Uscan

by EchoNous  · Based in United States → — AI-enhanced, portable & accessible point-of-care ultrasound.
Critical Care Emergency Medicine Urology

Contact for pricing
Regulatory Status Disclosed

Overview

Uscan, developed by EchoNous, is an intelligent, AI-driven bladder scanner designed to provide accurate bladder volume measurements. It was one of EchoNous’s initial intelligent medical tools, combining highly miniaturized ultrasound with machine learning for diagnostics. The device is portable and integrates with off-the-shelf tablets to display real-time, clear images. Uscan records 256 data slices of the bladder in a fanning motion, which are then processed through a vision-based algorithm to create a 3D model of the bladder for analysis. It aims to make bladder cancer scans faster, cheaper, and more accurate. Uscan was later integrated into the broader EchoNous platform, which has evolved into the Kosmos point-of-care ultrasound system, offering expanded AI-driven diagnostic capabilities across various medical specialties.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • AI-driven bladder volume measurement
  • Portable and handheld design
  • Real-time ultrasound imaging
  • 3D bladder model reconstruction
  • Easy-to-use interface with tablet integration
  • Automatic software updates
  • Data and ultrasound image outputs
  • Bluetooth connectivity
  • Optional anonymized data transmission for AI improvement
  • Durable and rugged design (for EchoNous products generally)

Use Cases

  • Accurate bladder volume measurement
  • Assisting in bladder cancer scans
  • Improving patient care in point-of-care settings
  • Reducing invasiveness in diagnostics
  • Supporting clinical decision-making for bladder management

What Physicians Need to Know

DICOM Support & Standards
Uscan, as part of the EchoNous Kosmos platform, supports DICOM standards for sending ultrasound images, clips, and encapsulated PDF reports via the DICOM Storage Service Class. It also supports Modality Worklist (MWL) and Structured Reports. A DICOM Conformance Statement is available to facilitate integration.
PACS Integration Method
The system integrates with PACS servers through configurable DICOM profiles, requiring network parameters such as Station AE Title, Server AE Title, Server IP Address, and Port Number. It is designed for seamless integration with digital radiology systems to archive images and avoid 'phantom scans,' ensuring images are easily saved and shared. Cloud PACS and workflow integration services are also offered.
Reading Room Workflow Impact
AI integration in Uscan and the Kosmos platform helps novice scanners achieve diagnostic accuracy comparable to experienced users, reducing the learning curve and improving confidence. AI-driven features provide real-time guidance for probe positioning, image quality grading, and automated anatomical labeling, streamlining workflows and enhancing clinical decision-making at the point of care. It supports both traditional 'order-based' and ad-hoc 'encounter-based' imaging workflows.
AI Model Architecture (deep learning approach)
EchoNous utilizes Convolutional Neural Networks (CNNs) for automatic detection and quantification, notably for urinary bladder volume. The AI platform is built on novel and deep learning techniques, providing features like AI-Assisted Ejection Fraction Workflow and AI FAST for automated anatomical labeling and view identification. The company has a robust framework for developing these algorithms and collaborates with leading AI academic institutions.
Processing Speed (per study)
The CNN's 'inference step' is computationally optimized to provide results sufficiently fast for clinical workflow. For bladder scanning, Uscan records 256 data slices per fanning motion, which are rapidly processed by a vision-based algorithm to create a 3D model. The aim is to make scans faster, cheaper, and more accurate.
FDA Clearance Pathway (510k/De Novo)
EchoNous has received FDA 510(k) clearance for its Uscan device and associated probes, such as the Lexsa probe, as part of its Kosmos imaging platform. The Uscan system and its predicates meet FDA requirements for Track 3 devices.
Supported Modalities (CT/MRI/X-ray/US)
Uscan is a diagnostic ultrasound (US) system. It supports non-invasive imaging for Abdominal, Musculoskeletal, Pediatric, Small Organ (e.g., prostate), and Peripheral Vessel applications, including automatic bladder volume determination. The broader Kosmos platform extends to cardiac, lung, vasculature, and nervous systems, offering 2D, PW, TDI, CPD, Color Doppler, and CW Doppler imaging with phased array, linear, and curved array probes.
Sensitivity & Specificity Data
Validation studies have been conducted for the Kosmos Bladder AI, evaluating the correlation between manual bladder volume determination and the AI algorithm in a clinical setting, as well as accuracy against high-precision industrial CT scanned phantoms. AI integration has shown to help novice scanners achieve diagnostic performance comparable to experienced users.
RSNA/ACR Validation
While direct RSNA/ACR validation studies for Uscan were not explicitly found, the ACR Commission on Ultrasound monitors handheld ultrasound as a disruptive technology and works on practice parameters. EchoNous conducts its own validation studies for its Kosmos platform and AI algorithms, and the Society of Point of Care Ultrasound (SPOCUS) has established best practices for POCUS, emphasizing AI-assisted capabilities.
Physician Tip

Leverage Uscan's AI-driven features to significantly reduce the learning curve for ultrasound, enabling faster competency and improved diagnostic confidence, especially for novice users. Utilize the real-time guidance for probe positioning and automated anatomical labeling to acquire standard views efficiently. Integrate the system seamlessly with your PACS to ensure all images are archived and accessible within the patient's EHR, facilitating collaboration and comprehensive patient care. The portability and rapid processing make it ideal for point-of-care assessments, enhancing clinical decision-making at the bedside. Consider the broader Kosmos platform for diverse applications beyond bladder scanning, including cardiac, abdominal, lung, musculoskeletal, and vascular imaging. Regular software updates, delivered over-the-air, ensure access to the latest AI enhancements and features.

Uscan and the Kosmos platform offer robust DICOM support, including Storage Service Class for images, clips, and PDF reports, and Modality Worklist integration. PACS integration is straightforward via configurable DICOM profiles, requiring standard network parameters. The system supports wireless connectivity for data export and software updates. It is designed to integrate with existing hospital IT infrastructure, including EHRs, by pointing to image locations in the PACS. Compatibility with both Android and iOS tablets provides deployment flexibility. EchoNous also offers workflow and cloud imaging integration services to streamline data flow and review.

Details

Category Radiology & Imaging AI
Pricing Contact for pricing
  • Contact EchoNous for current Uscan pricing
  • EchoNous's current Kosmos portable ultrasound systems range from approximately $7.7K USD for Kosmos Mobile, under $12K USD for the Kosmos Vascular Access bundle, and less than $21K USD for Kosmos Plus
DeploymentOn-premise (via tablet with pre-loaded software), with cloud integration for data storage and AI improvements.
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status 1 AI-estimated

EchoNous Vein, an ultrasound tool designed to integrate with Uscan, received FDA 510(k) clearance on July 11, 2018. The broader Kosmos system, which includes bladder scanning capabilities, also received initial FDA clearance, with subsequent clearances for probes like Lexsa in August 2021. Uscan itself, as an AI-driven bladder volume measurement tool, was part of the initial EchoNous platform that entered the U.S. healthcare market.

Integrations
EHR Not specified
Specialties Critical Care, Emergency Medicine, Urology

What the Web Says

Uscan, developed by EchoNous, is a portable ultrasound device that integrates artificial intelligence (AI) for enhanced imaging and diagnostic capabilities. It's particularly noted for its bladder scanning accuracy and is also used for general imaging, including cardiac, lung, and abdominal assessments. The device aims to improve efficiency and accuracy in point-of-care ultrasound (POCUS) by providing clear images and AI-driven assistance, especially for novice users. While some users praise its image quality and AI features, concerns have been raised about its pricing model, particularly the necessity of a cloud service subscription for saving images and potential product defects in earlier versions.

Overall: Mixed

Strengths

  • Top-tier image quality, comparable to cart-based systems
  • AI-driven software enhances accuracy and assists novice users
  • Excellent for bladder volume measurement with high accuracy
  • Offers advanced features like PW, CW, TDI, Color, and CPD capabilities
  • Durable and rugged design with an industry-leading 5-year warranty
  • Can improve cycle times for learning and reduce variance in POCUS examinations

Limitations

  • More expensive upfront compared to some competitors
  • Requires a cloud service subscription for saving images, preventing local storage and billing without it
  • Earlier versions reportedly had defects leading to error messages
  • Navigation within demo boards can be clunky with multiple use cases
  • Built-in video editing suite is limited
  • Some users find the resolution a noticeable downgrade compared to standing units for specific procedures

Based on reviews from: Reddit, Choose Washington State, HealthTech Magazines, EchoNous.com, Capterra, G2, Indeed.com, YouTube

Last updated: 2026-07-21

Ratings & Reviews

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Clinical Value
Ease of Use
Integration
Support & Docs
Value for Money

Press & Coverage

EchoNous
EchoNous Expands Kosmos Clinical Capabilities with Vascular Auto Flow; Advanced Cardiac and Connectivity Tools
EchoNous announced a new release for its Kosmos platform in June 2026, expanding its vascular, cardiac, and connectivity capabilities with features like Vascular Auto Flow and Tricuspid Valve Doppler Calculations. This update aims to streamline clinical workflows and deepen integration with enterprise imaging systems.
2026-06
EchoNous
AI-Assisted Ultrasound in Military Trauma Settings
A 2025 study published in Military Medicine, highlighted by EchoNous, found that AI-assisted ultrasound with the Kosmos device significantly increased confidence and image quality for minimally trained Army medics performing FAST exams, even if it didn't significantly speed up the process.
2026-01
EchoNous
A Guide to Bladder Scanners: Technology, Use Cases, and AI
This article from September 2025 discusses the evolution of bladder scanning technology, its role in patient care, and how AI advancements contribute to the current standard of care in nursing by providing immediate, objective data.
2025-09
EchoNous
One Ultrasound System for VA & Bladder Scanning
An April 2025 article highlights the benefits of integrating vascular access and bladder scanning into a single ultrasound device to streamline workflows, enhance patient comfort, and improve care quality.
2025-04
EchoNous
Top 10 Most Visited News and Blog Articles on EchoNous.com in 2024
EchoNous reviewed its most popular news and blog articles from 2024, covering topics such as POCUS in acute care, the impact of ultrasound on diagnosis, nephrology and point-of-care ultrasound, and the deployment of Kosmos units in Madrid.
2024-12
HealthTech Magazines
Game Changing AI in a Hand-held Tool
A January 2022 article highlights EchoNous' Uscan, an AI-driven device for bladder scanning and volume measurement, which is utilized by over 25% of healthcare systems and is accessible to 97% of the U.S. healthcare market.
2022-01
Choose Washington State
New EchoNous ultrasound device combines portability with artificial intelligence
An April 2018 article discusses EchoNous' Uscan device, which combines ultrasound with AI to make bladder cancer scans faster, cheaper, and more accurate, and has been adopted by approximately 20% of hospitals since its introduction.
2018-04
BioSpace
EchoNous Vein Receives FDA Approval, A New Innovation Designed for Nurses to Improve First-Time Peripheral IV Catheter Insertion
In July 2018, EchoNous announced FDA 510(k) clearance for EchoNous Vein, an ultrasound-based tool to improve peripheral IV catheter placements, which integrates with the Uscan bladder scanner to form the EchoNous platform.
2018-07

Videos

Product demos, reviews, and walkthroughs for Uscan.

View all on YouTube

Frequently Asked Questions

Uscan is an intelligent ultrasound device that uses computer vision algorithms to provide accurate 3D bladder volume measurements and real-time imaging for various applications like urology, emergency, and maternity. It offers real-time user guidance, aiming to reduce training needs and enhance point-of-care clinical decision-making. Its connectivity with EHR systems facilitates fast and reliable image management and interoperability.
Uscan received U.S. Food and Drug Administration (FDA) 510(k) clearance in 2016, indicating it meets regulatory standards for medical devices. While specific data privacy protocols are not detailed in the provided information, medical devices with WiFi and Bluetooth connectivity, designed for EHR interoperability, are expected to adhere to relevant data security regulations like HIPAA.
Uscan is designed to exceed historical industry standards for bladder volume measurement accuracy, acquiring up to 256 bladder slices compared to conventional scanners. Its AI-powered real-time user guidance and ease of learning aim to reduce the need for extensive training, making it more accessible for various clinicians and potentially reducing the delays and expense of engaging specialized ultrasound equipment or sonographers.
While specific pricing for the medical device Uscan is not provided in the search results, its design as an ultra-portable and easy-to-use device suggests potential for cost savings by reducing the need for specialized equipment or extensive training. The economic value would stem from improved diagnostic accuracy, efficiency, and expanded access to high-quality imaging at the point of care, potentially leading to more confident clinical decision-making.
As an AI-powered diagnostic aid, Uscan provides intelligent visualization and high-accuracy measurements, but it serves as a tool to enhance understanding and support clinical decision-making. Human oversight remains crucial for interpreting the results in the broader clinical context and making final diagnostic and treatment decisions. The technology aims to reduce skill barriers in ultrasound but does not replace clinical judgment.
Initially focused on bladder care, Uscan can also be leveraged for a range of applications including urology, the emergency department, maternity, pediatrics, oncology, rehabilitation, aged care, and home nursing. The underlying AI technology, computer vision algorithms, has the potential for broader diagnostic imaging applications, as seen with other AI-guided ultrasound systems that aim to democratize access to diagnostic-quality imaging.

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Suggest an Edit → | Last Verified: 2026-04-21 | First Added: 2026-04-21
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