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X-ray Image Management & Analysis Software

Radiology workstation showing a hand X-ray, patient and study details, and additional image views.

  • Industries

    • Healthcare
    • Robotics & Hardware

  • Company

    Orthopedic practices often depend on separate imaging centers, which means waiting for results and switching between disconnected systems. The solution addresses this with a portable X-ray device paired with software that manages images captured right at the point of care - in the clinic or even during at-home visits.
    The device is paired with clinical software where every capture lands automatically. Physicians, operators, and medical assistants use it to upload, view, annotate, and analyze images, document exams, work with radiologists, and manage the devices used across all practice locations. Studies from other modalities, such as MRI and CT, can be added as well, and AI-assisted analysis is available right next to the image.

  • What We Did

    We designed the software from scratch, turning a new X-ray device into a complete clinical workflow. Our team mapped how images move through a practice - who creates the exam, who reviews it, who needs access, and where the device fits in - and designed every interface along that path.

    • Web application - patient list, studies, worklist, patient profiles, a full-screen image viewer with annotation and measurement tools, exam creation, and exam review.
    • AI and advanced imaging - bone age analysis with growth charts, fracture detection results, and a multi-plane viewer for MRI and other volumetric studies.
    • Device-related flows - capture parameters inside each study, DICOM import, background uploads, and status notifications.
    • Admin panel - practices and locations, user roles and permissions, orders, and a fleet view with firmware, status, and security settings for every device.
    • Collaboration tools - verified image sharing, teleradiology requests, and matching patient records with EMR data.
    • Mobile and tablet apps - the worklist, studies, and annotation tools adapted for smaller screens.

    Throughout the project, the focus stayed on clinical clarity: medical data had to be easy to read, quick to act on, and protected at every step.

Challenges

  • 01

    Covering the Entire Life of an X-ray Image

    Images captured by the device had to lead somewhere meaningful, not end up in an isolated viewer. Our task was to connect capture, upload, storage, review, analysis, and device administration in one product that follows how practices actually use the hardware, while each individual flow stays clear and easy to complete.

  • 02

    Keeping Clinical Work Quick and Dependable

    Operators, physicians, and medical assistants rarely have time to look for information. We organized exam creation, image review, and annotation tools around their daily tasks, so the right images are easy to find, findings are added in a few actions, and an exam can be closed without unnecessary steps.

  • 03

    Securing Patient Data Without Blocking Collaboration

    Medical images must stay protected, but care teams still need to pass them between colleagues and radiologists. The goal was to create login, permission, and verified sharing flows that keep patient information safe while letting the right people access it without delays.

Laptop displaying a hand X-ray with patient details and a column of related radiographs.

Patients, Studies & Worklist

Three connected views organize the daily flow of a practice. The patient list, the studies library, and the worklist with scheduled and in-progress orders all share the same search, filters by date, practice, physician, operator, and modality, and flexible sorting, so teams can move from today’s schedule to any past study in seconds.

X-ray worklist with search, date filters, patient records, procedures, and study statuses.
Studies dashboard showing a searchable gallery of radiographs grouped by date.

Patient Profile

Each patient has a single page that collects personal details, the latest AI analysis results, and all past studies grouped by date. Physicians get a complete picture of the patient’s imaging history without switching between screens or searching through the library.

Patient profile with bone age results and a gallery of previous X-ray studies.

Image Viewer & Annotations

A full-screen viewer lets physicians examine each capture in detail and move between images from the same study. Tools for text, arrows, freehand drawing, laterality markers, and distance and angle measurements help mark findings directly on the image, while capture parameters such as tube voltage, exposure time, and dose stay available in a side panel.

X-ray annotation editor with drawing tools, a selected region, and a text label on a hand image.

AI Bone Age Analysis

For pediatric hand X-rays, the software displays AI-powered bone age estimates and highlights the analyzed regions on the image. Physicians compare the prediction with chronological age, confirm their own diagnosis, and track growth through height and weight charts and a history of previous assessments. Fracture detection results are presented in the same clear format.

Bone age analysis screen with a hand X-ray, measurement markers, age results, and a growth chart.
Fracture detection screen highlighting findings on a hand X-ray beside study details.

Multi-Plane MRI Viewer

Volumetric studies open in a viewer with axial, coronal, and sagittal planes. Physicians switch between single, side-by-side, and grid layouts, scroll through slices, rotate planes, and adjust contrast, keeping patient, study, and capture details one click away.

Medical image viewer displaying four brain MRI views with plane controls and study details.

Exam Creation & Review

Operators set up a new exam by choosing an existing patient or adding a new one, then assigning the provider, facility, and body part, with separate flows for in-office and at-home visits. Once images are captured, physicians see patient details, operator notes, and questionnaire answers alongside the study, add their review, close the exam, or send selected images to teleradiology - keeping the whole process, from setup to diagnosis, in one place.

Exam setup form with patient information, exam details, and a body diagram with the hand selected.
Teleradiology sharing dialog with patient and physician details, selected X-rays, and sending instructions.

Secure Image Sharing

Physicians can share studies with colleagues outside their practice in a few steps. Recipients confirm access through phone or birth date verification, and shared images expire automatically, making collaboration simple while keeping patient data protected.

Send images dialog with physician contact fields, patient and ordering physician details, and selected radiographs.
Secure access dialog asking a recipient to verify a physician’s phone number before viewing shared images.

DICOM Import

Practices can upload existing studies from disk as files, folders, or archives. The import flow separates supported and unsupported files, explains validation errors, and continues uploading in the background, with progress and results available from notifications.

DICOM upload dialog with a practice selector, file drop area, and upload validation results.
Notifications panel showing DICOM study processing progress and completed or failed uploads.

Fleet & Practice Management

The admin panel gives practices full control over their devices, locations, and team. Each device is listed with its model, assigned location, firmware version, and online status, while roles, permissions, and device security settings such as required login, PIN access, and USB export are managed from one place.

Fleet management table listing imaging devices, locations, firmware versions, and online statuses.
User management table with account roles, status, two-factor authentication, and access settings.

Mobile & Tablet Experience

Core workflows are also available on phones and tablets. Teams can check their worklist, browse studies, annotate images, and share them with other physicians, keeping imaging within reach beyond the desktop.

Mobile device management screen with search and filters, active device cards, and an Add Device button.
Mobile X-ray viewer showing exam details, a hand radiograph, related images, and navigation controls.

Conclusion

From a single capture to a fully managed device fleet, the software supports every stage of working with X-ray images. Physicians gained a focused space to review, annotate, and analyze studies with AI support, operators a structured way to start exams, and administrators clear control over users, locations, and devices.

By organizing complex medical information into calm, readable interfaces, the product helps practices spend less time searching for images and more time with patients - giving a new X-ray device the software it needs to become a natural part of clinical work.

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