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ASSET MARKETS

Derivatives

Lets you lock in a price in advance and hand the risk to someone willing to take it.

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Its role in the system

The market for contracts whose value depends on something else — a share, an index, a rate, an exchange rate, oil or a borrower's creditworthiness. Derivatives make it possible to hand risk to whoever is willing to take it: a farmer insures against a fall in grain prices, a bank against a rise in rates. It is an enormous market — and also the one where risk is easiest to hide and to multiply.

Functions

  1. Futures — standard exchange contracts to buy or sell an asset in the future at a price agreed today; they are revalued daily and both sides post collateral (margin).
  2. Options — the right, but not the obligation, to buy or sell at a given price; the buyer pays a premium, as for insurance. Option prices show what swings (what volatility) the market expects.
  3. Swaps — an exchange of cash flows: an interest rate swap (IRS) exchanges a fixed rate for a floating one; a credit default swap (CDS) reimburses the buyer if a borrower fails to pay.
  4. Structured products — a bond and a derivative in one “wrapper” with a predefined profile, for example capital protection plus a share in an index's rise; banks sell them to investors.
  5. Hedging, speculation, arbitrage — the very same contracts are used by some to reduce risk, by others to bet on price moves with leverage, and by a third group to earn on price discrepancies.

What makes it special

  • Leverage is built in: to hold a position on a large notional it is enough to post a small amount of collateral. Profits and losses are multiplied, and demands to post more collateral in a crisis force people to sell assets at any price. It was in exactly this way that in 1995 Nick Leeson, a trader at the Singapore arm of Barings, hid losses on futures on Japan's Nikkei index until they exceeded the bank's capital, and Britain's oldest merchant bank went under.
  • Exchange-traded versus over-the-counter (OTC): futures and standard options trade on exchanges through a central counterparty; swaps and non-standard contracts are agreed directly between dealers and clients under a standard ISDA agreement. After the 2008 crisis the G20 countries required standard OTC derivatives to be centrally cleared, trades to be reported to trade repositories, and margin to be posted on the rest (🇺🇸 Dodd-Frank, 🇪🇺 EMIR).
  • Who regulates: 🇺🇸 the CFTC (futures, swaps) and the SEC (equity options), 🇪🇺 ESMA and national regulators, 🇬🇧 the FCA and the Bank of England (clearing). In 🇪🇺 the EU, structured products may only be sold to retail investors with a short standard description of the risks (the KID under the PRIIPs regulation).
  • How they earn: dealer banks on the spread and on structuring; market makers on quoting options; exchanges and clearing houses on fees. End users pay for transferring risk, as they would for insurance.
  • 🇨🇳 China and 🇯🇵 Japan — different roles for derivatives: China has a powerful commodity segment (futures and options on metals, soybeans and oil), but it deliberately restrains derivatives on shares. After the 2015 market crash, index futures were all but switched off: margin was raised, the number of contracts a speculator could open in a day was cut sharply, and opening and closing on the same day was made expensive — turnover of that market fell sharply. The curbs were then relaxed step by step: in 2017 and 2018 margin and fees were reduced and the daily limit for non-hedging accounts went back up from twenty to fifty contracts. Japan shows the opposite — how a derivative lives away from home: the Nikkei 225 index future trades at the same time on the Osaka Exchange in yen and in Singapore and Chicago, and the latter two let a position opened on one exchange be closed on the other, so a bet on the Japanese market can be placed almost around the clock.

Why it matters

Derivatives make the system more resilient when they spread risk, and more dangerous when they concentrate it in a few players with heavy leverage. Then the fall of one participant threatens all its counterparties through a chain of contracts.

🇪🇺 Margin calls in European energy, 2022

European power producers sell their future output forward with futures — a textbook hedge. In the summer of 2022 prices soared and those sold contracts had to be topped up with collateral every day: at Nasdaq's clearing house in Stockholm the requirements rose from roughly 25 to 180 billion Swedish crowns, and Equinor put the collateral European companies needed at 1.5 trillion euros. On 4 September 2022 Sweden announced guarantees of 250 billion crowns and Finland of 10 billion euros to avoid a “Lehman Brothers of the energy industry”, while Germany was rescuing Uniper. The hedge worked exactly as designed — but it demanded cash long before the electricity was sold and paid for.

🇺🇸 AIG and credit default swaps, 2008

a unit of the insurance group AIG sold banks around the world CDS — in effect insurance against the default of mortgage securities — without holding reserves for mass payouts. When those securities fell in value the counterparties demanded collateral; on 16 September 2008 the Federal Reserve extended AIG a loan of up to 85 billion dollars in exchange for 79.9 per cent of its shares. An over-the-counter derivative concentrated systemic risk in a single company outside the regulators' field of view.

🇩🇪 Spread ladder swaps and German municipalities, 2005–2011

Deutsche Bank sold town councils and mid-sized companies “CMS spread ladder swaps” as a way to optimise interest costs: the payment depended on the gap between long and short interest rates, by a formula whose losses grew step by step. When the gap moved the wrong way, the buyers owed hundreds of thousands of euros. On 22 March 2011 the Federal Court of Justice ruled that the bank had had to disclose the negative market value it built into the product from the start. The case shows how a derivative tied to an unpredictable future formula becomes a burden for a borrower who never intended to speculate.

Links to other zones · 13

  • Banking & Credit InstitutionsThe largest firms in Banking & Credit Institutions are the Derivatives dealers, and every bank treasury uses Derivatives to hedge the interest rate and currency risk of the balance sheet.
  • Clearing & settlementCentral counterparties in Clearing & settlement (🇬🇧 LCH, 🇩🇪 Eurex Clearing, 🇺🇸 CME Clearing) step between the two sides of a Derivatives trade and demand margin, the main safeguard introduced after 2008.
  • Commodities marketCommodity contracts in Derivatives, from oil to wheat, set the benchmark prices of the physical Commodities market.
  • Corporations & Corporate FinanceDerivatives exist largely because Corporations & Corporate Finance will pay to pass risk on: the producer sells a future, the consumer buys one. But a hedge consumes cash for margin — the trap that broke Metallgesellschaft.
  • Debt marketDerivatives manage Debt market risk: swaps and bond futures handle interest rates, and credit default swaps put a market price on the credit risk of an issuer.
  • Exchanges & platformsDerivatives trade on Exchanges & platforms: futures and options on 🇺🇸 CME and ICE and 🇩🇪 Eurex, swaps on dedicated electronic platforms.
  • FX marketFX forwards and swaps are one of the largest segments of Derivatives: on the FX market a company locks tomorrow's rate today, and a bank borrows one currency against another.
  • Financial Market InfrastructureThe regulators of Financial Market Infrastructure (🇺🇸 CFTC, 🇪🇺 ESMA) supervise the clearing and the trade repositories of the Derivatives market.
  • InsuranceInsurance and pension funds hedge long liabilities with Derivatives swaps — as the liability-driven investment crisis of 2022 showed, that is itself a source of risk.
  • Investment & Pension FundsDerivatives give Investment & Pension Funds leverage and market exposure without owning the asset; when rates move sharply, margin calls force the fund to dump its sound assets at any price.
  • Ratings & IndicesDerivatives are wired to other people's judgements: credit default swaps trigger on a credit event and a rating, interest rate swaps are calculated off benchmarks such as SOFR, and futures off the indices of Ratings & Indices.
  • Retail accessDerivatives reached ordinary investors through brokerage apps; the answer was leverage caps, negative balance protection and a short mandatory risk sheet for retail clients.
  • Stock marketOptions and futures on shares and indices tie Derivatives to the Stock market; the VIX volatility index is calculated from the prices of options on the S&P 500.

Regulation and supervision

Supervised by: Financial Market Infrastructure

After 2008 the G20 pulled derivatives out of the shadows: standardised contracts go through a central counterparty, every trade is reported to a trade repository, and uncleared trades need collateral. In the 🇪🇺 that is EMIR 3, in the 🇺🇸 Dodd-Frank Title VII.

Standards: EU EMIR 648/2012 and EMIR 3 (2024/2987) · EU MiFIR 600/2014 (derivatives trading obligation) · BCBS-IOSCO margin requirements for non-centrally cleared derivatives · CPMI-IOSCO PFMI · US Dodd-Frank Title VII (CFTC and SEC swap rules)

Careers in this zone · 6

Derivatives and structured products structurer

Designs a solution for a specific need: protection against rising rates or a moving exchange rate for a company, a product with capital protection or an enhanced coupon for an investor. Combines bonds, options and swaps, calculates the price and the risks, and clears it with traders, lawyers and compliance.

What you need to know

  • Pricing options and swaps
  • Interest rate, currency, credit and equity derivatives
  • Hedge accounting (IFRS 9) and tax aspects
  • Rules on selling complex products (🇪🇺 MiFID II, PRIIPs)

Skills

  • Modelling (Excel / Python)
  • Translating a client's need into a deal structure
  • Presenting a product's risks honestly and clearly
  • Coordinating trading, lawyers and sales

Certifications: CFA, FRM; the CQF for deeper quantitative training

Options (volatility) trader

Quotes option prices and manages a portfolio sensitive to moves in price, time and volatility. Rebalances the position daily in order to earn on the gap between the volatility the market expects and the volatility that actually happens, rather than on guessing direction.

What you need to know

  • Option pricing models (Black–Scholes and their limits)
  • The “greeks” — an option's sensitivities: delta, gamma, vega, theta
  • The volatility surface and how it moves
  • Delta hedging with futures

Skills

  • Fast probabilistic intuition
  • Real-time portfolio risk management
  • Programming (Python) for position analysis

Certifications: Usually not required — in 🇺🇸 the United States FINRA licences are mandatory for client-facing work; a mathematical background is valued

Interest rate derivatives trader (IRS)

Enters into interest rate swaps, rate futures and swaptions with banks, funds, insurers and companies. Builds rate curves, manages the portfolio's risk across all maturities and reacts to every central bank decision.

What you need to know

  • Building rate curves and discounting
  • Benchmark rates after LIBOR (SOFR, €STR, SONIA)
  • Central clearing and margin for swaps
  • Monetary policy and macroeconomics

Skills

  • Curve modelling (Python, Excel)
  • Fast decisions within limits
  • Working with hedging clients

Certifications: The ACI Dealing Certificate; the CFA and FRM are a plus

Derivatives pricing quant

Develops the mathematical models a bank uses to value derivatives and calculate their risks, and implements them in code. Checks that a model does not lie under extreme conditions and explains its limits to traders; some quants independently validate other people's models.

What you need to know

  • Stochastic calculus, probability theory
  • Numerical methods: Monte Carlo, finite differences
  • Models of rates, volatility and credit risk
  • Regulatory requirements for models

Skills

  • C++ / Python
  • Turning mathematics into reliable code
  • Explaining a model's limits to non-specialists

Certifications: The CQF is useful; usually a master's or a PhD in mathematics, physics or financial engineering decides

XVA specialist (counterparty risk in the price of a derivative)

Calculates how much the bank could lose if a derivatives counterparty fails to perform, and what the funding and the capital behind the trade cost — and builds those adjustments (together called XVA) into the price for the client. Manages that portfolio risk, hedging it with CDS and interest rate swaps.

What you need to know

  • Counterparty credit risk and the CVA, DVA, FVA and KVA adjustments
  • The effect of collateral and netting on risk
  • Regulatory capital for counterparty risk
  • Modelling future exposure with Monte Carlo

Skills

  • Modelling and working with large data (Python, SQL)
  • Acting fast during liquidity stress
  • Working with trading, risk and operations

Certifications: FRM, PRM; the CQF

Derivatives documentation specialist (ISDA negotiator)

Agrees the legal foundation of trades: the ISDA master agreement, collateral terms, events of default and the right to close out positions. What happens to the trades when a counterparty goes bankrupt depends on this wording.

What you need to know

  • ISDA Master Agreement and CSA documentation
  • Netting and insolvency law in different jurisdictions
  • Regulatory requirements for derivatives (EMIR, Dodd-Frank)
  • The basics of the products: swaps, options, forwards

Skills

  • Careful reading and drafting of contracts
  • Negotiating with counterparties' lawyers
  • Managing a large volume of documents

Certifications: A legal background; ISDA courses are useful

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