What is the Hedgicore Engine?
The Hedgicore Engine is the modelling layer that produces the adaptive spread Hedgicore is built around. It handles the cointegration check, the regime drift in the hedge ratio and the funding awareness that crypto perpetuals require. The Engine is the part of Hedgicore that does not exist anywhere else. Internal estimators and parameter logic are not published. Design principles are in the methodology paper.
What academic foundations does Hedgicore build on?
Cointegration (Engle and Granger 1987, Johansen 1991, Vidyamurthy 2004, Pole 2007, Krauss 2017), statistical arbitrage (Avellaneda and Lee 2010, Gatev, Goetzmann and Rouwenhorst 2006) and the foundational indicator constructs (Appel 1979 for MACD, Bollinger 2002 for Bollinger Bands, Lane 1950s for the Stochastic Oscillator, Nadaraya 1964 and Watson 1964 for kernel regression). Full reference list in the methodology paper.
Which indicators does Hedgicore support?
Hedgicore ships the core standard indicators today: Z-score, MACD, Bollinger Bands, Stochastic Oscillator and Nadaraya-Watson. More indicator coverage is planned. The indicators work the same way they work on any charting platform; the difference is what they are computed on (the Hedgicore spread).
What are Stretch, Flow, Envelope, Pulse and Glide?
Five proprietary Hedgicore indicators calibrated specifically for the Hedgicore spread. Stretch is built on the Z-score, Flow on MACD, Envelope on Bollinger Bands, Pulse on the Stochastic Oscillator, Glide on Nadaraya-Watson. They ship as an add-on later this year.
Why don’t you publish the Engine formulas?
The Hedgicore Engine that produces the adaptive spread is the part of the platform that does not exist anywhere else. The specific estimators, parameter logic and calibration methodology are not published. The indicators that run on top are standard technical indicators; they work the same way they work in every other tool.
How is the Engine validated?
The Engine's outputs are validated against the academic literature for cointegration and mean-reversion, against held-out historical data via walk-forward partitioning and against live forward-tested data on an internal test universe. Each Engine version is dated and documented.