
Technology
Headwater Science Studio suite powers every stage of the evidence lifecycle from interactive scientific analysis to causal and risk modeling, continuously updating disease libraries and governance infrastructure.
Built for researchers who need rigorous, reproducible, audit-ready results

Technology
Headwater Science Studio suite powers every stage of the evidence lifecycle from interactive scientific analysis to causal and risk modeling, continuously updating disease libraries and governance infrastructure.
Built for researchers who need rigorous, reproducible, audit-ready results
causalStudio™
An integrated environment for designing, executing, and communicating observational research — built around the methodological standards that regulators, HTA bodies, and reviewers now expect.
The platform operationalizes advanced causal inference methods — including augmented IP weighted estimators that address, time-varying treatments, informative censoring, selection biask missing data, and competing risks — so that methodological rigor becomes part of the workflow, not an afterthought. It supports pre-specification, reproducibility, and analytic transparency from study design through final output. Deployable across data environments, with no dependency on a single data source.
Headwater Science Reporting
An intuitive, interactive platform to visualize, stratify, filter, and publish analytical results — designed to present epidemiological study findings in a clear and compelling format for regulatory-grade evidence generation.
Supports descriptive tables of study populations, cumulative incidence and survival curves, Sankey and sunburst figures for treatment patterns, integrated commenting, project versioning, and selective access controls for collaborators.

Use Cases
Our technology has been applied across a range of study types — from negative control outcome assessments and trial emulations to external control arm construction and treatment adherence analyses.
Causal inference
Negative control outcome studies to assess treatment group comparability
Trial emulation to support label expansion
Emulating randomized trials for newly diagnosed immune thrombocytopenia
External control arms
Approaches to selecting time zero with multiple potential entry points
Treatment adherence
Estimating the effect of preventable treatment discontinuation on outcomes
Methods development
Using instrumental variables to address bias from unobserved confounders
Descriptive epidemiology
Lipid testing trends before and after myocardial infarction hospitalization
Why Headwater Science
Built by scientists
Developed by epidemiologists and statisticians
Regulatory track record
Used and validated in support of regulatory decision-making — not just research-grade software.
Data agnostic
Deploys across data sources and environments.
Defensible by design
Pre-specification, versioning, and audit-readiness are built into the workflow — not added at the end.

Contact us
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