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Causal Portfolio Optimization
Causal AI for intelligent portfolio optimization Traditional portfolio optimization theories and machine learning-based portfolio construction are good in theory but fail in practice. This is ...
Read moreUnderstand key drivers of demand.
See the uncertainty in your demand forecasts and plan for optimistic and pessimistic market scenarios.
Simulate discrete scenarios in the macro environment to pressure-test your plans.
Understand the impact that different internal strategies (trade spend, marketing spend, distribution expansion, etc.) have on demand.
As underlying conditions change, domain experts can modify causal relationships that shape predicted outcomes.
The detection system identifies when external factors move outside of normal bounds, to notify data scientists to re-calibrate models.
Relying solely on internally-gathered data is no longer an option for forecasting your company’s demand. causaLen’s signal testing and causal discovery algorithms can search across a vast catalog of public and pay-walled datasets to identify the external data signals that are most relevant for your product portfolio across the different forecasting horizons, whether that be weather, competitive activity, or currency fluctuations in the short term, economic and consumer sentiment indicators in the medium term, or raw material prices and interest rate fluctuations in the long term.
causaLens’ Demand Planning application can then incorporate these external leading indicators into its forecasting engine while also allowing planners to simulate how demand changes when these external indicators shift.
5 steps to prepare for AI regulationsForecasts based on standard machine learning techniques only extrapolate from historical trends. It is easy for these techniques to build forecasting engines based on historical correlations, as these correlations are found everywhere. However, building models based on these correlative relationships – which tend to be fleeting, continually ebbing and flowing–results in fragile models that don’t perform well when deployed in the real world.
Instead, causaLens uses Causal AI to uncover the true drivers of demand to create predictive causal demand models. These models are robust, autonomously adapting up to three times faster than current state-of-the-art machine learning under regime shifts.
Add domain knowledge to your forecasts
Forecasting should never be left entirely to machines. Yet the backward-looking, black-box ML techniques do not allow for humans to input their knowledge.
Real-life expertise is essential when assessing how the future might deviate from historical patterns. Causal AI explicitly allows for the infusion of such specialized knowledge.
Strategic planners can now intervene and model new causal relationships, or simulate what would happen if historical patterns were to change.
Business teams, software developers, and data scientists can work as one team on deploying robust and compliant demand planning models.
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Causal AI for intelligent portfolio optimization Traditional portfolio optimization theories and machine learning-based portfolio construction are good in theory but fail in practice. This is ...
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AI model validation challenges: It can take up to two years from model inception to final acceptance by regulators.80-90% of models do not pass internal governance checks due to inherent model ...
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