Start here · Essential guide
Crypto Derivatives Explained: Futures, Options and Perpetuals
A plain overview of crypto derivatives: how futures, options and perpetual contracts work, and the ways they can influence spot prices and market risk.
Market Structure
Explaining futures, funding and liquidations as market mechanics and risks.
Start here · Essential guide
A plain overview of crypto derivatives: how futures, options and perpetual contracts work, and the ways they can influence spot prices and market risk.
How regulated CME bitcoin futures work, how they differ from offshore crypto derivatives, and why institutions often prefer them. Educational, not advice.
Worked examples show how leverage and margin magnify gains and losses in crypto, why liquidation happens, and why higher leverage leaves less room for error.
How forced closures of leveraged positions can feed rapid price drops in crypto, why cascades happen, and what limits or worsens them. Educational overview.
How the long-short ratio and other positioning data are calculated, what they can show about crypto traders, and the biases that make them easy to misread.
Open interest counts outstanding derivatives contracts. Learn how it is calculated, how it differs from volume, and the common ways people misread it.
An educational introduction to crypto options: calls, puts, strike, premium and expiry, plus what implied volatility means and what it cannot predict.
How perpetual futures work without an expiry date, and how periodic funding payments between longs and shorts keep the contract price close to spot.
How a short squeeze works in crypto: forced buying by short sellers pushes prices up, with a plain walkthrough of how one typically unfolds and what limits it.
Why dated crypto futures usually trade above or sometimes below spot: the futures basis, contango and backwardation, with a simple annualised example.
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