Biomarker driven, agentic AI heart failure system of care
that is scalable to all patients in all care settings
to materially improve patient outcomes.
Our differentiation is in capturing an accurate (absolute and direct) biomarker of worsening heart failure with a low cost, simple-to-use, non-invasive device. This approach is highly scalable across diverse healthcare settings and patient populations.
The lung fluid biomarker directly supports Guideline Directed Medical Therapy (GDMT) optimization and easily integrates into existing clinician workflows.
Lifewave’s CardioConnect™ system-of-care engages and empowers patients and their clinicians to proactively manage acute and chronic heart failure in home and remote settings.
Our AI-powered platform automates and distributes clinician workflows to optimize time and addresses clinician burnout.
The LifeWave heart failure solution will be evidence-based and supportive of value-based care through current economic frameworks and our SaaS business model.
Investigational Device. Limited United States Law to Investigational Use.
CardioConnect™ Platform Solution
- Agentic AI platform supporting Personalized Care & Supervised Self-Management
- Worsening Heart Failure Biomarker with Lung Fluid Measurement
- Non-Invasive Direct and Absolute Measure
- 15 sec. Capture over Clothing - BMI Agnostic
- Actionable and Algorithmic Therapeutic Guidance
- Supports Fluid Stabilization and GDMT Management
Harnessing Agentic AI to Improve Heart Failure Patient Outcomes
LifeWave is building a system of care to improve the clinical outcomes of heart failure patients. Empowered by agentic AI, the system enables personalized care and patient self-management that stands to avert hospitalizations and improve healthspan in any setting, especially when cardiology care may not be available.
Among heart failure patients, episodic increases in lung fluid are the number-one factor driving ER visits and hospitalizations. A critical unmet need is identifying these fluid imbalances early, before symptoms, and titrating medication to avert feelings of sickness and hospitalization. Timing the integration of Guideline Directed Medical Therapy (GDMT) at optimized dosages is also a key unmet need affecting patient well being..
LifeWave’s patient facing agent and its integral GDMT algorithmic engine, reports diuretic and GDMT recommendations to the patient’s clinician for approval and EHR integration to inform a care plan that will stabilize fluids and optimize GDMT. The agent also facilitates the tracking of key vital signs, alerts, prompts, clinician communications, appointment scheduling, diet and physical activity recommendations, integration with wearables, medication management, HFSA/AHA search, and coordination with the patient’s caregiver agent. The agent is designed with human-centered behavioral intelligence to drive sustained patient self-management and adherence.
Following FDA approval of CardioConnect, LifeWave’s proprietary device for direct lung fluid measurement, the device will be integrated into the agent platform to provide an early-detection “ground-truth” heart failure biomarker – simplifying therapy, patient self-management, clinician management, and improving outcomes.
Medical Radar Technology
LifeWave has developed a broad base of intellectual property (nine issued USPTO patents) and expertise in medical radar which uses low-power, Ultra-Wideband (UWB) radio frequency (RF) energy for physiologic assessment. The LifeWave technology meets Federal Communications Commission regulations governing human RF exposure and UWB spectrum for a portable medical device.
Leadership Team
LifeWave Biomedical is led by a team of proven executives across cardiology, digital health, operations, and medical technology. With deep expertise spanning patient care, product innovation, commercialization, and large-scale adoption, the team is united by a mission to transform heart failure management worldwide. A team of proven leaders uniting clinical, operational, and technology expertise to transform heart failure care.


