Derivative Purpose, Risks and OTC versus Exchange Trading - Article

Introduction

A derivative is a financial contract whose value depends on another variable or instrument called the underlying.

The underlying may be:

• an interest rate;

• foreign-exchange rate;

• bond or security;

• equity price or index;

• commodity;

• credit event; or

• another permitted financial variable.

Common derivatives include:

• forwards;

• futures;

• options;

• swaps;

• Forward Rate Agreements (FRAs); and

• credit derivatives.

The current 2026 IIBF CAIIB BFM syllabus specifically includes under Module C:

Derivative Products – Derivatives and the Treasury; OTC and Exchange Traded Products; Forwards, Options, Futures and Swaps; Interest Rate and Currency Swaps; Developments in Indian Markets and RBI Guidelines on Risk Exposure.

For CAIIB, the most important starting point is:

A derivative is neither automatically risky nor automatically safe. Its effect depends on how it is used.

Learning Objectives

After studying this topic, you should be able to:

• explain the basic purpose of derivatives;

• distinguish hedging from speculation and arbitrage;

• identify major derivative risks;

• distinguish OTC from exchange-traded derivatives;

• understand customisation, margining, clearing, and counterparty exposure;

• explain why leverage can magnify gains and losses; and

• avoid common CAIIB traps involving OTC and exchange trading.

Why Derivatives Exist

A derivative allows one party to alter its exposure to a market variable without necessarily changing the underlying asset or liability.

For example:

• an exporter can manage future USD/INR risk without receiving USD today;

• a borrower can change floating-rate exposure into fixed-rate exposure through a swap;

• a bond portfolio can hedge interest-rate risk through suitable interest-rate derivatives;

• an option buyer can obtain protection while retaining favourable market movement.

Therefore, derivatives are mainly instruments for risk transfer and risk transformation.

Main Purposes of Derivatives

Hedging

Hedging means reducing an existing or expected risk.

Examples:

• exporter sells USD forward;

• importer buys USD forward;

• floating-rate borrower uses an interest-rate hedge;

• bond portfolio uses interest-rate futures to reduce duration risk.

The hedge normally gains value when the underlying exposure moves adversely.

Risk Transformation

A derivative can change the character of an exposure.

For example:

Floating-rate liability + suitable IRS → economically fixed-rate liability

The original borrowing need not be replaced.

Price Discovery

Derivative prices contain information about:

• expected future prices;

• interest rates;

• exchange rates;

• volatility; and

• market expectations.

Exchange-traded futures markets can contribute significantly to price discovery because trading is transparent and continuous.

Arbitrage

Arbitrage seeks to exploit inconsistent prices between:

• cash and derivative markets;

• two derivative instruments; or

• related markets.

Arbitrage activity can help bring related prices back into alignment.

Trading or Speculation

A market participant may deliberately take a derivative position based on a market view.

For example:

• expecting interest rates to fall;

• expecting a currency to appreciate;

• expecting volatility to rise.

This is different from hedging because the position is intended to create market exposure rather than reduce an existing exposure.

Derivatives Do Not Remove Risk Automatically

A derivative can reduce one risk and simultaneously create another.

For example, an OTC interest-rate swap may reduce interest-rate risk but introduce:

• counterparty credit risk;

• collateral risk;

• liquidity risk;

• basis risk;

• operational risk; and

• legal risk.

Therefore:

Risk after hedge ≠ automatically zero

The real objective is usually:

undesired risk → reduced or transformed into a more manageable risk

Major Types of Derivative Risk

Market Risk

A derivative itself changes value when its underlying market variable changes.

A position taken in the wrong direction can therefore suffer losses.

Examples:

• currency forward;

• bond futures;

• options;

• interest-rate swaps.

Even a hedge may show a loss on the derivative when the underlying exposure shows an offsetting gain.

The derivative should therefore be evaluated together with the exposure being hedged.

Counterparty Credit Risk

In an OTC derivative, the counterparty may fail to meet its obligation.

Suppose an interest-rate swap moves strongly in the bank's favour.

The swap now has a positive replacement value.

If the counterparty defaults, the bank may lose that value.

RBI's current OTC derivative framework requires robust governance, risk management, suitability, valuation, and counterparty-risk controls for market-makers.

Settlement Risk

Even if the counterparty remains solvent until maturity, a failure can occur during settlement.

This is particularly relevant where:

• currencies;

• cash flows; or

• securities

must be exchanged.

Payment-versus-payment, clearing arrangements, collateral, and other settlement controls help reduce this risk.

Liquidity Risk

A derivative may be difficult or expensive to:

• close;

• replace;

• unwind; or

• hedge

during stressed market conditions.

An apparently profitable position can become difficult to exit when market liquidity disappears.

Basis Risk

A hedge and the underlying exposure may not move exactly together.

For example:

• the bond being hedged differs from the futures deliverable;

• the borrowing benchmark differs from the swap benchmark;

• hedge maturity differs from exposure maturity.

The remaining mismatch is basis risk.

Operational Risk

Derivative transactions can involve:

• incorrect deal capture;

• wrong settlement instructions;

• incorrect confirmation;

• model errors;

• collateral failures; and

• system problems.

Strong Front Office, Mid Office, and Back Office segregation is therefore essential.

Legal and Documentation Risk

A derivative may fail to provide expected protection if:

• documentation is defective;

• contractual rights are unclear;

• netting is not enforceable; or

• the transaction is outside permitted authority.

OTC transactions therefore require strong legal documentation and governance.

Model and Valuation Risk

Complex derivatives may not have a directly observable market price.

They may depend on valuation models using:

• yield curves;

• volatility;

• correlation;

• discount factors; and

• other assumptions.

Incorrect models or data can produce incorrect:

• valuation;

• profit;

• risk exposure; or

• collateral requirement.

Leverage Risk

Derivatives can create large economic exposure with comparatively small initial cash outlay.

This is called leverage.

Leverage makes derivatives efficient for hedging, but it can also magnify losses.

For example, an option buyer may pay only a premium, while the contract may reference a much larger notional amount.

A futures participant posts margin rather than paying the full underlying value.

OTC Derivatives

OTC means Over-the-Counter.

An OTC derivative is not traded as an exchange contract.

RBI's Market-makers in OTC Derivatives Directions define an OTC derivative as a derivative other than one traded on exchanges. Importantly, the RBI definition also includes eligible derivatives traded on an Electronic Trading Platform (ETP) within the OTC category.

This creates an important CAIIB distinction:

Electronic trading does not automatically mean exchange-traded derivative.

Main Features of OTC Derivatives

OTC contracts can usually be customised according to:

• notional amount;

• maturity;

• currency;

• benchmark;

• payment dates;

• strike or rate;

• collateral terms; and

• other contractual features.

Examples include many:

• forwards;

• FRAs;

• interest-rate swaps;

• currency swaps; and

• OTC options.

Customisation is one of the biggest advantages of the OTC market.

Why Treasury Uses OTC Products

Suppose a bank customer has:

• USD 7.35 million exposure;

• payment due after 127 days.

A standard exchange contract may not match that amount and date exactly.

An OTC contract can be structured more closely around the actual exposure.

This can reduce:

• amount mismatch;

• maturity mismatch; and

• basis risk.

Main OTC Disadvantages

Greater flexibility can create greater complexity.

Important concerns include:

• counterparty credit risk;

• less standardisation;

• potentially lower liquidity;

• complex valuation;

• documentation requirements; and

• possible difficulty in early termination.

Not every OTC derivative is necessarily uncleared or purely bilateral. Depending on the instrument and regulatory framework, OTC derivatives can be subject to:

• trade reporting;

• central clearing;

• bilateral margin; or

• other risk-mitigation requirements.

RBI currently has separate directions covering market-making in OTC derivatives and margining of non-centrally cleared OTC derivatives.

Exchange-Traded Derivatives

An exchange-traded derivative (ETD) is traded on a recognised exchange according to standardised contract specifications.

Examples can include permitted:

• futures; and

• options.

For foreign-exchange derivatives, RBI's current Risk Management and Inter-Bank Dealings framework recognises exchange-traded foreign-exchange derivatives and requires recognised stock exchanges and clearing corporations dealing in them to have the required authorisation under FEMA.

Standardisation

Exchange contracts generally standardise matters such as:

• contract size;

• underlying;

• expiry;

• settlement method;

• tick size; and

• trading rules.

This improves tradability but reduces flexibility.

The exact amount and maturity required by a treasury may therefore not match the standard contract perfectly.

Role of the Clearing Corporation

Exchange-traded derivatives generally involve a clearing corporation.

The clearing corporation can interpose itself between counterparties and manage settlement through mechanisms including:

• novation;

• margin;

• mark-to-market;

• default-management procedures; and

• position controls.

SEBI's currency-derivative framework requires an approved clearing corporation to provide full novation or equivalent settlement guarantee and enforce prescribed margin and mark-to-market arrangements.

This substantially reduces direct bilateral counterparty exposure.

However:

Central clearing reduces counterparty risk; it does not eliminate all risk.

Margining

Exchange-traded derivative positions normally require margin.

For futures, profits and losses are marked to market according to the applicable clearing framework.

Margins help protect the clearing system against member default.

This is one major difference from a simple traditional bilateral forward where no exchange margin account exists.

Liquidity and Transparency

Because standardised contracts are traded through an organised market, exchange trading can provide:

• visible prices;

• greater transparency;

• easier entry and exit; and

• deeper liquidity in actively traded contracts.

However, liquidity is not guaranteed for every:

• contract;

• strike;

• maturity; or

• market condition.

OTC vs Exchange-Traded Derivatives

OTC Does Not Mean Unregulated

A common misunderstanding is that OTC means:

private transaction with no regulatory rules.

That is incorrect.

In India, OTC derivative activity is governed by product-specific RBI directions and other applicable laws.

RBI's Market-makers in OTC Derivatives Directions, 2021, effective January 3, 2022, prescribe standards for OTC derivative market-makers. The framework covers matters such as:

• governance;

• risk management;

• user classification;

• suitability and appropriateness;

• pricing and valuation; and

• other market-conduct requirements.

Therefore:

OTC = trading structure

not:

absence of regulation

Suitability and Appropriateness

A market-maker should not offer a derivative merely because it is legally available.

The product should be appropriate for the user's:

• risk exposure;

• financial position;

• sophistication;

• objectives; and

• ability to understand the product.

RBI's current OTC framework places explicit emphasis on customer suitability and appropriateness.

This is especially important for structured derivatives.

Hedging vs Misuse of Derivatives

Derivatives can become dangerous when used without adequate understanding or controls.

Over-Hedging

Derivative amount exceeds the underlying risk.

The excess becomes a new market exposure.

Wrong Direction

A customer expecting foreign currency to be received enters a hedge suitable for a payable.

Instead of reducing risk, exposure increases.

Maturity Mismatch

The underlying lasts one year but the hedge lasts only three months.

Rollover risk remains.

Excessive Leverage

Large positions are built because only limited initial cash or margin is required.

Losses can then become much larger than expected.

Speculation Presented as Hedging

A derivative may be described internally as a hedge even though no matching underlying exposure exists.

Economic substance matters more than the label.

Complex Product without Understanding

A user may focus on low initial cost while failing to understand adverse scenarios.

This can create:

• financial loss;

• disputes;

• litigation risk; and

• reputational risk.

OTC or Exchange: Which Is Better?

There is no universal answer.

OTC May Be Better When

The user needs:

• exact notional amount;

• unusual maturity;

• specialised payoff;

• customised benchmark; or

• close matching of underlying cash flows.

Exchange-Traded May Be Better When

The user values:

• standardisation;

• liquidity;

• transparent pricing;

• central clearing; and

• easy position adjustment.

The correct choice depends on the risk-management objective.

Practical Banking Application

Assume a corporate has a highly specific foreign-currency exposure:

• unusual amount;

• odd maturity date;

• exact cash-flow requirement.

An OTC forward can potentially match it closely.

Now assume treasury wants to change a standardised market-risk position quickly and an actively traded futures contract closely matches the risk.

An exchange-traded future may offer:

• transparent pricing;

• liquidity;

• central clearing; and

• efficient exit.

The important question is not:

Which market is more advanced?

It is:

Which structure best matches the exposure while keeping the resulting risks within approved limits?

CAIIB Exam Focus

Derivative value depends on an underlying variable or instrument.

Derivatives can be used for hedging, risk transformation, arbitrage, price discovery and trading.

Hedging reduces an existing exposure; speculation deliberately takes exposure.

The same derivative may be used for either purpose.

Derivatives can create leverage.

A small premium or margin does not mean the economic exposure is small.

OTC derivatives are not exchange-traded contracts.

Under RBI's definition, eligible derivatives traded on an ETP can still be classified as OTC derivatives.

OTC contracts are generally more customisable.

Exchange-traded contracts are generally more standardised.

Central clearing reduces direct bilateral counterparty exposure.

Exchange-traded derivatives normally operate through margin and mark-to-market arrangements.

OTC does not mean unregulated.

Non-centrally cleared OTC derivatives can be subject to regulatory margin requirements.

Customisation can reduce amount and maturity mismatch but may reduce liquidity.

Standardisation can improve trading liquidity but can create basis or maturity mismatch.

A derivative can reduce market risk while creating counterparty, basis, liquidity or operational risk.

Common Exam Traps

Trap 1: Every Derivative Is Speculative

Incorrect.

Derivatives are important risk-management instruments.

Trap 2: A Derivative Always Reduces Risk

Incorrect.

It can also create or increase risk if poorly designed or used speculatively.

Trap 3: OTC Means Unregulated

Incorrect.

OTC derivative activity is governed by RBI and other applicable regulatory requirements.

Trap 4: OTC Means the Contract Cannot Be Electronically Traded

Incorrect.

Under RBI's definition, a non-exchange derivative traded on an eligible ETP can still be an OTC derivative.

Trap 5: Exchange-Traded Contracts Are Fully Customisable

Incorrect.

Standardisation is one of their main features.

Trap 6: Futures Have No Counterparty-Risk Control

Incorrect.

Central clearing and margining are key controls in exchange-traded derivatives.

Trap 7: Central Clearing Eliminates Every Risk

Incorrect.

Market, liquidity, operational, basis and other risks remain.

Trap 8: OTC Derivatives Never Require Margin

Incorrect.

Applicable non-centrally cleared OTC transactions can be subject to regulatory margin requirements.

Trap 9: Standardisation Is Always an Advantage

Not necessarily.

It improves liquidity and transparency but may create imperfect matching with the underlying exposure.

Trap 10: Customisation Makes OTC Risk-Free

Incorrect.

Customisation can improve hedge matching but counterparty, liquidity, legal and valuation risks may remain.

Trap 11: Premium or Margin Equals Total Possible Exposure

Incorrect.

Derivatives can create leveraged exposure much larger than the initial cash outlay.

Trap 12: A Hedge Larger than the Underlying Is Always Safer

Incorrect.

Excess hedge amount can create a new speculative position.

Trap 13: Exchange Trading Automatically Means High Liquidity

Incorrect.

Liquidity depends on the particular contract and current market conditions.

Trap 14: All Derivative Risks Are Market Risk

Incorrect.

Derivative transactions can create:

• market;

• counterparty;

• settlement;

• liquidity;

• basis;

• legal;

• operational; and

• model risk.

Memory Technique

Remember H-T-A-P for derivative purpose:

• H – Hedge

• T – Transform risk

• A – Arbitrage

• P – Price discovery

For market structure:

OTC → Optional/custom terms

Exchange → Established standard terms

And remember the central CAIIB principle:

Choose a derivative by the risk it must manage—not merely by the product name or the market in which it trades.