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Sequential learningResearch foundation

Learning from noisy market environments.

A quantitative research stack that shaped our approach to uncertainty, reward design, and honest evaluation.

DQNSequence modelsBacktesting

The question

Can predictive and reinforcement-learning systems extract useful signal without relying on unrealistic execution assumptions?

The approach

Build multi-asset data infrastructure and evaluate recurrent, convolutional, attention-based, Transformer, and tree-based architectures. Separate representation, prediction, decision, and execution; compare against deterministic quantitative strategies.

Validation focus

  • Include commissions, slippage, rollover, sessions, and DST handling.
  • Enforce non-lookahead logic, non-repainting signals, and consistent OCO execution.
  • Evaluate regime dependence, out-of-sample stability, and cross-market behavior.

Current boundary

This work informs our engineering methodology. It is not an investment service, a trading recommendation, or a claim of consistent profitability.

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