DER 1 Derivative Instrument and Derivative Market Features
Earlier readings dealt with cash markets, also called spot markets, where a specific asset changes hands right now at its current price, known as the cash price or spot price. A derivative works differently. It arranges a future exchange of cash flows, and its value is not set on its own but is taken from the performance of something else. That something else is the underlying.
A derivative is therefore a financial contract whose value comes from how an underlying asset performs. The underlying need not be a single named asset; it can be a group of standardized assets or a variable, such as an interest rate or a credit index. Because the payoff is linked to an underlying, market participants use a derivative to build or reshape an exposure without necessarily trading the underlying in the spot market.
How a derivative transforms an exposure
A derivative does not simply pass the returns of the underlying straight through to the holder; it reshapes that performance into an agreed pattern of future payments. Consider a forward contract, the simplest firm commitment. AMY Investments commits at time t equals 0 to hand a financial intermediary 1,000 Airbus (AIR) shares for a locked €30 each, with delivery six months later at time t equals T. Entering the forward lets AMY hand the price risk of those AIR shares to a counterparty, which is usually a financial intermediary. The worked example below traces how that contract settles.
AMY Investments agrees at t equals 0 to deliver 1,000 Airbus (AIR) shares to a financial intermediary at a fixed forward price of €30 per share, with settlement in six months at t equals T. Suppose the spot price of AIR at time T turns out to be €25 per share.
The building blocks of a contract
In legal terms a derivative is a binding contract between counterparties with a set maturity, meaning the span of time before the trade closes, or settles. The buyer holds a position whose value moves like a long position in the underlying, while the seller carries the exposure of a short position. The contract size, sometimes called the notional principal or notional amount, is set at the outset and may stay fixed or vary over the life of the trade. Because settlement lies in the future, counterparty credit risk, the chance that the other side cannot meet its obligations, matters throughout.
The notional principal is the reference amount used to compute the payments, not a sum that changes hands in full. In an interest rate swap on a notional of CAD250 million, for instance, only the net interest calculated on that CAD250 million is exchanged, never the principal itself.
Stand-alone and embedded derivatives
The Airbus forward is a stand-alone derivative, a distinct contract written on a stock or a bond. A derivative can instead sit inside another instrument as an embedded derivative, as in a callable, puttable, or convertible bond. The term sheet below lists the features an analyst reads off a stand-alone forward.
| Feature | What it specifies | Value in the AMY forward |
|---|---|---|
| Contract type | Firm commitment or contingent right to exchange future cash flows | Firm commitment (forward) |
| Maturity | Final date on which settlement occurs | Six months from start date |
| Counterparties | Legal entities entering the contract | Purchaser: financial intermediary; Seller: AMY Investments |
| Underlying | The asset or variable that supplies the contract value | 1,000 AIR common shares, Frankfurt Stock Exchange |
| Contract size | Amount used to price and value the derivative | 1,000 shares |
| Underlying price | Pre-agreed price for settlement | Forward price €30 per share |
| Documentation | Governing legal framework and credit terms | ISDA Agreement, credit terms acceptable to both parties |
Firm commitments versus contingent claims
The AMY forward is a firm commitment: a pre-set amount is fixed today and is certain to be exchanged at settlement. Forwards, futures, and swaps that trade a periodic stream of cash flows are all firm commitments. The other family is the contingent claim, where one counterparty decides whether and when the trade settles. The main contingent claim is the option.
Derivatives widen what a participant can do beyond the cash market in several ways. An investor can sell short to profit from an expected fall in the underlying, or use derivatives to diversify a portfolio. An issuer can offset the market exposure that comes bundled with a commercial transaction. A large exposure to the underlying can be built for a relatively small cash outlay, and derivatives often carry lower transaction costs and more liquidity than trading the underlying directly. When a derivative is used to cancel or neutralize an existing or expected exposure, the action is called hedging and the derivative is described as a hedge.
Classify each item as a firm commitment, a contingent claim, or neither, and note whether any derivative is stand-alone or embedded.
Derivatives are usually grouped by the underlying from which they draw value, and a single contract may reference more than one underlying. One contract can also point to several underlyings at once. The categories seen most often are equities, fixed income and interest rates, currencies, commodities, and credit, with a few newer types beyond these.
Equities
Equity derivatives point to a single stock, a basket of names, or an index like the FTSE 100. On an individual stock the option is the most common form, while index exposures trade as options, forwards, futures, and swaps. An equity swap, or index swap, lets an investor pay away the return on one index while collecting the return on a different index, or on an interest rate, a convenient way to raise or cut exposure to a market or sector in top-down asset allocation without buying the individual shares. Contracts also exist on the realized volatility of an equity index, letting participants trade the dispersion of price changes separately from their direction.
Issuers use single-stock options too. Granting stock options to executives and staff ties their incentives to a rising share price and can trim cash pay. Firms may also grant warrants, a kind of option that lets the holder buy newly issued shares at a fixed price straight from the issuer.
Fixed income and interest rates
Bonds are a widely used underlying, and the related contracts span options, forwards, futures, and swaps. Large government issuers, among them the US Treasury and the Japanese Ministry of Finance, keep many bond issues outstanding, so one standardized bond futures contract often lets several eligible issues be delivered at settlement. An interest rate is not itself an asset; it is a fixed-income underlying that feeds many rate derivatives. Interest rate swaps, a firm commitment, let participants switch between fixed and floating exposure: a manager can lengthen or shorten portfolio duration without trading bonds, and an issuer can reshape the rate profile of its liabilities.
The most common rate underlying in a swap is a market reference rate (MRR), chosen to track the loans and short-term borrowing it hedges. Survey-based Libor rates have been retired in favor of rates built from a daily average of actual transactions. The Secured Overnight Financing Rate (SOFR), an overnight borrowing rate secured against US Treasuries, is one example; the list also holds the euro short-term rate (€STR) and the Sterling Overnight Index Average (SONIA).
Currencies
Participants lean on currency derivatives to hedge the foreign exchange risk that comes with cross-border trade and investment. An exporter often sells foreign currency forward and buys domestic currency on terms that match a delivery contract abroad. An investor holding securities in a foreign currency might instead sell currency futures to gain from a temporary fall in that currency while keeping the portfolio. Options, forwards, futures, and swaps written on exchange rates and on sovereign bonds all serve to manage currency risk.
Commodities
The cash markets for commodities involve physical delivery at settlement. Soft commodities cover farm output like cattle and corn; hard commodities cover natural resources like crude oil and metals. Commodity derivatives let participants manage the price risk of a single commodity or a commodity index apart from taking delivery. An airline, shipping, or freight company might buy oil futures to guard against rising fuel costs, while an investor might buy a commodity index future to add exposure to commodity prices without handling the physical goods.
Credit
Credit derivatives track the default risk of a single borrower or of a basket of issuers within an index. A credit default swap (CDS) lets an investor manage the loss from a borrower default separately from the bond market, and it trades on a spread that reflects the likelihood of default. An investor could take either side of a CDS on a high-yield index to move credit exposure without touching the underlying bonds, while a bank might buy a CDS to offset existing exposure to a particular issuer.
Other underlyings
Newer underlyings include weather, cryptocurrencies, and longevity, each of which can affect the finances of specific participants. Longevity risk, for instance, matters to insurers and defined benefit pension plans exposed to rising life expectancy. Derivatives on these underlyings are less common and harder to price. The table below summarizes the common categories.
| Asset class | Examples | Sample uses |
|---|---|---|
| Equities | Individual stocks; equity indexes; equity price volatility | Change exposure profile (investors); employee compensation (issuers) |
| Interest rates | Sovereign bonds (domestic); market reference rates | Change duration exposure (investors); alter debt exposure profile (issuers) |
| Foreign exchange | Sovereign bonds (foreign); market exchange rates | Manage global portfolio risks (investors); manage global trade risks (issuers) |
| Commodities | Soft and hard commodities; commodity indexes | Manage operating risks (consumers and producers); portfolio diversification (investors) |
| Credit | Individual reference entities; credit indexes | Portfolio diversification (investors); manage credit risk (financial intermediaries) |
| Other | Weather; cryptocurrencies; longevity | Manage operating risks (issuers); manage portfolio risks (investors) |
As carmakers shifted toward electric vehicles, demand grew for battery inputs such as lithium. The London Metal Exchange (LME) launched a lithium futures contract in 2021. It settles in cash in USD, referencing a weekly quoted spot rate for battery-grade lithium hydroxide monohydrate that can be delivered across China, Japan, and Korea, and each contract represents one metric ton.
Two investor scenarios
Two cases run through this reading. Hightest Capital is a US fund with a diversified domestic equity portfolio whose manager expects health care stocks to outrun the broad index over six months. Hightest buys a standardized option on the S&P 500 Health Care Select Sector Index (SIXV, roughly 60 health care names) through Ace Limited, a member of the Chicago Board Options Exchange. The option is a contingent claim giving Hightest the right to buy the index in six months at a 5 percent premium to its current level, computed as spot SIXV times 1.05.
Esterr Inc. is a Toronto firm carrying a CAD250 million loan at a floating rate, with three and a half years still to run, priced at three-month MRR (here CORRA, the Canadian Overnight Repo Rate Average) plus 150 bps. Worried about rising Canadian rates, the treasurer enters a CAD250 million interest rate swap with a financial intermediary, agreeing to pay a fixed rate and receive three-month MRR on payment dates that line up with the loan. The swap is a firm commitment.
Read the derivative features off the Esterr interest rate swap term sheet.
| Feature | Detail |
|---|---|
| Start date | Spot start |
| Maturity date | Three years and six months from start date |
| Notional principal | CAD250,000,000 |
| Fixed-rate payer | Esterr Inc. |
| Fixed rate | 2.05% on a semiannual, Act/365 basis |
| Floating-rate payer | Financial intermediary |
| Floating rate | Three-month CORRA published each business day by the Bank of Canada |
| Payment dates | Semiannual exchange on a net basis |
| Business days | Toronto |
| Documentation | ISDA Agreement, credit terms matched to the Esterr term loan |
Sort each contract by its underlying: soft commodity, hard commodity, or neither.
Derivatives were once dominated by exchange-traded futures on soft and hard commodities. Over-the-counter (OTC) financial derivatives on interest rates and currencies grew in the 1980s, followed by credit derivatives in the 1990s. Today, two market structures sit side by side, and a third arrangement, central clearing, blends features of both.
Over-the-counter (OTC) markets
An OTC market may be a formal organization, such as NASDAQ, or a loose network of participants dealing with one another directly, as in US fixed income. OTC derivative contracts are struck between end users and dealers, the financial intermediaries such as commercial or investment banks. Dealers, acting as market makers, generally lay off risk by entering offsetting bilateral trades with one another. The defining feature is customization: terms can be shaped to match a specific risk profile, which matters to an end user hedging a non-standard exposure.
Exchange-traded derivative (ETD) markets
This category spans futures, options, and other contracts listed on an organized exchange, from India’s National Stock Exchange (NSE) to Brazil’s Brasil, Bolsa, Balcão (B3). ETD contracts are formal and standardized, which supports a more liquid and transparent market. The exchange sets the terms, including contract size, the type, quality, and location of the underlying for commodities, and the maturity date. The specifications of the LME lithium future illustrate the point.
| Specification | Detail |
|---|---|
| Contract maturities | Monthly, from 1 month to 15 months |
| Contract size | One metric ton |
| Delivery type | Cash settled |
| Price quotation | USD per metric ton |
| Final maturity | Last LME business day of the contract month |
| Daily settlement | Calculated by LME Trading Operations under published procedures |
| Final settlement | Monthly average of Fastmarkets lithium hydroxide monohydrate 56.5% LiOH.H2O min, battery grade, cif China, Japan, and Korea |
Exchange memberships belong to market makers who quote a price to buy and a higher price to sell, often trading both sides at once to earn a small bid-offer spread. When no natural counterparty is at hand, risk takers, sometimes called speculators, step in to absorb exposure to the underlying. Standardization also streamlines clearing and settlement. Clearing is the exchange process of verifying that a trade was executed, arranging the exchange of payments, and recording the participants. Settlement is the payment of final amounts and the delivery of securities or physical commodities under exchange rules. To hold counterparty credit risk down, the exchange requires collateral on deposit at inception and over the life of the trade, paid through a financial intermediary, and in return it guarantees against default. Full disclosure of every transaction to the exchange and to national regulators gives ETD markets their transparency.
| Feature | OTC | ETD |
|---|---|---|
| Contract terms | Customized and negotiated | Standardized by the exchange |
| Flexibility | High | Lower |
| Transparency | Lower | Higher, disclosed to exchange and regulators |
| Counterparty risk | Generally higher | Reduced by collateral and exchange guarantee |
| Liquidity | May be lower | Often higher |
| Trading and transaction costs | Higher | Lower |
Central clearing
After the 2008 global financial crisis, regulators worldwide imposed a central clearing mandate on most OTC derivatives. Under the mandate, a central counterparty (CCP) takes on the credit risk between the two sides of a trade, one of which is usually a financial intermediary, and provides clearing and settlement. Issuers and investors keep the flexibility and customization of the OTC market when facing a financial intermediary, while the credit risk, clearing, and settlement between intermediaries are handled in a way that resembles an exchange. The design aims to import the transparency, standardization, and risk reduction of ETD markets.
There is a trade-off. Moving systemic credit risk from many intermediaries onto CCPs concentrates that risk in a few institutions, so strong safeguards are needed to keep any single CCP from holding too much. The clearing itself runs through a novation. In Step 1 a trade is executed on a swap execution facility (SEF), a platform reached by multiple dealers. In Step 2 the trade details pass to the CCP. In Step 3 the CCP replaces the original SEF trade with two identical trades that each face the CCP, so the CCP becomes the counterparty to both intermediaries and the direct credit link between them disappears.
Novation substitutes one contract for another. The original bilateral trade between two dealers is torn up and replaced by two new contracts, each between a dealer and the CCP. The economics are unchanged, but the CCP now stands in the middle and carries the counterparty credit risk.
Applying the two scenarios: Hightest Capital’s standardized index option, with a set size, exercise price, and maturity, would most likely trade on the ETD market. Esterr Inc.’s swap, tailored to the payment dates and remaining maturity of its loan, would trade OTC, with the dealer laying off the hedge on an SEF and then novating that trade to a CCP that sits between the dealers.
Match each of the two scenarios to the more appropriate derivative market and give the reason.
Montau AG, a German capital goods maker, agrees to sell one A-Series laser cutting machine to Jeon Inc. of Seoul for KRW650,000,000, with payment due on the delivery date, 75 days from the contract date. Montau’s costs are based in EUR.