Derivative-Based Treasury-Risk Management Cases - Article

Introduction

A derivative derives its value from an underlying:

• interest rate;

• exchange rate;

• security;

• index;

• commodity; or

• other permitted market variable.

Treasury normally uses derivatives for one central purpose:

Change the risk profile without necessarily changing the underlying exposure.

For example, a bank may:

• hedge a USD receivable without selling the receivable;

• reduce interest-rate risk on a bond portfolio without selling all the bonds;

• convert fixed-rate exposure into floating-rate exposure through a swap; or

• protect against adverse currency movement while retaining favourable upside through an option.

The current 2026 IIBF CAIIB BFM syllabus specifically includes “Use of Derivatives in Risk Management” under Treasury Risk Management and separately covers forwards, futures, options, swaps, interest-rate swaps, currency swaps, and RBI guidelines under Derivative Products.

Derivative selection should therefore begin with:

Identify Risk → Decide Desired Protection → Select Derivative → Match Exposure → Control Residual Risk

Learning Objectives

After studying this topic, you should be able to:

• select an appropriate derivative for a treasury-risk situation;

• distinguish forwards, futures, options, FRAs, and swaps;

• use derivatives to manage currency and interest-rate risk;

• understand fixed-to-floating and floating-to-fixed transformations;

• identify over-hedging, maturity mismatch, and basis risk;

• recognise new risks created by derivative transactions; and

• solve CAIIB cases by focusing on the underlying exposure rather than the derivative name.

First Rule: Identify the Risk Before Selecting the Derivative

Never begin a case by asking:

Which derivative is available?

First ask:

What risk is the bank actually trying to manage?

Possible risks include:

Currency Risk

A future foreign-currency receipt or payment may change in INR value.

Interest-Rate Risk

Borrowing cost or investment value may change because interest rates move.

Bond-Price Risk

A fixed-income portfolio may lose value when yields rise.

Uncertainty Risk

The exposure itself may occur only if a future event happens.

Basis Risk

The hedge instrument and the underlying exposure may not move exactly together.

Only after identifying the risk should treasury choose the instrument.

Quick Derivative Selection Guide

The actual transaction must remain within the applicable regulatory, eligibility, accounting, limit, and internal-policy framework.

Case 1: Exporter Wants to Lock the INR Value of USD Receivable

A bank's corporate customer expects to receive USD after three months.

The customer is worried that:

USD may weaken against INR.

Risk

The exporter is effectively long USD because USD will be received in future.

If USD falls, fewer rupees will be obtained.

Suitable Hedge

A conventional solution is:

Sell USD forward

The future conversion rate is locked.

Result

If USD subsequently falls:

• the underlying receivable loses INR value;

• the forward hedge offsets the adverse currency movement.

If USD rises:

• the exporter does not fully enjoy the favourable spot movement because the forward rate has already been fixed.

CAIIB Learning

Foreign currency receivable → protect against currency fall → sell currency forward

RBI's current Risk Management and Inter-Bank Dealings framework governs permitted foreign-exchange derivative transactions involving residents and authorised dealers. The Master Direction is currently shown as updated through May 3, 2024.

Case 2: Importer Wants Certainty about USD Payment

An importer must pay USD after three months.

Management fears that:

USD may appreciate against INR.

Risk

The importer will need to buy USD later.

A stronger USD increases the rupee cost.

Suitable Hedge

The importer can consider:

Buy USD forward

The exchange rate is fixed today for future delivery.

Why It Works

If USD appreciates, the higher spot-market cost is offset by having already locked the forward rate.

CAIIB Learning

Future foreign-currency payable → buy the currency forward

This is the mirror image of the exporter case.

Case 3: Import Order Is Uncertain

An importer may receive a major overseas order requiring USD payment.

However, the commercial contract has not yet become certain.

The importer wants protection against USD appreciation but does not want a rigid obligation if the transaction does not materialise.

Analysis

An option may be conceptually better suited than an unconditional forward because the option buyer receives:

a right, but not an obligation

to transact at the agreed rate.

Suitable Structure

A USD call option can protect against USD appreciation.

If the exposure materialises and USD rises, the option provides protection.

If the commercial transaction does not materialise, the option can expire according to its terms.

The buyer pays an option premium for this flexibility.

RBI's OTC derivative framework defines foreign-exchange call and put options as contracts giving the buyer a right, but not an obligation, to transact at the specified future rate/date.

CAIIB Learning

Certainty required → Forward

Protection plus flexibility → Option may be preferable

Case 4: Exporter Wants Downside Protection but Also Wants Upside

An exporter will receive USD.

Management wants protection if USD falls but also wants to benefit if USD strengthens.

Forward?

A forward fixes the rate.

This removes both:

• downside; and

• upside from subsequent currency movement.

Option?

A suitable option can create a floor-like protection while retaining favourable movement, subject to the premium and contract terms.

CAIIB Learning

This is a classic distinction:

Forward → Obligation

Option buyer → Right, not obligation

Do not choose solely on initial cost. The desired payoff matters.

Case 5: Floating-Rate Borrower Fears Interest Rates Will Rise

A company has a floating-rate borrowing.

Its interest expense increases when the benchmark rate rises.

Management wants predictable interest cost.

Risk

Interest rates rise → Borrowing cost rises

Suitable Hedge

A pay-fixed, receive-floating Interest Rate Swap may convert the economic exposure from floating to fixed.

The floating amount received under the swap offsets, approximately, the floating interest payable on the borrowing.

The company then effectively bears the fixed swap rate, subject to basis and other differences.

RBI defines an interest-rate swap as an OTC derivative in which counterparties exchange streams of interest payments on a notional principal over a specified period.

CAIIB Learning

For a floating-rate liability:

Fear rates rising → Pay fixed, receive floating

Case 6: Fixed-Rate Borrower Expects Rates to Fall

A borrower has long-term fixed-rate debt.

Management wants exposure to falling market rates rather than remaining locked into the existing fixed cost.

Suitable Transformation

A receive-fixed, pay-floating Interest Rate Swap can economically transform the exposure.

The fixed amount received under the swap offsets part or all of the fixed borrowing cost.

The borrower then pays floating under the swap.

Important Point

The original loan itself normally remains unchanged.

The derivative changes the economic risk profile.

CAIIB Learning

Fixed liability → Receive fixed + Pay floating → Synthetic floating liability

A derivative can transform exposure without refinancing the underlying debt.

Case 7: Borrower Wants Protection against Rising Rates but Wants Benefit if Rates Fall

A borrower has floating-rate debt.

It does not want to convert completely to a fixed rate because management wants to benefit if rates decline.

Analysis

A fixed-pay swap would reduce that upside.

An interest-rate cap may be more suitable.

A cap provides protection when the reference rate rises above the agreed level while allowing the borrower to continue benefiting when rates remain below that level, subject to the premium and contract terms.

RBI's OTC derivative directions define an interest-rate cap as a series of interest-rate call options under which the buyer receives payment when the underlying interest rate exceeds the agreed rate.

CAIIB Learning

Want certainty → Swap may suit

Want maximum rate protection but retain benefit from falling rates → Cap may suit

Case 8: Treasury Wants to Lock a Future Borrowing Rate

Treasury knows that funding will be required three months from now for a defined future period.

Management fears that market interest rates will rise before the borrowing begins.

Suitable Instrument

A Forward Rate Agreement (FRA) can be considered.

RBI defines an FRA as a cash-settled OTC derivative where the settlement reflects the difference between:

• a pre-agreed FRA rate; and

• the relevant reference interest rate

for the agreed future period.

CAIIB Learning

Forward → locks a future FX rate

FRA → locks/manages a future interest-rate exposure

Do not confuse the two.

Case 9: Long G-Sec Portfolio Faces Rising-Yield Risk

A bank treasury holds a large portfolio of fixed-rate Government securities.

Treasury expects bond yields to rise.

Risk

Yield ↑ → Bond Price ↓

Therefore, the treasury faces a potential market-value loss.

Possible Hedge

Depending on eligibility, market availability, tenor, and hedge design, treasury can consider:

• selling suitable interest-rate futures; or

• using an interest-rate swap that gains value when rates rise.

For example, a pay-fixed, receive-floating IRS can provide a hedge against rising rates because the swap's value tends to improve for the fixed-rate payer when market rates increase.

CAIIB Learning

Do not ask only:

Is the treasury borrowing or lending?

For a securities portfolio, first ask:

What happens to portfolio value if rates move?

Case 10: Futures Hedge Does Not Perfectly Match the Bond

Treasury holds a bond portfolio but uses an exchange-traded interest-rate futures contract linked to a different benchmark or security.

The hedge reduces the loss but does not eliminate it.

Analysis

This does not automatically mean the hedge failed operationally.

It may reflect:

Basis Risk

Basis risk arises when the value of the hedge and the underlying exposure do not move perfectly together.

Possible reasons include:

• different maturity;

• different benchmark;

• different credit quality;

• different coupon structure; or

• imperfect correlation.

CAIIB Learning

Derivative hedge ≠ automatic elimination of all risk

A hedge may replace a large market risk with a smaller residual basis risk.

Case 11: Hedge Tenor Is Shorter than Exposure

A bank has a 12-month FX exposure.

It uses a three-month derivative because that product currently has better liquidity.

Management assumes the risk is now fully hedged for the entire year.

Analysis

Incorrect.

The first three months may be hedged, but thereafter the bank may need to:

• renew;

• roll over; or

• replace

the hedge.

This creates:

Rollover Risk

The future hedge may be available only at a less favourable price.

CAIIB Learning

Always compare:

Underlying maturity vs Hedge maturity

A correct direction but incorrect tenor may still leave significant risk.

Case 12: Hedge Amount Exceeds Underlying Exposure

A treasury has a USD 10 million exposure.

It enters derivatives covering USD 15 million.

Analysis

The first USD 10 million may offset the underlying exposure.

The additional USD 5 million creates a residual net market position.

Economically, the bank has moved beyond simple hedging.

CAIIB Learning

A hedge should be assessed for:

• amount;

• direction;

• currency;

• tenor; and

• underlying exposure.

Over-hedging can create new speculative exposure.

Case 13: Foreign-Currency Loan Has Both FX and Interest-Rate Risk

An Indian borrower has a long-term foreign-currency floating-rate loan.

It wants to change both:

• currency exposure; and

• interest-rate exposure.

Analysis

A simple interest-rate swap deals primarily with interest-rate structure.

A simple FX forward deals with a specific future currency exchange.

Where both currency and interest streams need transformation, a cross-currency/currency swap may be appropriate, subject to the applicable regulatory framework.

RBI defines a currency swap as an OTC derivative involving exchange of interest-payment streams and/or principal amounts in different currencies over the specified period at agreed terms.

CAIIB Learning

Interest risk only → IRS

Currency + longer-term interest/principal transformation → Currency/Cross-Currency Swap may fit

Case 14: Derivative Creates Counterparty Risk

Treasury enters an OTC interest-rate swap with another bank.

The swap successfully reduces interest-rate risk.

Management concludes that total treasury risk has therefore fallen to zero.

Analysis

Incorrect.

The derivative can reduce one type of risk while creating or retaining others, including:

• counterparty credit risk;

• collateral/margin risk;

• basis risk;

• liquidity risk;

• operational risk;

• legal risk; and

• model/valuation risk.

If the swap moves strongly in the bank's favour, its positive replacement value can create material counterparty exposure.

Current RBI directions separately govern market-making and margining for non-centrally cleared OTC derivatives, reflecting these risk-management requirements.

CAIIB Learning

Hedging transforms risk; it rarely eliminates every risk.

Case 15: Complex Product Offered to a Customer Who Does Not Understand It

A corporate needs a simple currency hedge.

It is offered a complex OTC derivative with multiple conditions and non-linear payoffs.

The customer cannot explain the worst-case outcome.

Analysis

This is not merely a pricing issue.

Derivative governance requires attention to:

• suitability;

• appropriateness;

• risk disclosure;

• valuation;

• potential downside; and

• the user's ability to understand the product.

RBI's derivative framework requires market-makers to follow user-appropriateness and suitability principles and maintain controls over OTC derivative activity. Current RBI rules also require specified pricing disclosures to retail users for foreign-exchange and foreign-currency interest-rate derivatives.

CAIIB Learning

The correct derivative should be:

appropriate for the exposure and understandable to the user

—not merely profitable to the market-maker.

Case 16: Derivative Hedge Is Profitable but Underlying Loss Is Larger

A bond portfolio loses ₹X because yields rise.

The derivative hedge produces a gain, but the gain is smaller than the portfolio loss.

The dealer argues that the derivative should be closed because it “did not work.”

Analysis

First examine hedge effectiveness.

Possible reasons for incomplete offset include:

• hedge ratio was intentionally below 100%;

• basis difference;

• duration/PVBP mismatch;

• different maturity points;

• non-parallel yield-curve movement;

• transaction costs; or

• market liquidity.

A hedge need not produce an exact rupee-for-rupee offset to be economically useful.

CAIIB Learning

Judge a hedge against its intended risk reduction, not against an unrealistic assumption of perfect offset.

Forward vs Futures vs Options vs Swaps

A Six-Step CAIIB Derivative Case Method

Use R-D-M-T-C-R:

R – Risk

What market variable can cause loss?

D – Direction

Will the bank lose if the variable:

• rises; or

• falls?

M – Match

Does the derivative match:

• amount;

• currency;

• benchmark; and

• underlying?

T – Tenor

Does hedge maturity match exposure maturity?

C – Cost and Counterparty

Consider:

• premium;

• spread;

• margin;

• collateral;

• counterparty risk; and

• liquidity.

R – Regulation

Check:

• eligibility;

• permitted product;

• limits;

• documentation;

• suitability; and

• reporting.

Practical Banking Application

Assume treasury has four risks simultaneously:

• USD receivable;

• floating-rate borrowing;

• long-duration bond portfolio; and

• uncertain future import payment.

A reasonable risk-management analysis might consider:

• USD receivable → sell USD forward

• floating-rate borrowing → pay-fixed IRS or suitable cap

• bond portfolio exposed to rising yields → interest-rate futures or suitable swap hedge

• uncertain future import → option where flexibility is required

The point is not to use one derivative for every exposure.

Different risks need different structures.

CAIIB Exam Focus

Derivative value is linked to an underlying market variable.

Hedging aims to reduce or transform risk, not necessarily eliminate it.

Forward = obligation at an agreed future rate.

Option buyer = right, not obligation.

Futures are standardised exchange-traded derivatives and involve margining.

IRS exchanges interest-payment streams on a notional principal.

Floating liability + fear of rising rates → pay-fixed/receive-floating IRS.

Fixed liability + desire for floating exposure → receive-fixed/pay-floating IRS.

FRA manages a future interest-rate exposure.

Interest-rate cap protects against rates rising above the agreed level while preserving benefit from lower rates, subject to terms and premium.

Currency swap can transform currency and interest-payment exposure over time.

Bond portfolio exposed to rising yields can be hedged using an appropriately designed interest-rate derivative.

Over-hedging creates residual exposure.

Shorter hedge maturity creates rollover risk.

Imperfect hedge-underlying relationship creates basis risk.

OTC derivatives create counterparty credit risk.

Derivative use remains subject to regulatory eligibility, internal limits, documentation, valuation, and risk controls.

RBI's current framework recognises foreign-exchange derivatives, rupee interest-rate derivatives, and credit derivatives under separate governing directions.

Common Exam Traps

Trap 1: Every Derivative Is Speculation

Incorrect.

Derivatives are widely used for hedging and risk transformation.

Trap 2: A Hedge Eliminates All Risk

Incorrect.

Basis, counterparty, liquidity, operational, and other risks may remain.

Trap 3: Exporter Should Buy the Foreign Currency Forward

Incorrect for a normal foreign-currency receivable hedge.

The exporter generally needs to sell the currency to be received.

Trap 4: Importer Should Sell the Foreign Currency Forward

Incorrect for a normal payable.

The importer needs the foreign currency and therefore generally buys it forward.

Trap 5: Forward and Option Have the Same Obligation

Incorrect.

A forward binds both parties, while an option buyer has a right but not an obligation.

Trap 6: Pay-Fixed IRS Is Used when a Floating Borrower Wants Benefit from Rising Rates

Incorrect.

A floating-rate borrower normally fears rising rates. Paying fixed can reduce that exposure.

Trap 7: Interest-Rate Swap Exchanges the Loan Principal Like a Normal Loan Transfer

Incorrect.

A conventional IRS is based on a notional principal used to determine interest-payment streams.

Trap 8: FRA and FX Forward Are the Same

Incorrect.

FRA manages future interest-rate exposure; an FX forward fixes a future exchange rate.

Trap 9: Matching Hedge Direction Is Enough

Incorrect.

Amount, tenor, benchmark, currency, and basis must also be considered.

Trap 10: Larger Hedge Is Always Safer

Incorrect.

A hedge larger than the underlying exposure can create a new speculative position.

Trap 11: Three-Month Hedge Fully Removes a Twelve-Month Exposure

Incorrect.

The remaining period creates rollover/repricing risk.

Trap 12: Futures Hedge Must Offset the Underlying Exactly

Incorrect.

Standardisation can create basis and maturity mismatch.

Trap 13: OTC Swap Has No Credit Risk Because No Principal Is Initially Exchanged

Incorrect.

A favourable market value creates replacement exposure to the counterparty.

Trap 14: Derivative with Lowest Initial Cost Is Automatically Best

Incorrect.

Risk profile, potential downside, flexibility, premium, basis, liquidity, and suitability all matter.

Trap 15: Complex Derivative Is Better than a Simple Forward

Incorrect.

Product complexity should be justified by the underlying risk-management need.

Memory Technique

Remember F-F-O-S:

• Forward – Fix

• Futures – Formal/standardised exchange contract

• Option – Optional exercise for buyer

• Swap – Switch cash-flow exposure

For interest-rate liability:

Floating + Fear of Rise → Pay Fixed

For FX:

Receivable → Sell currency

Payable → Buy currency

And remember the central CAIIB principle:

Do not start with the derivative. Start with the risk, then choose the derivative that best matches the exposure.