Surface analytics

Crypto options volatility surface.

A crypto options volatility surface shows how implied volatility changes by strike and maturity for BTC, ETH, and altcoin options.

Derivasys turns live order book and trade data into fitted SVI smiles, exchange quote overlays, risk reversals, flies, tenor rows, and fit diagnostics.

BTC live / other currencies testing / SVI smiles / Verified venue provenance / API beta/testing.

By Sean GordonPublished Updated Crypto OptionsSurface cluster

Verified product scope

Status last verified 11 July 2026.

Definition

What is a crypto options volatility surface?

Crypto option markets quote many strikes and expiries, but those quotes are discrete, noisy, and venue-specific. A volatility surface converts those market points into a continuous structure: implied volatility by strike, moneyness, and maturity.

In Derivasys, the fitted surface is built around SVI, a compact parameterisation commonly used to model the shape of an implied volatility smile. The dashboard then compares that model surface against live bid, ask, and last-trade implied volatility.

A static end-of-day surface is not enough for live crypto options monitoring. Traders and PMs need to see surface level, skew, convexity, venue disagreement, stale quotes, and fit health together.

Live dashboard

What the Derivasys dashboard shows.

  • BTC crypto options SVI variance and volatility curves.
  • Per-expiry smile charts with fitted curves and quote clouds.
  • Deribit and OKX bid, ask, and last-trade implied volatility overlays.
  • Risk reversal and fly grids in expiry and tenor modes.
  • Quote-through-fit matrix for bid and ask levels through SVI mid.
  • Fit objective, elapsed calibration time, feed state, and update timestamps.
  • WebSocket and REST API testing access by request.
  • Fixed-tenor term-structure rows alongside native expiry views.
Quote-through-fit matrix for live crypto options volatility surface monitoring
Quote-through-fit monitoring is the practical bridge between a fitted crypto options volatility surface and the live order book levels that can challenge it.

Access

API access for testing.

Beta WebSocket evaluation is available by request and follows the snapshot/patch contract used by the dashboard. REST behavior remains testing; endpoint names and resource availability are not asserted as a stable public contract.

BTC was verified live on the production feed on 11 July 2026. ETH, SOL, XRP, and AVAX have maintained testing configuration but were not observed on the primary feed. BNB, DOGE, ADA, and LTC are unavailable in the verified public product scope.

Workflow

How to read the live surface.

Start with the header metrics to confirm the feed and calibration are live. Then use the risk reversal and fly grids to understand skew and curvature.

The smile matrix shows the raw market points around each fitted curve, while the quote-through-fit matrix highlights where bid or ask levels sit through the fitted mid.

FAQ

Is this a crypto options pricing engine?

This site is the dashboard layer for a broader pricing and calibration workflow. It visualises live market data, fitted SVI surfaces, risk nodes, and operational diagnostics streamed from a backend API.

Does it use SVI?

Yes. The dashboard monitors SVI-style fitted variance and volatility curves, then derives risk reversal, fly, and tenor analytics from the fitted surface.

Which venues are shown?

The UI supports venue-specific quote overlays such as Deribit and OKX, allowing bid, ask, and last-trade implied volatility to be compared against the fitted surface.

Where should a reviewer start?

Start with this page, then open the live dashboard and compare the fitted surface with the risk grids, smile matrix, and quote-through-fit overlays.

Inspect live surface state in Derivasys.

Use the dashboard to compare fitted surfaces, venue marks, risk nodes, quote diagnostics, and API-ready state.