Quency provides software that integrates with any major ultrasound system to deliver true 3‑D/4‑D volumetric viewing and immersive video playback. The platform securely processes scan data, allowing clinicians to manipulate and present scans in real time, which improves patient‑centered communication, especially in prenatal imaging.
Funding
Funding not disclosed
Founders
Product
Problem
Ultrasound imaging often produces 2D slices that are difficult for clinicians and patients to interpret, especially for volumetric studies like prenatal exams, leading to limited diagnostic insight and suboptimal patient communication.
Solution
Quency offers a software platform that connects to any major ultrasound system and transforms raw scan data into true 3D/4D visualizations. The system securely receives the ultrasound feed, processes the volumetric data in real time, and presents interactive 3D models that clinicians can rotate, slice, and annotate within their existing workflow. By delivering immersive images, the platform enhances diagnostic interpretation and enables clinicians to explain findings more clearly to patients, particularly in prenatal care. The solution integrates seamlessly without requiring new hardware, preserving current equipment investments while adding advanced visualization capabilities.
Target Audience
Primary users are radiologists, obstetricians, and sonographers who need advanced visualization for diagnostic and patient‑communication purposes, as well as imaging centers seeking to upgrade their ultrasound capabilities without new hardware.
Features
- Compatibility layer that interfaces with all major ultrasound manufacturers’ systems
- Real‑time conversion of 2D ultrasound streams into interactive 3D/4D volumetric models
- Secure data transmission and processing pipeline that fits into existing clinical workflows
- Manipulation tools for rotating, slicing, and annotating 3D scans on standard workstations
- Export and sharing options for patient education, including video clips and interactive views