Precision Imaging
Capture ultra-clear images with AI-optimized beamforming algorithms, enhancing visibility for accurate diagnosis and clinical confidence.
ETHERX AI · SUSHRUT
Revolutionize medical imaging with SUSHRUT, a next-generation, AI-powered handheld ultrasound device delivering real-time, high-resolution diagnostics—anytime, anywhere.

SUSHRUT is more than a device-it's a paradigm shift in point-of-care diagnostics. Engineered for mobility, powered by AI and edge computing, and capable of delivering 2D, 3D, and Doppler imaging, it brings hospital-grade precision to even the most remote settings. Whether in emergency care, rural clinics, or advanced hospitals, SUSHRUT ensures real-time, accurate, and non-invasive diagnostics-without the cost or complexity of traditional machines.
Capabilities
Capture ultra-clear images with AI-optimized beamforming algorithms, enhancing visibility for accurate diagnosis and clinical confidence.
SUSHRUT instantly detects anomalies using edge AI, helping clinicians make faster, data-driven decisions at the point of care.
Switch between 2D, 3D, and Doppler modes for comprehensive diagnostic support across a variety of medical applications and specialties.
Designed for flexibility, SUSHRUT runs on rechargeable power-perfect for mobile clinics, ambulances, or rural healthcare facilities.
Compatible with multiple transducer types, allowing easy adaptation for different organ systems, body types, and use cases.
Export raw RF data for training AI models, conducting research, or enhancing diagnostics through custom algorithms and analytics.

SUSHRUT delivers high-resolution imaging and AI-powered diagnostics right at the point of care, no matter where you are.
Clinical & research
Enables early detection in dense breast tissue where mammography is less effective, especially for younger women.
Monitors fetal development with real-time, high-resolution imaging to ensure safe pregnancies and timely interventions.
Assists in fast and accurate detection of kidney stones, tumors, and cysts for effective clinical decision-making.
Supports Doppler imaging for precise measurement of blood flow and cardiac function in various heart conditions.
Identifies lodged bullets and foreign objects in emergency situations using fast, portable, high-resolution imaging.
Facilitates research with raw ultrasound data access for AI model training, testing, and algorithm development.

Extract raw ultrasound data in real time to train AI models, support academic research, and enhance diagnostic workflows across platforms.
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