Face-video capture
Guided mobile capture designed to reduce motion, lighting, and framing issues that affect remote vital-sign estimation.
6+ years of healthcare research and engineering focus
Architecting next-gen healthcare sensing and enterprise IT.
Remedic combines veteran software engineering with focused healthcare research to build the foundation for contactless vitals, secure data flows, and responsible digital health products.
REMEDIC VITALS RESEARCH // v0.8
Prototype active
Heart rate
74 bpm
Stable signal
Perfusion proxy
0.82
Research model
Oxygen trend
99.2 %
Prototype estimate
Lead II + contactless photoplethysmography
25mm/s
10mm/mV
10mm/mV
Contactless rPPG
Camera micro-blush detection
Validation-first roadmap
Research prototype, not a medical device
Seed stage
Seed-stage health sensing company
Contactless health insights from a phone camera.
Remedic is building and validating a mobile prototype that reads short face videos, extracts remote photoplethysmography signals, and estimates health indicators such as heart rate, SpO2 trends, and stress index.
20+ yrs
Software leadership across complex, reliable systems.
rPPG
Research-led signal extraction from ordinary face video.
Mobile
Working prototype designed for fast iteration and validation.
Prototype capture
Face video analysis with rPPG and vision model pipelines.
Heart rate
72 bpm
SpO2 trend
98%
Stress index
Low
Signal quality
Good
What we have built so far
We are pre-product, but not pre-learning. Our current work is a functional mobile prototype focused on proving the sensing workflow, improving measurement quality, and preparing for clinical-grade validation.
rPPG signal pipeline
Computer vision and signal processing workflows that extract pulse-related color changes from face video and assess signal quality.
Health indicators
Experimental estimates for heart rate, SpO2 trend, stress index, and related wellness signals, with validation and safety as the next priority.
Research before scale
Healthcare deserves careful claims. We are studying where contactless sensing is reliable, where it fails, and how it can fit responsibly into patient and provider workflows.
Remedic is currently a research and prototype effort. Our prototype is not a
certified medical device and is not intended for diagnosis or emergency use.
1
Measurement quality
Improving robustness across lighting, movement, camera quality, and skin tones.
2
Clinical validation path
Designing studies that compare prototype outputs against trusted reference devices.
3
Privacy and trust
Exploring secure handling of sensitive video-derived health data from day one.
Built by software veterans, guided by healthcare realities
Our founding team brings more than two decades of software engineering experience: product architecture, mobile systems, data pipelines, reliability, integrations, and the discipline needed to move from prototype to production.
Deep engineering
We know how to build secure, maintainable systems that can survive real operational constraints.
Healthcare research
We have spent significant time studying contactless sensing, digital health risks, and validation requirements.
Partnership mindset
We are looking for clinical advisors, pilot partners, and seed investors who care about responsible health technology.
Let's validate the future of camera-based health sensing.
If you are a clinician, healthcare operator, researcher, or investor interested in early contactless vitals technology, we would be glad to share where we are and what we are learning.
Clinical and research advisors
Help us shape validation studies, safety boundaries, and responsible use cases.
Pilot partners
Explore whether contactless vitals can support remote care, screening, or wellness workflows.
Seed investors
Back an engineering-led team moving carefully from prototype to evidence.