Sonologi
Sonologi develops automated, hands-free ultrasound imaging technology designed for moving subjects. This system captures time-series medical grade imaging over multiple days to provide longitudinal insights. AI-powered analytics process this data to deliver actionable clinical information for medical decision-making.
- Artificial Intelligence
- Digital Health
- Hardware
- Healthcare Technology
Funding
Raised to date
$2.5MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Conventional medical imaging techniques offer only static snapshots of a patient's condition, failing to capture the dynamic changes in organ systems and physiological processes over time. This limitation hinders comprehensive understanding and timely intervention for various medical conditions.
Solution
Sonologi provides a continuous, wearable ultrasound imaging system that leverages high-resolution imaging and bioadhesive hydrogels to enable real-time physiological monitoring. The system delivers automated, hands-free ultrasound imaging for moving subjects, providing medical-grade data and AI-powered analytics for continuous insights. This technology facilitates a more complete understanding of a patient's health by capturing dynamic changes in real-time, supporting enhanced diagnostic precision and clinical decision-making. The wearable ultrasound patch adheres to the skin and uses ultrasonic waves to penetrate the skin and reflect off the wearer’s tissues and blood, relaying data to a processing unit.
Target Audience
The primary target audience includes physicians, hospitals, and researchers seeking continuous, real-time physiological monitoring for improved diagnostics and patient care.
Features
- Continuous, automated ultrasound imaging for real-time monitoring
- Bioadhesive hydrogels for secure and comfortable attachment to the skin
- High-resolution imaging capabilities for detailed visualization of internal structures
- AI-powered analytics for real-time insights and medical decision-making
- Wireless data transmission for seamless integration with monitoring systems
- Long-term monitoring capabilities, enabling the capture of physiological changes over extended periods
- Compact and wearable design for patient comfort and mobility