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walk-forward-validation

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A quantitative trading strategy backtester with an interactive dashboard. Enables users to implement, test, and visualise trading strategies using historical market data, featuring customisable parameters and key performance metrics. Developed with Python and Polars.

  • Updated Aug 1, 2026
  • Python

Multi-agent trading platform on an Alpaca paper account: a CLI places orders on request; scheduled routines manage trailing stops, alerts and daily records. Agents on Microsoft Agent Framework. Research uses walk-forward, out-of-sample and multiple-testing checks; no tested signal (MACD+RSI, TSMOM, GEX) has an edge yet. Not financial advice.

  • Updated Nov 4, 2026
  • Python

ML portfolio: Persian RAG assistant (hybrid BM25+RRF retrieval, RAGAS-style eval), stock movement with walk-forward backtest, recommender system, AI-text & SMS-spam classifiers — all with tests, CI and real metrics

  • Updated Nov 5, 2026
  • Python
engine

Kiploks Trading Robustness Engine is an open-source TypeScript engine for deterministic backtest and walk-forward analysis (WFA) of algorithmic trading strategies, published as @kiploks/engine-* packages under Apache 2.0.

  • Updated Aug 19, 2026
  • TypeScript
Time_Series

Reproducible Python time-series forecasting benchmark with walk-forward validation, leakage-safe backtesting, classical models, lag-based machine learning, tests, and CI.

  • Updated Oct 1, 2026
  • Jupyter Notebook

Calibrated multi-sport forecasting, audited in public. Live analytics site + a claim-by-claim evidence index with the rejects and retractions included. Calibration rigor, not edge claims.

  • Updated Oct 30, 2026
  • Python

End-to-end ML system for prediction market trading — 521K markets, 78 features, 7 model architectures, walk-forward validation, live VPS A/B across 7 configs. Honest research-stop on alpha decay (NO-GO verdict). AFML methodology: Purged K-Fold, Deflated Sharpe Ratio, meta-labeling, focal loss.

  • Updated Apr 28, 2026
  • Python

Historical RV15 forecasts for six U.S. stocks. Option state improves both families; the mixed B2 block improves the linear model only. Source-time assumptions, placebo and final-window limits remain material. Public aggregate checks are not an independent licensed-data replication.

  • Updated Nov 4, 2026
  • Python

Multi-model time-series forecasting with Bayesian Optimisation (Optuna TPE): SARIMA, Random Forest, XGBoost, LightGBM, Prophet, LSTM, and QuantileML probabilistic forecasts behind a unified ModelSpec protocol. Walk-forward validated; supports monthly, weekly, daily, and hourly data.

  • Updated May 21, 2026
  • Python

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