helping manage financial risks like interest rate, equity, or currency fluctuations.
133
What is a European equity index option?
A derivative giving the right to buy or sell an equity index at maturity (European-style exercise).
134
What is an equity index forward?
A contract to buy or sell an equity index at a future date at a predetermined price.
135
What is an Equity Index Monthly Averaging Asian Option?
An option where the payoff depends on the average level of an equity index over monthly observation dates.
136
What is an Equity Index Daily Averaging Asian Option?
An option where the payoff depends on the average level of an equity index calculated daily during the option period.
137
Why is the AXIS Asset Module comprehensive?
It supports modeling of a wide range of investment types and complex derivatives, enabling actuaries to capture full asset behavior and risk dynamics.
138
What is the AXIS Reinvestment Module used for?
It models how net cashflows from assets and liabilities are reinvested or disinvested over time to reflect an insurer’s investment strategy.
139
When is the AXIS Reinvestment Module typically used?
At a higher level, after total asset and liability cashflows are combined to calculate the net cashflow available for reinvestment.
140
What is a Reinvestment Strategy in AXIS?
A defined set of rules that determines how net positive and negative cashflows are managed—through the purchase or sale of assets at market prices.
141
How often can reinvestment occur in AXIS?
Reinvestment can be modeled on a monthly, quarterly, or annual basis.
142
What does the Reinvestment Module do with positive net cashflows?
It models the purchase of new assets using available surplus cash.
143
What does the Reinvestment Module do with negative net cashflows?
It models the sale or liquidation of existing assets to meet shortfalls or liability payments.
144
How does AXIS determine asset purchase and sale prices in the Reinvestment Module?
Transactions occur at current market prices, ensuring realistic projection of portfolio value and yield.
145
What is the benefit of using the Reinvestment Module in actuarial modeling?
It enables actuaries to assess how investment strategies affect long-term solvency, profitability, and cashflow matching.
146
How can combinations of reinvestment strategies be modeled?
AXIS allows blending of asset purchases and sales rules to reflect complex investment management practices.
147
Why is the AXIS Reinvestment Module important for insurance modeling?
It links asset and liability projections, ensuring realistic modeling of cashflow reinvestment, disinvestment, and portfolio rebalancing over time.
148
What is the AXIS MultiState Module?
A liability module in AXIS that models products where policyholders can occupy and transition between multiple states over time.
149
What types of products can be modeled in the MultiState Module?
Products with multiple benefit types such as critical illness, disability income, life insurance, hospitalization, and survivor annuities.
150
What is the purpose of the MultiState Module?
To model insurance products where benefits depend on transitions between health or life states, capturing interdependent risks and payouts.
151
What are examples of states that can be modeled?
States like healthy, disabled, critically ill, hospitalized, or deceased can be defined, with transitions between them driving cashflows.
152
How does the MultiState Module handle transitions?
Transitions between states are driven by probabilities or rates (e.g., incidence, recovery, mortality), defined by user assumptions.
153
What is a ‘state’ in the context of the AXIS MultiState Module?
A distinct condition or status of a policyholder, such as active, disabled, or dead, that determines which benefits are payable.
154
What are interdependent benefits?
Benefits that depend on the occurrence of multiple events or states, such as disability income ending when a death benefit begins.
155
Why is the MultiState Module important for actuaries?
It allows actuaries to accurately model complex products with multiple benefits and dependencies, improving pricing and valuation accuracy.
156
What are some examples of products that use MultiState modeling?
Critical illness plans with multiple payouts, combined disability and life products, and long-term care policies with transition-based benefits.
157
How does the MultiState Module improve product modeling?
By allowing simultaneous modeling of multiple risks and benefit triggers, capturing the true interactions between different insurance coverages.
158
What are the two main components of the AXIS Stochastic Modeling Module?
ScenarioTools and Stochastic Processing.
159
What is the purpose of the AXIS Stochastic Modeling Module?
To integrate stochastic (randomized scenario-based) functionality into AXIS applications for risk and valuation analysis.
160
What does ScenarioTools do?
It allows users to specify Market Models, generate economic scenarios, and analyze the resulting projections.
161
What is a Market Model in ScenarioTools?
A mathematical model that defines how market variables like interest rates, equity returns, or inflation evolve over time.
162
What can you do with ScenarioTools?
Specify market models, generate stochastic scenarios, and analyze the outputs and projections for use in product modeling.
163
What does Stochastic Processing provide?
Powerful tools to model and analyze scenario-sensitive products using AXIS Block and Embedded Block technology.
164
What are scenario-sensitive products?
Products whose cashflows or reserves depend on future economic conditions, such as variable annuities or equity-linked policies.
165
What technology does AXIS use to model scenario-sensitive products?
AXIS Block and Embedded Block technology, enabling flexible and efficient scenario-based calculations.
166
How does Stochastic Processing handle large numbers of scenarios efficiently?
Through extensive optimization of scenario processing, allowing thousands of scenarios to run in relatively short timeframes.
167
Why is stochastic modeling important in actuarial work?
It helps actuaries evaluate product performance, risk exposure, and capital requirements under a wide range of market conditions.
168
How do ScenarioTools and Stochastic Processing work together?
ScenarioTools generates economic scenarios, and Stochastic Processing uses them to project and analyze policy or portfolio results.
169
What are the benefits of using AXIS for stochastic modeling?
Seamless integration, efficient processing, and accurate modeling of scenario-dependent products for pricing, valuation, and risk management.
170
What is the AXIS Hedge Projection Module used for?
It simulates and projects dynamic hedging strategies to mitigate risks associated with Variable Annuity (VA) and Segregated Fund guarantees.
171
What types of risks does the Hedge Projection Module help manage?
It helps manage market risks, especially those related to variable annuity and segregated fund guarantee exposures.
172
What kind of analysis does the Hedge Projection Module use?
It uses stochastic analysis to evaluate the costs, benefits, and effectiveness of hedging strategies under various market scenarios.
173
What are dynamic hedging strategies?
They are strategies where hedge positions are frequently adjusted in response to market movements to maintain risk neutrality.
174
How does the Hedge Projection Module support pricing and valuation?
By modeling how hedging strategies affect product cashflows, risk exposure, and profitability over time.
175
What does the Hedge Projection Module build on within AXIS?
It builds on existing AXIS annuity models, integrating hedging strategies with product liability projections.
176
What can users evaluate with the Hedge Projection Module?
They can evaluate the financial effectiveness, cost efficiency, and performance of hedging programs over a range of stochastic scenarios.
177
How does the module integrate with stochastic processing?
It leverages stochastic scenario generation to simulate the real-world variability in markets that affects hedging performance.
178
Why is stochastic analysis important for hedging strategy evaluation?
Because it allows actuaries to test hedge effectiveness across thousands of potential market outcomes rather than relying on a single scenario.
179
What applications does the Hedge Projection Module support?
It supports pricing, valuation, and projection applications that incorporate market, interest rate, and policyholder behavior risks.
180
What is the AXIS Daily Hedging Module used for?
It supports dynamic hedging programs by providing up-to-date hedge analytics and sensitivities (Greeks) for portfolios of Variable Annuities (VA) and Segregated Fund Annuities.
181
What type of analytics does the Daily Hedging Module produce?
It produces up-to-date hedge analytics including the typical Greeks such as Delta, Gamma, Vega, Rho, and Theta, specific to GMXB benefits.
182
What are GMXB benefits?
Guaranteed Minimum Benefit features in Variable Annuities, including death, income, withdrawal, and accumulation guarantees.
183
What is the purpose of calculating Greeks in the Daily Hedging Module?
Greeks measure the sensitivity of guarantee values to changes in market factors, helping actuaries manage and adjust hedge positions daily.
184
How does the Daily Hedging Module relate to the Hedge Projection Module?
It is a companion module that provides real-time or daily analytics, while the Hedge Projection Module focuses on projecting hedge effectiveness over longer time horizons.
185
How is the Daily Hedging Module integrated within AXIS?
It is fully integrated with the AXIS Annuity module and shares common code and models across the AXIS system.
186
What types of products can be modeled using the Daily Hedging Module?
Portfolios of Variable Annuities and Segregated Fund Annuities with guaranteed benefits.
187
Why is the Daily Hedging Module important for risk management?
It allows insurers to monitor hedge effectiveness, measure current exposures, and rebalance hedge positions in response to market changes.
188
What is meant by 'dynamic hedging' in the context of AXIS?
A risk management strategy that continuously adjusts hedge positions to offset changes in exposure due to fluctuating market conditions.
189
What advantage does full AXIS integration offer for the Daily Hedging Module?
It ensures consistent modeling assumptions, data sources, and valuation methods across all modules, improving accuracy and efficiency.
AXIS Modules
flashcards
Decks in class (13)
# Cards
