Member

Senphonix


Senphonix is a MedTech startup dedicated to transforming patient monitoring through intelligent, automated, and continuous vital signs tracking. Their mission is to close the gap between data and action in healthcare, enabling precision, clarity, and compassion for patients, clinicians, and healthcare systems. By leveraging breakthrough wearable technology and secure, cloud-based software, Senphonix aims to reduce clinician burden, improve patient outcomes, and drive efficiency across the continuum of care. The company is headquartered in Minnesota and Arizona, and collaborates with leading academic and healthcare partners to bring next-generation solutions to market.

Industries

N/A

Nr. of Employees

small (1-50)

Senphonix

59 Fourth Street West, Suite 21D, St. Paul, MN 55102


Products

Adhesive-free mesh vitals sleeve (prototype/MVP)

An adhesive-free, breathable mesh sleeve that wirelessly charges and continuously captures clinical-grade biosignals (heart rate, respiration, temperature, movement) and transmits encrypted data to a HIPAA-compliant cloud for EHR integration and alerting.

Expertise Areas

  • Continuous patient monitoring
  • Wearable biosensor design
  • Cloud-based clinical data platforms
  • EHR integration and interoperability
  • Show More (6)

Key Technologies

  • Wearable biosensors
  • Mesh/skin-like medical textiles
  • Wireless power transfer (wireless charging)
  • Bluetooth Low Energy (BLE)
  • Show More (6)

Key People

Co-Founder and Co-CEO

Co-Founder and Co-CEO

Clinical Affairs Consultant

Healthcare Policy Consultant

Med Device Technology Consultant


News & Updates

Senphonix holds an exclusive, worldwide license from the University of Arizona to the core intellectual property utilized in its SleeveSense product.

Market research conducted by MarketWise Advising in April 2025 validated a 98% market need/solution match for SleeveSense, with 95% confidence (n=402; +/- 5% error rate).

Senphonix's leadership team has deep experience in bringing breakthrough healthcare technologies to market and scaling them successfully.

Academic paper by Dr. Gutruf and colleagues on biosymbiotic platforms for chronic monitoring.

Academic paper discussing the challenges and opportunities in wearable biosignal monitoring.

Academic paper on electromagnetic design for wearable biosymbiotic devices.


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