Access a state-of-the-art Causal AI toolbox allowing you to answer the toughest business questions in a trusted and explainable way.
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Human Guided Causal Discovery
Collaborate to learn your causal graph.
Collaboration is key to developing an accurate representation of the cause and effect relationships within your data. decisionOS provides you with a range of causal discovery algorithms to learn your causal graph from data. decisionOS then provides a simplified user interface for domain experts to add, edit, and review causal relationships. This allows for a rapid and iterative discovery making use of both state of the art algorithms and deep domain expertise.
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CausalWorkflow.discover_causal_graph(data, config) Causal Model Discovery
Build trusted models.
Many machine learning initiatives fail due to a lack of trust. decisionOS builds trust using white-box causal models which can be readily explained: allowing you to drive to the “why” of model outcomes. Constraints placed on models act as guardrails to prevent unexpected behaviors, while human expertise enforces models which better capture real world phenomena.
Leverage our doubleML package to build robust causal models – learn more.
Learn More about Structural Causal ModelsLearn more about causaLens Decision Trees
from causalnet import CausalNet cnet = CausalNet() cnet.train(...) cnet.interventions .do(...)
Decision Intelligence Engines
Translate model output into quantitative, actionable recommendations.
Causal models enable interventions and counterfactuals to be calculated. These allow you to answer “why” and “what-if” questions about business critical scenarios.
Decision Intelligence Engines use interventions and counterfactuals to translate model output to quantitative, actionable recommendations.
- Learn more about Decision Optimization
- Learn more about Causal Effects
- Learn More about Causal Fairness
- Learn More about Root Cause Analysis
Causal Effects
Quantify how interventions impact different groups within your data.
Decision OptimizationDiscover optimal interventions for a given objective.
Causal Fairness & BiasDetermine how discrimination can occur within your data as you perform interventions and actions.
Root Cause AnalysisUnderstand the underlying reasons for why certain outcomes occur.
Time Series Modeling
Leverage Causal AI packages built specifically for time-series
Our platform helps data scientists efficiently address the nuances of working with time-series data across the modeling pipeline including:
- Causal Feature Engineering for discarding spurious correlations within raw, stationarized & transformed features
- Causal Discovery Algorithms that are designed specifically for time-series
- Time Series Causal Graph Viewer & Editor
- Do-Calculus in a time-series setting for accurate estimation of interventions & counterfactuals
- Synthetic controls for attribution of causal effects of an intervention over time
- Root Cause Analysis that takes temporal causation into account
Learn more on Causal AI modeling with time-series
Causal AI Features
Expansive Causal Ecosystem
Open Source Integrations
Self Service Development
SOC2 & HIPAA Data Protection
Scalable Kubernetes Compute
Multi-Cloud Native
Pre-built Templates and Examples
Powerful Time Series Engine
Causal AI is Disruptive, Trusted Technology
Causal AI is a fundamental scientific breakthrough and causaLens’ vision for Causal AI extends far beyond decision making. causaLens has the potential to disrupt a vast range of sectors and industries and has already demonstrated the value of its Causal AI technology in biological applications such as the discovery of cancer biomarkers.
Nicholas Chia, Ph.D (Personal View), Associate Professor of Surgery
We contacted causaLens because many problems have different causes and require different treatments… [and] we were looking at causal models that can give us an optimized design with multi-cause, multi-treatment.
Antoine Bertoncello, Head of Next Gen AI
Frequently Asked Questions
How does Causal AI differ from traditional machine learning approaches?
Causal AI allows you answer both interventional and counterfactual questions, as opposed to purely correlational ones. This means you can understand the true impact of changes on outcomes in a way which is not possible using traditional machine learning approaches. You can learn more about how the two differ by visiting Why Causal AI?
Can I use decisionOS with open source causal packages?
Yes absolutely. decisionOS already has a number of integrations to popular open source packages such as DoWhy and EconML. Furthermore, decisionOS provides interfaces which can be readily extended to work with further open source methods.
What sort of problems can Causal AI be applied to?
Causal AI is a horizontal technology, and enables you to answer questions about how your intervention within a system would impact the outcome. Causal AI can be applied across many different industries and use cases.
Ways to get started
Book a demo
Book a personalized demo to see our decision-making AI powered by Causal AI in action.
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Resources
Read our white papers, case studies, and research to gain new understanding in the world of Causality.
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