crypto-derivatives

Analyze crypto-derivatives strategies for BTC/ETH markets across Deribit and OKX.

Updated Apr 19, 2026
One-click install
npx skills add https://github.com/ajithkumar31082004-bit/Vibe-Trading --skill crypto-derivatives-ajithkumar31082004-bit
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: crypto-derivatives
Source: https://github.com/ajithkumar31082004-bit/Vibe-Trading/tree/main/Vibe-Trading-main/agent/src/skills/crypto-derivatives
Command: npx skills add https://github.com/ajithkumar31082004-bit/Vibe-Trading --skill crypto-derivatives-ajithkumar31082004-bit

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill helps researchers and practitioners understand crypto-derivatives mechanics and construct backtest-ready strategies across perpetual funding-rate arbitrage, term-structure trading, and option strategies for BTC/ETH on major exchanges.

Core Features & Use Cases

  • Perpetual funding-rate arbitrage analysis with risk controls and position sizing templates
  • Term-structure trading metrics, contango/backwardation assessment, and calendar-spread templates
  • Options strategies coverage with Greeks, skew analysis, and volatility forecasting
  • Daily monitoring metrics and a structured decision framework for strategy selection
  • Backtest-ready research artifacts and output templates for BTC/ETH across Deribit and OKX

Quick Start

Provide a backtest-ready crypto-derivatives research plan for BTC/ETH focusing on funding-rate arbitrage, term-structure trading, and option strategies.

Frequently Asked Questions about crypto-derivatives

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
What is perpetual funding-rate arbitrage and how does it work for crypto derivatives?

Perpetual funding-rate arbitrage is a crypto-derivatives strategy that captures the funding rate paid between long and short traders to maintain price parity. This Skill generates research-ready analysis and position sizing templates to construct and monitor these arbitrage trades on BTC and ETH markets.

How do I build a backtest-ready crypto derivatives strategy for BTC and ETH?

To build a backtest-ready crypto derivatives strategy, provide a research plan focusing on funding-rate arbitrage, term-structure trading, or options. This Skill outputs structured artifacts including market snapshots, risk warnings, decision frameworks, and daily monitoring metrics for BTC and ETH on exchanges like Deribit and OKX.

Does this crypto derivatives analysis tool support term-structure trading and contango assessment?

Yes, this crypto derivatives analysis supports term-structure trading by evaluating contango and backwardation market regimes. It provides calendar-spread templates and required metrics to help you assess futures basis and construct backtest-ready trading strategies.

Can I use crypto derivatives strategies for options trading with Greeks and implied volatility?

You can use this Skill to analyze crypto derivatives options strategies by evaluating Greeks, skew analysis, and volatility forecasting. It synthesizes these metrics to generate research-ready insights and selection guidelines specifically for BTC and ETH options.

What data do I need to monitor crypto derivatives risk on exchanges like Deribit and OKX?

Monitoring crypto derivatives risk requires data on funding rates, futures basis, and implied volatility. This Skill uses these inputs to produce daily monitoring metrics, structured decision frameworks, and risk warnings for BTC and ETH positions across supported exchanges.

What are the limitations of using a data-driven crypto derivatives playbook for strategy selection?

This crypto derivatives playbook focuses strictly on research and backtest-ready analysis rather than live execution. It is limited to BTC and ETH markets on exchanges such as Deribit and OKX, meaning strategy outputs require manual implementation and ongoing risk monitoring.