Market path
Normalized price series
Built from committed log returns and rebased to 100.
Live portfolio demo / quantitative research systems
This portfolio pulls three applied workflows into one public review surface: crypto volatility forecasting, quantamental factor research, and derivatives pricing. The site is backed by committed sample artifacts from the repository rather than placeholder marketing copy.
01 / Crypto Volatility Risk Engine
The crypto workflow uses committed BTC and ETH sample artifacts, so the public site stays fast and deterministic while still showing model behavior, risk thresholds, and overlay outcomes.
Market path
Built from committed log returns and rebased to 100.
Model state
Shows how the conditional process tracks the realized series and bridges into the 10-day forecast.
Risk readout
Overlay behavior
Overlay curve is measured over the strategy evaluation window only.
02 / Quantamental Equity Research Platform
This section packages the backtest window, factor exposures, and latest screening slate into one scan-friendly reviewer workflow instead of spreading the story across notebooks and CSV files.
Backtest result
Attribution
Regression betas show where realized performance actually loaded.
Snapshot
Latest screen
Rank combines factor score and classifier probability.
03 / Options Pricing Toolkit
The options section recreates the pricing logic in-browser so the live link does not degrade into a static screenshot. You can change contract assumptions and immediately see payoff and volatility sensitivity move.
04 / Review Path
The live link is the fast scan. The repository remains the source of truth for implementation detail, tests, and the original project pages.
Python packages, Streamlit dashboard, tests, notebooks, and sample outputs.
Project Page Crypto volatility writeupMethod, results, and run instructions for the volatility workflow.
Project Page Factor research writeupFactor construction, screening logic, and backtest framing.
Project Page Options toolkit writeupAnalytical formulas, numerical methods, and validation notes.