# Exchange Traded Derivatives, Explained

Cross-Asset Desk Research; Updated 15 October 2026

Exchange traded derivatives are standardized contracts — mainly futures and options — that are listed on an exchange and cleared through a central counterparty, instead of being negotiated privately between two firms. The exchange fixes every term except price: the underlying, the contract size, the expiry date and how the contract settles. A clearing house then stands between buyer and seller, collects margin from both and guarantees the trade. That structure is what makes these markets large: the [FIA](https://www.fia.org/fia/articles/etd-volume-december-2025) counted 119.29 billion futures and options contracts traded worldwide in 2025, of which 30.64 billion were futures. This guide explains how they work and how crypto perpetual futures borrow from, and depart from, the same model.

## What makes a derivative "exchange traded"

A derivative is a contract whose value depends on another asset: an index, a commodity, a currency, a bond or a cryptocurrency. It becomes exchange traded when three conditions are met:

- **Standard terms.** Every contract on a given series is identical. One CME Bitcoin futures contract is always 5 bitcoin; one E-mini S&P 500 contract is always $50 times the index.
- **A public order book.** Bids and offers meet on the exchange, and every trade price is published.
- **Central clearing.** A clearing house becomes the buyer to every seller and the seller to every buyer, so neither side carries the other's default risk.

Contracts that fail these tests trade **over the counter (OTC)**: privately negotiated swaps and forwards between banks, funds and companies, with terms tailored to each deal.

## The main types

### Futures

A futures contract is an obligation to buy or sell the underlying at a set price on a set future date. Most are closed before expiry, and many settle in cash rather than by delivery of the asset. Futures are used to hedge — an airline locking in fuel costs — and to speculate on price with a fraction of the capital.

### Options

An option gives the right, not the obligation, to buy (a call) or sell (a put) at a fixed strike price before or at expiry. The buyer pays a premium and can lose no more than that; the seller collects the premium and takes on a potentially large obligation. In 2025 options made up most of global exchange-traded volume, much of it in very short-dated equity index options.

### Other listed contracts

Exchanges also list futures on interest rates, volatility indices, single stocks and, increasingly, cryptocurrencies, along with options on many of those futures.

## How margin and clearing work

Margin is the core of the exchange-traded model.

1. **Initial margin.** When you open a position, you post a deposit set by the clearing house, usually a few percent to around 10% of the contract's value, depending on the asset's volatility.
2. **Daily mark-to-market.** At the end of each trading day, positions are revalued at the settlement price. Gains are credited and losses debited, in cash.
3. **Maintenance margin.** If your account falls below this level, your broker issues a margin call, and you top up or your position is closed.
4. **Default management.** If a member firm fails, the clearing house uses that member's margin, then its default fund, before touching anyone else.

Because losses are collected every day, nobody builds up a large unpaid debt to the market. That is the main reason regulators pushed standardized OTC swaps into central clearing after the 2008 crisis.

## Exchange traded vs OTC derivatives

| Feature | Exchange traded | Over the counter |
|---|---|---|
| Terms | Standardized by the exchange | Negotiated per deal |
| Counterparty | Central clearing house | The other firm, unless cleared |
| Price transparency | Public order book and settlement prices | Private quotes |
| Margin | Set by the clearing house, marked daily | Agreed bilaterally |
| Typical users | Brokers' clients, funds, market makers | Banks, corporates, institutions |
| Flexibility | Low | High |

## Where crypto perpetuals fit

Crypto perpetual futures look like exchange-traded futures on the surface: an order book, standard contract terms, margin and daily — in practice continuous — revaluation. Three differences matter.

- **No expiry.** A perpetual never settles on a date. Instead, a **funding rate** paid between longs and shorts every few hours keeps its price close to the spot index.
- **The exchange is the clearing house.** On most crypto venues the exchange itself matches trades, holds margin and liquidates positions. There is no separate clearing member layer and no default fund in the traditional sense.
- **Continuous liquidation.** Instead of an end-of-day margin call, a position is closed automatically as soon as its equity reaches maintenance margin.

Venues built on blockchains change one part of that picture: settlement. EVEDEX, for example, is a hybrid perpetual futures exchange that matches orders off-chain on a central order book and records balances, positions, liquidations and funding on-chain on Arbitrum. It lists 52 perpetual contracts, including five US stocks, gold, silver, WTI crude oil and two FX pairs, all trading 24/7, with fees of 0.015% maker and 0.045% taker per its trading terms as of September 16, 2026. Margin is posted in USDT under cross margin, so the whole balance backs every open position.

## The same underlyings, two structures

One effect of the growth of crypto perpetuals is that the same underlying can now trade in both structures. Gold, crude oil and equity indices have deep exchange-traded futures markets that close on weekends and settle on fixed dates. Perpetual contracts on the same assets trade around the clock on some crypto venues, with funding instead of expiry and stablecoin margin instead of a broker account.

That brings practical differences for a trader:

- **Hours.** A perpetual on gold that trades on Sunday has no live reference market for part of that time, so its price can gap when the underlying market reopens.
- **Margin currency.** Exchange-traded futures margin is held in fiat at a broker; crypto venues hold USDT or another stablecoin.
- **Leverage.** Clearing-house margins imply moderate leverage; crypto venues often allow much higher caps on their largest pairs, with correspondingly shorter distances to liquidation.
- **Protection.** Exchange-traded markets have segregated client accounts at regulated brokers and clearing-house default funds. Crypto venues rely on their own reserves and smart contracts.

## Who uses exchange traded derivatives

- **Hedgers:** producers, consumers and investors offsetting price risk they already carry.
- **Speculators:** traders taking a view on price with margin rather than full capital.
- **Market makers:** firms quoting both sides and earning the spread, which provides the liquidity everyone else trades against.
- **Arbitrageurs:** traders closing gaps between futures, options and the underlying, which keeps prices consistent across markets.

## Risks to understand

Exchange traded derivatives remove counterparty risk, not market risk. Leverage multiplies gains and losses alike, options sellers can lose far more than the premium they collect, and margin calls can force a sale at the worst moment. Crypto perpetuals add round-the-clock liquidation and funding payments to that list.

*This explainer is general information, not investment advice. Leveraged derivatives carry a high risk of losing more than you expect.*

Weights: What one account reaches 32 · Cost of getting in and out 28 · Custody of the margin 18 · How the venue has held up 12 · The book behind the quote 10, on a scale of 100. Version 1.1, fixed 23 September 2026 and unchanged since.

— Cross-Asset Desk Research. Edition of 15 October 2026.

This desk is paid to publish, and a venue covered here may be the party that paid.