R&D pipeline: Digital endpoints → AI → lifecycle evidence
A staged view of our R&D efforts—from endpoint thesis formation through AI intelligence and post-market
evidence workflows—built to support drug programs across therapeutic areas.
Endpoint thesis & feasibility
Identify where digital measures can materially strengthen endpoints and trial execution.
- Cardiovascular: HRV, arrhythmia burden, activity tolerance
- Oncology: fatigue, functional decline, cardiotoxicity signals
- Metabolic/obesity: activity, sleep, adherence patterns
- Respiratory: symptom-linked physiology, home monitoring
Digital endpoint development
Translate hypotheses into measurable, auditable endpoints for Phase II/III designs.
- Wearable-derived digital biomarkers
- Sensor-triggered ePRO / symptom capture
- Composite endpoints (sensor + PRO + clinical)
- Correlation vs. gold standards (ECG, echo, labs)
AI & evidence intelligence
Turn raw trial data into decision-grade insight for development and clinical operations.
- Compliance and adherence prediction
- Signal quality, missingness, and QC automation
- Early safety / tolerability pattern flags
- Protocol risk & feasibility modeling
Post-market & lifecycle evidence
Extend evidence generation beyond approval and strengthen long-term monitoring and RWE.
- Post-market clinical follow-up (PMCF)
- Real-world evidence (RWE) workflows
- Long-term safety and effectiveness monitoring
- Digital companion strategies for adoption
JPM Bio positioning statement
Delve Health invests in and develops digital endpoints and AI infrastructure that de-risk clinical
development, accelerate evidence generation, and improve post-approval adoption across multiple drug
classes.
We advance initiatives only when we can operationalize the full chain of evidence—signal integrity,
compliance, auditability, and correlation to clinically meaningful outcomes.
Drug classes and programs supported
Our R&D priorities align to areas where digital endpoints can increase endpoint sensitivity, reduce missing
data, and strengthen evidence packages for development teams and medical affairs.
Cardiovascular
Arrhythmia burden, functional tolerance, physiologic trends, patient adherence.
Oncology
Fatigue and functional decline, cardiotoxicity signals, symptom-linked monitoring.
Metabolic / Obesity
Sleep, activity patterns, behavior-linked adherence, sustained engagement at scale.
Respiratory
Home monitoring, symptom-linked measures, engagement support for chronic programs.
Attending JPM Bio events
If you are reviewing companies for JPM Bio access, we can share a concise overview of our R&D pipeline,
current programs, and how our digital endpoints and AI layers support drug development and lifecycle
evidence.