Crypto derivatives

Three contract types carry almost all of the volume, and they differ in when they end.

A future has an expiry date, and buyer and seller agree a price today for settlement on that date, and at expiry the future converges to the spot price. Cash settlement pays the difference; physical settlement delivers the coin. The CME bitcoin and ether futures settle in cash against a published reference rate.

An option gives the buyer the right to buy or sell at a strike price, and the buyer pays a premium for it. The seller takes the obligation and the open-ended loss. Options are how a holder buys downside protection on a position it wants to keep.

A perpetual swap has no expiry and tracks the spot price through a payment between the two sides, and a position can stay open for years. The perpetual is a crypto invention with no equity equivalent, and it is the single largest instrument in the market.

A contract with no expiry has no convergence date, so the funding rate pulls its price back toward spot.

Every few hours the venue compares the perpetual price with an index of spot prices. When the perpetual trades above the index, longs pay shorts; when it trades below, shorts pay longs. The payment makes the expensive side costly to hold, which closes the gap. Read as a number, the funding rate prices how badly the market wants leveraged exposure in one direction, and a long stretch of positive funding is the cost side of the basis trade.

A derivative position is funded with margin, and the margin is what you lose first. Initial margin opens the position, maintenance margin keeps it open, and a move against you that eats into the maintenance level triggers a margin call.

Crypto venues answer a breach faster than a clearing house does. Many close the position automatically, at market, within seconds. When many positions sit at similar levels, the forced selling pushes the price into the next cluster of stop levels and closes those too. That is the liquidation cascade behind the price candles that print in minutes, and it explains why a crypto book needs a stress scenario steeper than its equity equivalent, which digital asset risk management covers in full.

Four groups supply almost all of the volume, and knowing which one you are facing tells you why a price is where it is.

Miners were the first natural sellers. A mining business earns bitcoin and pays electricity in euros, so it sells futures forward to fix the price of production it has not mined yet. Funds and asset managers sit on both sides, hedging a holding or running the basis trade. Market makers quote continuously and hold inventory they do not want, which is the subject of crypto market making. Leveraged directional traders are the group that pays for all of it, through the funding rate and through the liquidations.

When the leveraged group is crowded on one side, funding goes to an extreme and the next price move against it is amplified by forced closing, which is the pattern ION Group describes in its survey of the market's participants.

A second market for the same contracts runs on public blockchains, where a smart contract takes the place of the broker and the clearing house. Collateral sits in the contract, profit and loss settle automatically, and a position that falls below its collateral threshold is closed by code with no margin call and no phone conversation.

The contract needs a price to settle against, and it cannot see one, so it reads an oracle that publishes the price on chain. The oracle becomes the single point the whole market depends on: a feed that lags in a fast move liquidates positions at a price that no venue traded, and a feed that can be manipulated can be used to liquidate them on purpose. Chainlink describes how these contracts obtain settlement prices in its explanation of oracle requirements. The code itself adds the second exposure, since a flaw in the contract is a loss with no counterparty to claim against, which is the difference between this market and a cleared one. DeFi lending runs on the same two dependencies.

MiFID II does, and MiCA does not. MiCA regulates crypto-assets and the services around them, and its Article 2 leaves out instruments that already qualify as financial instruments. A derivative on bitcoin is one of those, so a firm offering it needs MiFID II investment-firm permissions, not a CASP license.

The venue needs an MTF or OTF authorization or a regulated market license. Position reporting, best execution and the product governance duties apply. EMIR brings clearing and reporting obligations for over-the-counter contracts, and the European Securities and Markets Authority publishes the technical standards. Retail distribution runs into the leverage caps ESMA set for contracts for difference on crypto, which is why a European retail client sees far lower leverage than an offshore venue advertises.

A European institution has regulated venues for this, and the list is shorter than the offshore one. Eurex, part of Deutsche Börse, lists bitcoin and ether futures and options cleared through Eurex Clearing, which puts a central counterparty between the two sides. CME Group runs the deepest regulated book in cash-settled bitcoin and ether futures and is the venue most European funds reach through an existing futures broker.

Offshore perpetual venues carry the larger volume, and the difference for an institution is the credit arrangement. A cleared contract leaves your margin with a clearing house under a rulebook. An offshore perpetual leaves it on the exchange's balance sheet, which is the exposure a prime broker arrangement tries to shorten.

A fund hedges by selling the contract against the coin it holds, so the price exposure cancels and the position stays on the books. A manager who must keep a bitcoin allocation through a drawdown sells futures against part of it: the spot loss and the futures gain offset, the coins never move, and no disposal event is triggered.

Options give the same protection with a different shape. A put costs a premium and caps the downside while leaving the upside open, which suits a mandate judged on drawdown. The hedge is never free, and the cost shows up either as the premium or as the funding the short leg pays.

A derivative lets you take the exposure without custody: no wallet, no key management and no custody arrangement, which for a regulated firm is often the shorter path to a position. The derivative lets you be short, which a spot holding cannot do, so it is the only way to hedge a book you must keep. And it needs a fraction of the capital, which is what makes a hedge affordable and a speculation dangerous.

A derivative has no asset behind it, so you hold a claim on a venue instead of a coin. You pay to keep the position open, through funding or through the roll into the next contract, and that cost accumulates whether or not the price moves. A long-term holder is better off with the coin or a crypto ETP; a hedger or a trader with a defined horizon is better off with the contract.

Crypto derivatives are legal in Germany and supervised as financial instruments. BaFin treats a derivative on a crypto-asset under the German Securities Trading Act and the Banking Act, so a firm that deals, brokers or advises on one needs the matching permission. Trading them is not restricted for a professional client.

German tax treatment of a derivative gain differs from the treatment of a coin sale, since the one-year holding rule for private crypto disposals does not reach a derivative contract. Crypto tax in Germany sets out the split.