Research
Methodology
How our algorithmic-trading research frameworks work — what we measure, how we test, and what we publish.
Educational use only. This page describes the research methodology behind the WolfSignal frameworks. It is not investment advice. WolfSignal and AI Continuum, Inc. are not registered investment advisors, brokers, or fund managers. Subscribers make their own trading decisions and bear their own risk.
What We Publish
WolfSignal is a research-and-frameworks platform, not a brokerage or advisory service. We publish three things:
- Source code — the Python implementations of every strategy and combiner, under a personal-use license. Subscribers can read, run, and study every line.
- Research notes — daily and long-form analysis of how each framework's signals are reading the current market regime.
- Backtests & live results — full statistical disclosure of historical and live performance across multiple market regimes (bull, bear, COVID, post-COVID, current).
Research Frameworks
WhiteWolf — Equities (TQQQ / SQQQ / BIL)
A regime-detection engine combining seven indicator signals into a composite score. Three published combiner versions:
- V1 — original momentum-weighted combiner, ~31.94% CAGR over 3.5yr backtest
- V2 (production) — volatility-adaptive position sizing, ATR-based trailing stops on SQQQ, asymmetric risk profile. Sharpe 1.06 over 6yr backtest.
- V3 — composite-gated entries, lowest drawdown profile, designed for risk-averse compounding
Live on Alpaca with real capital since 2024.
BlackWolf — Crypto (BTC)
MarketCipher v2-based ensemble with five entry strategies (sustained-signal, range-bound VWAP scalping, fast-momentum dip-buying, and two compositional variants). Vol-targeted position sizing, runs 24/7. Backtest Sharpe 1.97.
MoonWolf — Prediction Markets (Kalshi)
Weather and prediction-market signal research using NWS / Open-Meteo / ECMWF model outputs to score Kalshi event contracts. Currently in research / paper-trading mode. Long-form methodology to follow.
Backtesting Approach
All frameworks are backtested under consistent rules:
- Period: 2011-02-11 through 2026-02-22 (15 years), using TQQQ since inception with synthetic 3× pre-inception fills where required (clearly disclosed).
- Data: daily OHLCV from official sources, including BIL for cash-equivalent return during flat periods.
- Slippage and fees: conservative assumptions; per-trade transaction cost included.
- Survivorship bias: none — TQQQ has been continuously listed throughout the period.
- Out-of-sample testing: strategies were defined before deployment; live trading since 2024 is the out-of-sample window.
- Monte Carlo: 10,000-run resampling with replacement on daily returns to test return-distribution stability.
Performance Metrics We Report
- CAGR — compound annual growth rate over the backtest period
- Max Drawdown — largest peak-to-trough decline
- Sharpe Ratio — risk-adjusted return (excess return / volatility), risk-free rate matched to period
- Sortino Ratio — downside-deviation-adjusted return
- Calmar Ratio — CAGR / max drawdown
- Profit Factor — gross profit / gross loss
- Win Rate & Trade Frequency — for context, not as primary measures
All metrics are published at multiple time horizons (1yr, 2yr, 3.5yr, 5yr, 6yr, 15yr) and across regime windows (COVID, 2022 bear, 2023-24 bull) so subscribers can judge framework behavior under different conditions.
What We Don't Do
- We don't manage subscriber money — you trade your own account.
- We don't guarantee performance — past results, including live results, do not predict future results.
- We don't tailor research to individual circumstances — content is general-audience educational.
- We don't place trades on subscribers' behalf.
- We don't accept commissions or referral fees from brokers.
Open Code
Foundational strategy code is published openly on GitHub under the MIT License. Paid-tier source code (combiners, BlackWolf, MoonWolf, the Research Dashboard) is delivered to Wolf Pack and Apex subscribers under a personal-use license — read, run, modify, and fork for your own trading; no redistribution.
For full legal disclaimers, see /disclaimers.html. For terms of service, see /terms.html.
📝 In progress: This is a working draft of our methodology page. Detailed write-ups for each framework's signal logic, combiner mathematics, and Monte Carlo results are being published over the coming weeks. Subscribe to
Signals for early access.