EchoNous, Inc.
EchoNous is dedicated to redefining Point-of-Care Ultrasound (POCUS) by integrating advanced ultrasound technology with industry-leading AI. Their mission is to make ultrasound more accessible, more capable, and easier to learn, thereby improving patient outcomes and expanding healthcare access worldwide. They develop intelligent medical tools, including the Kosmos handheld ultrasound device, which offers diagnostic-quality scans with AI guidance, and the AI Station™ platform designed to lower healthcare costs and enhance clinical workflows. EchoNous also partners with UltraSight to improve cardiac imaging accessibility and has launched an online ultrasound education platform to streamline training for medical professionals.
Industries
Nr. of Employees
medium (51-250)
Patents
Automatically establishing measurement location controls for doppler ultrasound
US-12213840-B2
View DetailsAutomation-assisted venous congestion assessment in point of care ultrasound
US-12144682-B2
View DetailsSystems and methods for automated physiological parameter estimation from ultrasound image sequences
US-12089988-B2
View DetailsUltrasound image recognition systems and methods utilizing an artificial intelligence network
US-12062426-B2
View Details
Automatically establishing measurement location controls for doppler ultrasound
US-12213840-B2
View DetailsAutomation-assisted venous congestion assessment in point of care ultrasound
US-12144682-B2
View DetailsSystems and methods for automated physiological parameter estimation from ultrasound image sequences
US-12089988-B2
View DetailsUltrasound image recognition systems and methods utilizing an artificial intelligence network
US-12062426-B2
View DetailsProducts
Ultraportable handheld ultrasound system
Handheld ultrasound system offering cart-comparable imaging and Doppler modalities in a portable form factor for bedside and mobile use across specialties.
Automated bladder-volume calculation module
Software module that estimates urinary bladder volume from ultrasound images using automated calculation workflows.
Portable POCUS kits and mobile configurations
Pre-configured portable kits including a compatible tablet, a selection of probes, carrying case and optional medical-grade stand for mobile clinical deployments.
Ultrasound educational application and platform
Software application and online portal for training that provides guided scanning workflows, AI feedback, assignment submission and instructor review tools.
Clinical docking station and AI station (cart system)
Docking and cart platform designed for nursing and clinical workflows with a low-profile footprint, probe cord management channels and chemically resistant materials for infection control.
Ultraportable handheld ultrasound system
Handheld ultrasound system offering cart-comparable imaging and Doppler modalities in a portable form factor for bedside and mobile use across specialties.
Automated bladder-volume calculation module
Software module that estimates urinary bladder volume from ultrasound images using automated calculation workflows.
Portable POCUS kits and mobile configurations
Pre-configured portable kits including a compatible tablet, a selection of probes, carrying case and optional medical-grade stand for mobile clinical deployments.
Ultrasound educational application and platform
Software application and online portal for training that provides guided scanning workflows, AI feedback, assignment submission and instructor review tools.
Clinical docking station and AI station (cart system)
Docking and cart platform designed for nursing and clinical workflows with a low-profile footprint, probe cord management channels and chemically resistant materials for infection control.
Services
Deployment and integration of real-time tele-ultrasound workflows that combine handheld imaging with telehealth platforms for remote diagnosis, specialist guidance and education.
Integration services connecting handheld ultrasound outputs to cloud PACS, image review platforms and workflow tools to enable centralized storage, review and tele-review.
Provision of an online education platform and software tools that deliver AI-augmented training, performance analytics, assignment management and QA templates for ultrasound curricula.
Technical and commercial services to integrate external AI models for cardiac image acquisition assistance, automated quality assessment and diagnostic augmentation.
Deployment and integration of real-time tele-ultrasound workflows that combine handheld imaging with telehealth platforms for remote diagnosis, specialist guidance and education.
Integration services connecting handheld ultrasound outputs to cloud PACS, image review platforms and workflow tools to enable centralized storage, review and tele-review.
Provision of an online education platform and software tools that deliver AI-augmented training, performance analytics, assignment management and QA templates for ultrasound curricula.
Technical and commercial services to integrate external AI models for cardiac image acquisition assistance, automated quality assessment and diagnostic augmentation.
Expertise Areas
- Point-of-care ultrasound (POCUS) imaging
- AI-assisted ultrasound guidance and automated quantification
- Tele-ultrasound and remote diagnostic workflows
- Acute-care POCUS protocols and rapid diagnostics
Key Technologies
- Deep learning for image guidance and quantification
- Pulsed-wave and continuous-wave Doppler
- Tissue Doppler imaging
- Color and power Doppler
News & Updates
Partnership to expand access to point-of-care ultrasound in Japan, leveraging Cardinal Health's distribution network.
A modern standard of care in vascular access techniques, emphasizing safety and effectiveness.
Partnership to expand access to point-of-care ultrasound in Japan, leveraging Cardinal Health's distribution network.
A modern standard of care in vascular access techniques, emphasizing safety and effectiveness.