Freyya provides a wearable intra‑vaginal biosensor that simultaneously measures pelvic floor muscle contraction force and intra‑abdominal pressure, transmitting data via Bluetooth to a smartphone app for real‑time biofeedback. The platform stores encrypted data in the cloud and offers a clinician dashboard with trend analytics and alerts, enabling remote monitoring and therapy adjustment for women with pelvic floor dysfunction.
Funding
Funding not disclosed
Founders
Product
Problem
Women with pelvic floor dysfunction often lack continuous, objective data on muscle performance and intra‑abdominal pressure during everyday activities and exercise, making it difficult to tailor therapy and monitor progress outside the clinic. Existing biofeedback tools are typically stationary, require clinician presence, and do not capture dynamic loading conditions that trigger symptoms such as incontinence or prolapse.
Solution
Freyya offers an on‑the‑go pelvic floor monitoring system that combines a tampon‑shaped intra‑vaginal biosensor with wireless connectivity to a smartphone app. The device simultaneously measures pelvic floor muscle contraction force and intra‑abdominal pressure, transmitting data in real time for immediate biofeedback to the user and secure remote access for clinicians. By enabling continuous monitoring during stationary periods and moderate to vigorous exercise, the platform supports proactive therapy adjustments and tele‑health follow‑up. The cloud‑based analytics pipeline aggregates longitudinal data, generating visual reports that help clinicians assess treatment efficacy and intervene before symptoms worsen. The solution is designed for self‑administration, reducing the need for frequent in‑person visits while maintaining clinical oversight.
Target Audience
Primary users are women experiencing pelvic floor disorders—including postpartum patients, individuals with urinary incontinence, and those at risk of prolapse—and the physical therapists, urogynecologists, and OB/GYNs who prescribe and monitor pelvic floor rehabilitation.
Features
- Dual‑sensor intra‑vaginal module: one transducer captures pelvic floor muscle force, the other records intra‑abdominal pressure
- Bluetooth Low Energy (BLE) transmission to iOS/Android app for sub‑second biofeedback during exercises
- Real‑time visual and haptic cues guide users to achieve target contraction patterns
- Secure cloud storage with end‑to‑end encryption and role‑based access for clinicians
- Clinician dashboard provides trend graphs, event markers, and alerts for out‑of‑range measurements
- API integration compatible with telehealth platforms and electronic health record (EHR) systems via FHIR standards
- Battery‑operated, single‑use design with easy insertion and removal, minimizing user training requirements
- Patent‑pending technology validated by over 20 peer‑reviewed publications in pelvic floor biomechanics