Predictive signals
The model identifies statistically recurring market patterns and assigns each signal a confidence level based on its historical validation, rather than a simple price alert.
Quantitative analysis applied to cryptoassets
Corail Placange combines predictive models and rigorous backtesting to help finance and engineering students structure a rational approach to the cryptoasset market, far from the noise of social media.
Cryptoassets produce a constant volume of conflicting signals: announcements, isolated price movements, unverified comments. For a novice investor, distinguishing an actionable signal from an emotional market reaction requires an analytical framework, not an opinion.
Our comparison tables compare, for each asset tracked, the historical dispersion of daily returns and the frequency of validation of the signals generated by the model over the same period.
Each signal produced by Corail Placange results from a repeatable process documented at every step, rather than a black box.
Prices, volumes and on-chain indicators are aggregated from several market sources, then cleaned of outliers before any calculation.
The model calculates trend, volatility and liquidity indicators, updated regularly for each asset monitored.
The decision rules are tested over successive historical periods, in order to limit overfitting bias on a single market sequence.
A signal is only emitted if its historical validation rate exceeds a confidence threshold defined upstream and documented in the backtest report.
Volatility thresholds, position size limits and exit rules are set before execution, to reduce the influence of emotional decisions during the market.
Backtesting results reflect past performance, recalculated on historical data. They do not constitute a guarantee of future performance.
Three components work together to transform a mass of market data into structured decisions.
The model identifies statistically recurring market patterns and assigns each signal a confidence level based on its historical validation, rather than a simple price alert.
Each asset receives an updated score, calculated from its realized volatility, its liquidity and its correlation with the rest of the monitored portfolio.
The proposed allocation takes into account user-defined risk constraints, with rebalancing suggested when correlations between assets move significantly.
The test parameters are published to allow critical reading of the results, a necessary condition for any serious evaluation of a quantitative model.
| Parameter | Description |
|---|---|
| Asset Universe | Cryptoassets with sufficient capitalization and liquidity to limit execution risk. |
| Test window | Multiple historical periods, including phases of rise, fall and high volatility. |
| Rebalancing frequency | Adjusted according to the detected volatility regime, and not at an arbitrary fixed interval. |
| Comparison reference | Return on passively held assets over the same test period. |
Periods of high volatility identified in history trigger an automatic reduction in suggested exposure, documented in each backtest report.
A student with modest entry capital can set a maximum risk threshold per position. The model then proposes a reduced allocation to assets whose volatility score exceeds this threshold, without daily manual intervention. This example is provided for educational purposes and does not reflect a guaranteed result.
Investing in cryptoassets remains volatile, whatever the method used. Corail Placange tools reduce certain decision biases but do not eliminate market risk. No future performance can be guaranteed based on past data.
The platform is designed for progressive entry amounts. The scoring engine applies to the position size chosen by the user, with no minimum threshold imposed by the model itself.
Market data comes from recognized exchange platforms and on-chain data providers. Each source is documented in the methodological report associated with the model.
Corail Placange provides access to the complete model documentation and its backtesting results, for critical reading before any financial commitment.
Request access to the demoNo credit card required to view the documentation. Access to execution features remains subject to identity verification.