AI-powered clinical intelligence that makes substance use treatment more personal, transparent, and effective.
See how it works ↓Substance use disorder is a chronic condition shaped by housing, employment, trauma, and social connection — not just pharmacology. Yet clinicians are forced to make treatment decisions from fragmented records and static assessments, defaulting to familiar protocols instead of strategies tailored to each person's real life.
We're building the tools to close that gap.
Our platform transforms fragmented clinical data into a unified, interactive view — designed for clinicians who need to see the whole picture, not just the last visit note.
Parallel, time-aligned tracks for pharmacotherapy, substance use events, and life context — housing, employment, trauma. Clinicians instantly spot temporal correlations that conventional records hide.
Modifiable risk factors displayed with model uncertainty front and center. "What-if" simulations let clinicians explore how changes in housing, social support, or medication adherence shift outcomes — before making decisions.
An agentic AI layer that continuously searches, evaluates, and synthesizes peer-reviewed literature — producing context-aware insights explicitly linked to the individual's history, not generic summaries.
Every clinical consideration can be traced to specific patient events or cited research. The clinician is always the decision-maker.
A neuro-symbolic architecture ensures every output is explainable and auditable — no opaque predictions, no unexplained scores.
The platform highlights trade-offs, risks, and evidence. It never issues autonomous recommendations — clinicians review, verify, and decide.
Personally identifiable information is redacted locally before any AI inference. The system operates within facility firewalls on dedicated infrastructure.
Built on SMART on FHIR standards, the platform connects to existing clinical workflows — no manual data entry, no parallel systems.
A family team spanning three countries, combining decades of addiction research with AI engineering and business strategy.
25+ years of substance use disorder research. Former PI on federally funded studies. Deep expertise in ethnographic methods and the social dimensions of addiction.
20+ years in AI/ML system design. Co-founded OtoSense (acquired). 150+ open-source packages. Specialist in interpretable, human-in-the-loop AI architectures.
15+ years of project management, product development, and marketing. Drives commercialization strategy and operational execution.
We're actively seeking research partners, clinical collaborators, and early adopters. If better tools for substance use treatment matter to you, we'd love to talk.
Get in touch →