Proof of Concept

Precision Path:
What our architecture builds

We built Precision Path on our own architecture to show what research-grade oncology CDS actually looks like. Three tumor types. 160+ pathway steps. 7,000+ computed survival baselines. It exists to demonstrate what we can build for your specific asset.

The problem worth solving

Your drug is approved. The eligible population is defined. So why isn't uptake tracking to your forecast?

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The grey zone between guidelines and decisions

Oncologists understand guidelines broadly. What they struggle with is applying them to the specific patient in front of them: genomic risk that cuts across anatomic risk, partial treatment courses, competing comorbidities. Guidelines don't resolve those questions.

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No numbers to hold onto

Physicians want to give patients something concrete. Instead they offer qualitative statements: "the trial showed benefit, and your situation is probably better than average." That's not satisfying for anyone in the room.

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Approval doesn't drive behavior

The evidence that persuades a regulator isn't always what moves a community oncologist at 4pm on a Friday. Real-world uptake requires tools that work at the point of decision, not just in the label.

How It Works

The architecture, in three steps

This is what our CDS pipeline produces: a structured clinical picture, run through an evidence engine, and returned as a personalized pathway that supports the decision a physician actually needs to make.

1

Structured Clinical Intake

Tumour characteristics, staging, receptor status, and genomic test results. Everything systematically captured in a comprehensive clinical profile.

2

Real-Time Evidence Engine

The patient's profile is matched against baseline NCCN 2026 guidelines, and then explicitly quantified using genomic signatures and published clinical trial outcomes.

3

Clear Treatment Pathways

A structured, step-by-step treatment pathway with survival projections, benefit analyses, and side effect management. Equipping care teams for shared decision-making.

Key Features

Everything you need in one place

Database Twin Architecture

The engine simultaneously powers two distinct experiences from a single source of truth (SSOT). Clinicians receive high-fidelity NCCN/ESMO data, while patients receive a 6th-grade reading level translation, ensuring shared decision-making without compromising clinical rigor.

Patient App Clinician App SSOT Schema

Quantifiable Survival Projections

We compute and visualize over 7,000 potential Kaplan-Meier survival curves, personalized to the patient's exact clinical profile, plotting 5-year and 10-year baseline outcomes.

Beyond Static Guidelines

NCCN 2026 is our baseline, not our ceiling. We map 25+ distinct clinical pathways and 160+ steps with real-time probabilistic outcomes.

Dynamic Marginal Benefit Calculation

Stop guessing at treatment efficacy. Our computational engine calculates the exact survival benefit of every intervention in real time, showing precisely how much value a specific drug adds to a patient's long-term prognosis.

Integrative Medicine

Evidence-graded complementary therapies (yoga, acupuncture, mindfulness) integrated alongside conventional treatments with safety interactions noted.

Side Effect Tracking

Comprehensive side effect profiles for every treatment, with proactive management strategies and when to seek urgent care.

Active Modules

Multi-Tumor Deployment

v4.6 Production

Breast Cancer

NCCN 2026-aligned decision support modeling 147 pathway steps, 19 distinct pathways, and over 6,900 survival curves.

  • Native integration with MammaPrint/BluePrint
  • Exact marginal benefit quantification
  • T1mi microinvasive & premenopausal OFS ladders
v1.3.0 Staging

Precision Path: GIST

Extending the core architecture to Gastrointestinal Stromal Tumors, featuring automated literature surveillance and advanced toxicity management.

  • Integrative Medicine & Toxicity Modules
  • Automated Literature Surveillance Agents
  • Neoadjuvant and Adjuvant KIT/PDGFRA pathways
Alpha

Precision Path: Kidney

The newest module in our Decision OS, bringing sharp focus to personalization and accuracy in settings where the adjuvant decision is critical.

  • High-stakes adjuvant decision support
  • Advanced State Management capabilities
  • Fully unified Core OS architecture

Interested in what this could look like for your asset?

If you're a pharma or diagnostics company thinking about real-world uptake, we'd welcome the conversation. Precision Path is the proof of concept. Your asset is the next step.