Alternatives to Synapsica

Vitrea software is a multimodality vendor agnostic advanced visualization system that provides comprehensive applications in a variety IT environments. It can be used for standardization at multiple sites as well as single-site standardization. Vitrea Advanced Visualization is a tool that can standardize and consolidate radiology IT. Global Illumination, an alternative 3D rendering technique, helps to provide a more photorealistic view on human anatomy. These images can be shared and acquired by users for communication and education. Advanced imaging tools such as semi-automated measurements and in-suite 3D viewing allow physicians to access patient information from anywhere at any time. Radiologists can share images across their entire enterprise.

ProtonPACS, a picture archiving solution, manages image storage, distribution, and optimizes workflow throughout the organization. It offers front and back-end patient management solutions that reduce manual and/or duplicate patient information entry. Integration of HL7 to information systems (EHRs, RISes, etc.) The platform includes this feature. ProtonPACS includes Intelerad's Inteleviewer. This diagnostic viewer gives radiologists and other healthcare professionals the tools to optimize images and change layouts, measure critical points, perform image reconstructions, and create key images. Radiologists can use the integrated speech recognition engine and worklist to create reports for referring doctors. Both reports and images are accessible via any web-enabled device from the system's portal. ProtonPACS uses a secure hybrid model that combines on-premise hardware and cloud hosting.

Fovia Ai’s F.A.S.T. aiCockpit, an AI viewer, provides efficient navigation, visualization and interaction with AI results derived from multiple vendors and algorithms. All this is done via a consistent user experience and fewer clicks. It allows users to interact and visualize all their algorithm results on one convenient interface. This provides a streamlined experience for clinical specialists and radiologists. The platform uses the latest interoperability standard to deliver physician-validated findings from AI orchestrators to PACS and reporting systems. It supports multiple AI formats including DICOM Structured reports, DICOM Key images, DICOM GSPS and DICOM segmentation object. F.A.S.T. aiCockpit is a cloud-ready framework that delivers AI-assisted results in radiology anytime and anywhere. It can be accessed from any web-enabled internet browser. Users can complete their AI offering with just one integration.

WRDensity aids radiologists in interpreting breast densities to ensure uniform density assessments at the practice level. Its goal is to aid in early detection1 and give patients peace of mind through consistency, confidence, quality, and care. WRDensity was trained with deep learning based upon over 600,000 images taken by Mallinckrodt Institute of Radiology. This is one of the most respected radiology research institutes in the world. WRDensity's powerful deep-learning model is able to accurately classify breast density. The batching and sorting feature of WRDensity can increase productivity by up to 20% for users. WRDensity can be accessed within the existing workstation of radiologist, making relevant information about tissue density available in context.

Solventum Fluency for Imaging is an AI-powered radiology reporting solution that combines top-ranking speech recognition technology with real-time clinical insights, workflow management, and productivity-enhancing tools to improve quality, efficiency, compliance, and cost control. The software preserves the natural workflows of radiologists and converts their dictation to high-quality, structured documents that are searchable, shareable, and clinically encoded. It uses natural language understanding (NLU) to contextually understand radiologists' dictations. It also features computer-assisted doctor documentation, which provides automated, interactive insights within the reporting process. The solution includes customizable templates, personalized macros, and workflow extensions like actionable findings management, peer review, and workflow extensions. These features help to accurately capture, document, and deliver patient outcomes.

Made by Radiologists for Radiologists. Radiologists can use AI to save time, reduce burnout and improve patient care. Rad AI Continuity closes loop on follow up recommendations for radiology reports with significant incidental findings. This improves patient outcomes, reduces the health system's liability, and creates new financial value. There are up to 35% fewer words to be dictated and 60+ minutes saved per shift. Our solutions increase efficiency and capture revenue opportunities that are not being taken advantage of. The company was founded by a team of experts in AI and healthcare, and is trusted by the nation's top radiology groups.

MiNNOVAA, a medical technology company, provides solutions in the fields of medical imaging software and image exchange. Our motto is "medical imaging innovation" and our key characteristic, the agility and cutting edge technology we use to develop our solutions. Our primary focus areas are medical image viewer, radiology work flow, and artificial intelligence for diagnostic reporting. Our team of 20 programmers, product managers, marketing, sales, call center, technical support, and administration colleagues, is young and dynamic. We strive to make a major contribution to healthcare and medical imaging. Our clinical imaging IT solutions are geared towards mid-sized hospitals and imaging centers. They offer a wide range of features including DICOM web viewers, imaging workstations (multi-platform), and integration with EHR/EMR/HIS.

Radiologists and doctors can view digital images using a web-based DICOM viewer. You can get the exact image you need to make a diagnosis. The studies can be shared among radiologists, surgeons, doctors, and patients without the need for film printing. The interface is intuitive and simple to use. It also includes image-viewing features such as zooming, rotating and annotation. You can compare two sets of images using any combination from coronal, sagittal, or 2D views. You can get frequent upgrades and enhancements to the viewer at no charge. Use customized templates that include annotations images to improve patient care and productivity. An easy-to-use, connected radiology experience. BeWell Digital cuts down the time it takes to integrate between systems.

Flexible, vendor-neutral medical imaging workflow rules engine that allows radiologists to consolidate interpretations and quality tasks in single- or multi-system environments. This will promote visibility and communication. A solution that automatically assigns the best-suited physician to each study will align demand and supply. A smart, universal worklist that combines quality and interpretation tasks in one place encourages collaboration across the enterprise. You can boost performance by using best practices workflows that allow for faster turnaround times and shorter stays. Use the best-of-breed AI algorithms to accelerate exams and improve turnaround times for urgent studies. Use standardized and custom workflows to improve quality for anonymous peer review and technologist review, critical result review, critical results review, critical results review, and Mammography image review.

Qure.ai’s qLC Suite is an AI-powered tool designed to improve early detection and management for lung nodules. This will allow for timely intervention in lung cancer. The suite provides precise quantification, comprehensive characterisation, and 3D visualisation of lung nodules to ensure that no opportunities for early intervention are missed. It supports both incidental screening and targeted screening, by locating and measuring nodules with just a click. It also tracks volumetric growth in time, which helps monitor nodule progression. The qLC Suite integrates seamlessly with existing workflows and provides rapid analysis and reports to support clinical decisions. Comprehensive lung nodule platform that allows for care coordination via smart prompts, AI-annotated chest CTs and X-rays, cross-departmental scanning sharing, and custom notifications.

HeartFlow's personalized non-invasive cardiac test gives physicians a better understanding of the coronary arteries in each patient, allowing them to develop more effective treatment plans. The HeartFlow FFRCT Analysis begins when a patient undergoes an ordinary coronary computed-tomography scan in a hospital or imaging centre. The CT images are uploaded securely to our cloud. We then use artificial intelligence and advanced algorithms to create a digital model of the patient's coronary vessels. Our highly-trained analysts inspect this model and make any necessary edits. The HeartFlow pathway uses physiologic principles, computational fluid dynamics and the patient-specific model to calculate the blood flow and the FFRCT values. We follow well-established and rigorous protocols throughout the process to ensure consistency in processing for each patient.

CARPL.ai, a vendor-neutral artificial intelligent platform, allows radiologists to access and integrate radiology AI into their clinical practice. The platform offers more than 140 AI applications from over 60 vendors. This allows for the discovery, exploration and validation of AI tools. CARPL.ai offers a single user interface and technical integration, allowing for the adoption of multiple AI applications. It supports cloud-based deployments and on-premise deployments to ensure adaptability to different clinical environments. The platform offers a universal AI Viewer for viewing, editing and annotating AI results. It also offers pre-deployment and post-deployment testing to ensure optimal performance over time. CARPL.ai seamlessly integrates with existing Picture Archiving Communication Systems (PACS), improving patient care, reducing turn-around times, and improving diagnosis accuracy.

ExacTrac Dynamics unites the power and precision from cutting-edge tracking technology. High-precision treatments are available for a wide variety of patient positioning and monitoring workflows, including cranial or prostate. The revolutionary thermal-surface camera technology in this all-in-one system works in tandem with real time X-Ray tracking to provide extraordinary accuracy. The 4D Thermal Camera creates an extremely accurate and reliable hybrid thermal-surface by linking the patient's heat signature with their 3D surface reconstruction. This is possible by acquiring 300,000 3D surfaces points and matching them to the heat signal generated from the thermal camera. This creates another dimension to track their position.

Altris AI, a cloud-based AI-powered clinical support system, is designed to help eye care practitioners interpret OCT scans and make decisions. The platform detects rare biomarkers and pathologies in the retina, and automates selection of pathological OCT images. It has features like severity detection, retinal layer thickness analysis and layer segmentation. It also offers automatic and manual measurements. Altris AI supports DICOM, JPEG and PNG data formats and is compatible with all OCTs. The system is FDA cleared, CE-certified and GDPR compliant. It also adheres to HIPAA standards. By integrating Altris AI in their practice, eye specialists can improve patient triage and enhance diagnostic accuracy. They can also monitor disease progression more effectively.

RadioView.AI, a cloud-based PACS solution for enterprise imaging, is a cloud-based enterprise imaging solution. Value Proposition: Our web-based, multi-site PACS, accessible through mobile apps for iOS and Android, allows radiologists to read for multiple sites and work together on a single location, improving medical access and reducing the need for print studies. It also streamlines workflows for residents, attending co-reading, and residents. RadioViewAI Automated Radiology Report Generation revolutionizes radiology reports by transforming key data into comprehensive reports and eliminating the need for traditional transcription. This advanced AI technology increases efficiency by reducing the amount of time radiologists spend speaking by up to 80%. This allows them to focus on images instead of keyboards. It increases revenue by 50% and automates billing using ICD-10 and CPT codes. RadioViewAI ARRG also provides patient-friendly summaries written in plain English.

Medis Suite XA provides X-Ray angiography solutions. Medis Suite XA has a workflow based upon over 30 years of experience in cardiovascular imaging analysis. It includes a viewer, various coronary, vascular, and integrated reporting modules. Angiograms that allow for the analysis of peripheral and coronary vessels (QCA, QVA). The analysis of left- and right ventriculograms, QLV and QRV. Innovative QFR®, a measure of functional significance of lesions without the use of adenosine or a pressure wire, is an innovative QFR®. Integration in healthcare IT environment is seamless and easy connection to the DICOM network.

Google Cloud's Medical Imaging Suite was designed to help organizations transform their imaging diagnostics through making imaging data more accessible, interoperable and useful. The suite provides a compliant, secure, fully managed service to manage healthcare data in DICOM, FHIR and HL7v2 formats, as well unstructured natural language text. Cloud computing makes it easier and cheaper to store and share large libraries that contain medical images. Cloud Healthcare API allows for the reading of DICOM instances, series, and studies that adhere to the DICOMweb standard. The suite also accelerates research, transforms patient experience, and offers solutions for data storage and analysis. It also explains concepts, best practices, and how to integrate a third-party medical image viewer with the Cloud Healthcare API.

CSAM Arcidis, a simple, fast, and integrated system for teleradiology, is a great choice. The system can be customized to meet the needs of a customer. It is a complete solution for large institutions with high data volumes or a stand-alone application that is cost-effective for smaller institutes. CSAM Arcidis allows for the encryption, compression, and transfer of a 80-150mb MRI between a radiology institution and a radiologist in under a minute. The integration module allows radiological images and corresponding patient data to be fetched from a RIS or PACS and sent to a customer. The data can then be imported into the customer's solution. CSAM Arcidis was created with the end-user's needs in mind. The goal was to create a simple, efficient workflow. It is easy to choose what information to send to whom and how to send it, so healthcare professionals can spend more of their time with patients.

Infervision, a leading AI-based medical technology company founded in 2016, focuses on improving multidisciplinary operations and services with AI. Infervision offers cutting-edge AI solutions that help medical professionals in a variety of areas, including disease screening, diagnosis, intervention and treatment, medical research, and patient management. They offer a range of AI-enabled solutions, including InferRead CT Lung, which detects lung nodules from chest CT. InferRead DR chest, which detects chest abnormalities in chest X-rays. InferRead CT Stroke, for triaging hemorrhage in brain CT. InferRead CT Bone, for identifying fractures in chest CT.

Radiolens, an AI-enabled PACS radiology workflow system, makes diagnostic workflows more efficient by automatically detecting low-quality scans and creating preliminary report for the most common modalities. It facilitates clinical collaboration, streamlines workflow efficiency, and allows for informed decision-making. Automated assignments for optimizing workload. AI-enabled qualitative and quantitative actionable insights to improve your reporting speed. You can use the lightweight DICOM Viewer to view cases from your mobile device. An on-cloud solution can remove restrictions on site presence. Receive real-time notifications directly to your device Maximum accuracy, Unlimited backup, and simple archiving of images. Instant AI-assessed biomarkers are available for qualitative and quantitative descriptions like CCAP diameter, compression fractures and IV disc height. Our intelligent server automatically matches templates to studies based upon patient gender and modality.

Elucis, a platform for extended reality from Realize Medical, is FDA-cleared and allows users to segment images, collaborate remotely with colleagues, plan procedures, and more within a virtual environment. Elucis allows for unlimited import of 3D, 4D CT, and MR images. This allows for comprehensive project integration. The platform provides advanced image processing, including automatic and manual image registration as well as 2D and 3D image display. The segmentation tools have been designed to be quick and easy to use. They allow for measurement, cutting and planning in virtual reality. Elucis features sophisticated 4D modelling tools that enable detailed segmentation of heart structures in all phases within minutes. Users can import 3D structures from other sources, and export their creations in a single click. The platform supports multiuser collaboration and allows connection with local or distant colleagues at any stage of the workflow.

Cardiovascular diseases claim the lives of over 20 million people each year. Early detection could prevent many of these deaths. The global healthcare system is overloaded and human capacity for detailed analyses is limited. AIATELLA is here to help. Our AI-powered image analytics solution has revolutionized the world of cardiovascular diagnostics. By automating manual measurements in a quantified manner and using historical data we reduce the time, costs, and expertise required, allowing us to significantly expand the capacity of critical imaging. AIATELLA’s solution improves diagnostic speed, accuracy and precision, delivering measurements, disease-progression analyses and other information in seconds, instead of hours. By improving the accuracy, speed, and variability of the analysis, we enable doctors to spend more quality time with their patients, enabling preventative and personalized medicine.

AbbaDox stands at the intersection of tech and healthcare, driving radiology workflow with its comprehensive cloud-based software. This tool not only optimizes outpatient imaging operations, but also integrates proprietary applications, third-party collaborations, and value-added services into one intuitive interface. Since 2003, AbbaDox's scalable, flexible, and user-friendly solutions have set new standards in healthtech. Who utilizes AbbaDox? From inpatient/outpatient settings, teleradiology, to hybrid environments, and beyond to surgical centers and multispecialty clinics, AbbaDox caters to a diverse range of healthcare settings. Learn more about how AbbaDox is advancing the healthtech revolution.

Provide clinical decision support across your entire organization. To improve patient outcomes and accelerate imaging workflows, you can make your PACS and EMR more informed. We understand that you have many images from different places and that your patients deserve the best. Sometimes one size doesn't fit all. Enterprise-wide AI-driven imaging interpretation using a modern tech stack, and a smart user interface for all physicians. Access a complete suite of clinical tools, including radiology review, procedure planning, and point-of-care consultations. Users can choose between a powerful web-based explorer or a simple web-based explorer. TeraRecon supports many modalities, and 40 concurrent users can perform advanced image processing on large datasets from one virtual server. Competitors cannot support more than a few modalities or a handful of users before they need another server.

Flexible and configurable, it can be used by any organization, from a single physician practice to a hospital network to a multinational CRO. You can rest assured that your data will be protected without having to manage hardware and IT. HIPAA and PIPEDA standards exceed expectations for data security and privacy. The Studycast system is simple and intuitive. It provides a single workflow, from exam to archive. The optional integration interfaces complete the circle from order to results. Upload studies without having to lift a finger. Study images, measurements, patient demographics, and other data are automatically transferred from the modality to the Studycast system. The zero-footprint viewer can be accessed from any location with an Internet connection. You can view diagnostic-quality loops and images from any device, even a smart phone.

Tele reporting online allows for comprehensive radiology diagnosis of patients around the globe. It's easy to share images with medical professionals sourced from X, MRI, and CT scan. Adinocs Tele Reporting is a leading web-based image reporting platform. It addresses the minute needs of hospitals, doctors, hospitals, and emergency care. Both patients and healthcare providers benefit from the ability to access information and communication at any point of care device in the medical field. The technology allows medical personnel to offer a round-the-clock radiology service, making it easier for all non-invasive imaging examinations such as digitized ultrasounds, MRIs, CT scans, X-rays, and nuclear medicine scans. This is done seamlessly through teleradiology reporting.

PowerServer™, a PACS that optimizes your imaging workflow, is the perfect choice. This web-based, customizable PACS allows imaging departments to instantly access patient images and reports whenever they need them. It allows unlimited licenses for users, modities, and facilities making it easier than ever to expand your business. This customizable solution allows imaging facilities and radiology departments to choose the best solution for them. PowerServer™, a cloud-based, hybrid or on-prem PACS, is available. Highlights: Built on a single web-based database platform Available as a cloud, hybrid or on-prem option Templates that can be customized QR SNAP allows for easy image sharing RapidResults™, a powerful zero-footprint viewer Voice recognition (add-on)

InformAI is a healthcare company that focuses on AI solutions for medical diagnosis at the point of care and improving radiologist productivity. The Texas Medical Center is the largest medical center complex in the world. We developed our AI-enabled image classifications and patient outcome predictors. InformAI, along with its partners, is changing the way healthcare is delivered. InformAI partners with leading medical imaging companies, national physician groups, and renowned healthcare organizations to create solutions that improve patient outcomes. Our team includes leaders in healthcare, medicine, and artificial intelligence. InformAI Sinus Image Classifier was built using a 3D convolutional neural net (CNN), which is trained on radiology-validated 3D CT scan image libraries that contain 6 million images.

Fujifilm's Synapse is an advanced visualization tool developed in collaboration with radiologists and cardiologists. It offers over 50 applications that improve diagnostic accuracy and efficiency. Its server-side software supports both cloud and premise hosting. It performs state-of-the art image analyses to aid with interpretation, reporting and treatment planning, while facilitating collaboration across the enterprise. Specialty areas include cardiology and pulmonology. Oncology, urology. Neurology and gastroenterology are also included. The platform's scalable architectural design supports unlimited growth, reliable workflows increase productivity, and specialized apps meet vast visualization requirements. AI-driven detection enhances interpretation accuracy and efficiency. Native cardiology solutions elevate cardiac care. Synapse 3D integrates seamlessly with Fujifilm's Synapse enterprise PACS.

IntelePACS®, designed to simplify complex environments, provides hospitals, imaging centers, teleradiology organisations with a robust platform to store, retrieve, and route medical images. Our PACS software combines secure communications with compression technology to ensure radiology image integrity and patient data integrity. It also provides high-availability electronic images at all times, from any location and for any case. Our picture archiving system and communications system is well-known for its interoperability. It seamlessly integrates with third-party radiology information systems (RIS), radiology information system(HIS), and electronic medical records (EMR). The solution offers radiologists the industry-leading InteleViewer™, a feature-rich, intuitive digital imaging and communications in medical (DICOM) viewer that is renowned for its ease-of-use.

Zebra's Imaging Analytics Engine automatically analyzes images from different modalities for clinical findings. It does this in a timely fashion and in full synergy to radiology workflow. Zebra-Med alerts providers of patients at high risk for cardiovascular, lung, bone, and other diseases. This allows for preventative care programs, proper risk adjustment and allocation, as also conformance to quality standards like MACRA. Zebra-Med allows for the right patient to be seen at the right time, saving money and improving care.

D2P®, a software program FDA-cleared under 510(k), and 3D Systems printers enable surgeons, radiologists and lab technicians to create digital 3D models of diagnostic quality and physical 3D prints quickly and easily. DICOM images can be imported into D2P, a stand-alone software package that consolidates 3D model segmentation into one workstation. D2P is an FDA-cleared medical device designed for pre-operative surgery planning and the production 3D-printed models for diagnostic purposes. The unique image segmentation tools and advanced virtual reality (VR), allow clinicians and staff at the point-of care (POC) to reduce the time and effort associated with creating patient-specific anatomical models. Digital models exported from D2P can be used with a variety of applications, including 3D printers and VR devices. They can also be used by CAD software, surgical planning software and CAD software.

VolView is a free, open-source radiological viewer for clinicians that offers interactive, cinematic volume rendering in order to visualize DICOM data 3D. It runs directly in your browser, without installation. This ensures that data is kept secure on your computer. VolView provides interactive 3D cinematic volume renderings and supports drag-and drop functionality for DICOM. Users can select from a variety of color presets, adjust transparency and lighting, crop images and interact with 3D data for deeper insights. The application comes with standard 2D and 3-D controls, measurement tools and annotation features. It is constantly updated based on feedback from users. VolView is a locally installed web application that uses your computer's CPU, GPU and disk resources to process and visualize data, eliminating the need for cloud services or servers. It is open source and therefore freely available to clinicians.

Surgical Science is a leader in medical simulation training, software solutions and simulations that are validated and customized. They are dedicated to improving patient safety and healthcare outcomes by using validated, custom simulations. Their high-fidelity simulators allow healthcare professionals to safely advance skills, from managing simple cases to essential techniques, without putting the patients at risk. Surgical Science's simulations are trusted by surgeons, healthcare teams, and clinicians worldwide. They help improve patient care every single day. Over 8,000 simulators are in use and cover more than 150 medical procedures. They are supported by over 400 validated research studies. Their evidence-based customizable curriculums and ready-to-use simulations allow healthcare professionals to improve their proficiency, promote growth and ultimately improve patient care and safety.

Brainlab's Elements Multiple Brain Metastases SRS software is an advanced solution that streamlines the treatment and planning of patients with multiple brain metastases. This workflow allows clinicians to irradiate several metastases at once without exposing the whole brain to radiation. This reduces treatment times. The pre-planning process is automated, with steps such as image fusion, distortion correcting, object outlining and segmentation. This helps to improve accuracy and speed up planning. The software uses inverse-optimized dynamic arc treatments that use a single isocenter for steep gradients to deliver highly conformal, high-dose doses. This ensures precise target coverage without damaging healthy tissue. This approach allows the creation of high-quality, consistent radiosurgery in minutes. It benefits both clinicians, and patients, by minimizing treatment time and improving outcomes.

Vesalius3D provides high-quality 3D navigation and visualization of personalized, patient-specific structures. It allows users the ability to visualize patient-specific anatomical structures, revealing details that would otherwise be missed by using standard 2D slices. Users can navigate within the patient quickly to reach their point of view. The software is simple to use, but has a lot of functionality. It uses standard medical images, such as CT, MR and Ultrasound, without the need for any special scans. It has presets for most commonly used tissue types. Vesalius3D provides predefined visualizations that allow users to bypass manual setting and view results immediately using starting visualizations tailored to the most commonly used tissues. The software offers a variety of measurement tools, including 2D tools for distances, angles and contour areas as well as 3D tools for distances contours angles etc.

CSAM TRIS, a dynamic, all-inclusive, and powerful Radiology Information System, was developed by and for Nordic Radiology Departments. The system is simple to use and provides high functionality and stability. CSAM TRIS can be used by radiology departments of all sizes and with different workflows. CSAM TRIS makes important operations simple and quick with a few keystrokes. It also includes task-related tools. Software's strengths lie in the balance between information presented and usability. CSAM TRIS facilitates IT interoperability between X-ray departments, collaborative clinical departments, outpatient clinics and primary healthcare services, while also meeting the individual user's needs for integrity and quality. CSAM TRIS provides a variety modern functions, including online interactive referrals for Radiology.

INFINITY ANALYZE 7, an intuitive software package, is designed for camera control and image capture and processing in life science, clinical and industrial research applications. It supports both fluorescence and brightfield imaging modes to ensure high-quality, reproducible and accurate results. The software has features like image processing, fluorescence capture, calibration and presets. It also includes annotations and comprehensive camera controls. Users can perform tasks such as focus stacking and image stitching and apply various post processing functions to captured pictures. The fluorescence capture mode streamlines the process of converting sequences into composite images. The use of hot keys and button labels defined by the user allows for quick access to presets while changing microscope objectives. This improves workflow efficiency. Annotations such as lines, arrows and shapes can be added in order to highlight specific areas.

Bookend Healthcare AI Agent platform optimises administration, from patient care through to payment processing. Streamline complex workflows for prior authorizations, freeing healthcare providers of manual tasks and reducing expensive denials. We automate the process to increase operational efficiency, accelerate revenue cycle, and improve patient outcomes. Our intelligent agents analyze data from patients, understand insurance policies and package information in a timely and accurate manner. This ensures higher approval rates and faster payments. Our AI-powered platform revolutionizes the healthcare industry by automating personalized care plans. We help healthcare providers identify evidence-based interventions in order to optimize patient outcomes and lower costs. Our platform empowers clinicians with the ability to make data-driven decision, improve care quality and enhance patient satisfaction.

ARIA®, an oncology information system, supports medical and radiation therapy, including proton therapy. You can review clinical images, prescriptions and lab results. Automate cancer staging based upon AJCC guidelines and manage toxicities easily. Interoperability is our focus. This allows you to make the most of patient information across platforms and devices. We provide extensive HL7 support and make it easy for patients to be transferred between hospitals. Your teams have instant access to patient data, allowing them to plan better and make adjustments as needed. We can help you optimize image-guided treatments using radiographic, fluoroscopic and cone-beam CT images. ARIA OIS records activities for evidence-based pay-for-performance programs and facilitates HIPAA compliance. ARIA organizes and stores patient data and images to help your teams stay focused and up-to-date.

Unifier is an interoperable, powerful enterprise imaging platform that allows for seamless integration of health data. This results in better patient care and increased IT performance. Dicom Systems offers a wide range of enterprise imaging solutions that can scale with your business. The platform allows teleradiology workflows and intelligent routing. It also integrates with HL7 and SSL-based DICOM. AI on-ramp is available. Enterprise-class vendor-neutral archiveing is possible. Route by any private or standard DICOM tag, date, time and cache data for later delivery. Interoperability with heterogeneous information systems, and all DICOM and HL7-enabled devices. To ensure study transfer, performs incomplete study delivery checks. WebGUI configuration tools that are transparent and user-friendly. Enterprise-wide configuration management, logging, and auditing for HIPAA.

The 3M™ M*Modal CDI Engage One™ is an AI-powered, cloud-based solution designed to optimize clinical documentation integrity (CDI). By leveraging natural language understanding (NLU), it integrates seamlessly into both front-end and back-end workflows, helping physicians and CDI teams generate precise, complete clinical records. The platform continuously analyzes electronic health record (EHR) notes in real time, detecting and addressing documentation gaps to enhance patient care. On the back-end, it streamlines CDI processes through intelligent worklist prioritization, evidence-based analysis, and an efficient query workflow. Additionally, its integration with the 3M™ 360 Encompass™ System provides advanced customization, prioritized task management, and robust reporting tools, ensuring both documentation accuracy and revenue integrity.

RadPix can be integrated into any PACS environment. It allows users to send selected images directly to the PACS and to a separate teaching file webserver. You can create complete radiological teaching files by adding text, images, and annotations. Built-in drawing software is used to add annotations. Images can be exported in JPGs, PowerPoint files or Image Stacks in PowerPoint files. TIFF images can be easily created with annotations and downloaded to public quality. You can group cases into presentations that can then be used in live settings or for testing purposes. You can scroll through stacks and toggle annotations on or off, toggle window and level settings, answer questions, and toggle annotations on or off. It doesn't have to be difficult to get images from a PACS. Our complete software solution begins with the case as it is read and ends with endless educational possibilities.

A global, infinitely scalable, AI powered, collaborative cloud platform that is globally accessible and meets the highest standards for security and compliance. A leading, easy-to-use platform for neuroscience professionals. It was designed by data scientists and neuroimaging experts to meet the unique and challenging needs of the community. Optimized for your specific needs, whether you are conducting clinical trials, designing new algorithms, or leveraging brain-related data.

NilNexus allows radiologists to increase productivity by up to 20%, while improving quality and decreasing turnaround times. NilNexus uses intelligent algorithms to match the right study with the right physician. This improves accuracy and throughput. NilNexus helps to assign work equitably among qualified healthcare professionals. This prevents cherry-picking, and optimizes productivity across the enterprise. The use of color coding makes it easier to see the target timelines and helps to ensure that studies are completed on time. NilNexus distributes studies based on user profiles that are composed of a unique set of criteria.

See-Mode Technologies, a MedTech firm, specializes in AI-enhanced ultrasonic reporting to improve diagnostic efficiency and accuracy. Their platform analyzes thyroid and mammography images automatically, producing accurate and fast radiology reports. See-Mode detects and characterizes nodules. It generates a complete TIRADS sonographer worksheet as well as preliminary radiologist impressions. The software identifies breast lesions, automates BIRADS reporting and details both characteristics and suspicion level. See-Mode increases diagnostic confidence and consistency by reducing inter-operator variation and reporting errors. See-Mode identifies lesions in breast ultrasound images and automates BIRADS reporting. This includes both characteristics and suspicion level. See-Mode automatically detects and characterizes thyroid lesions, producing a TI-RADS worksheet and preliminary radiologist impressions.

CureMetrix harnesses the power of Artificial Intelligence to improve cancer survival rates and disease detection. We believe that radiologists will benefit from the latest technology in mammogram evaluations. This will improve their clinical and financial outcomes, as well as provide greater assurance for hospitals and patients. Our algorithm has shown promising results in preliminary studies that have included thousands of images. This algorithm is capable of reducing false-positive rates, which can lead to unnecessary follow up procedures and undue anxiety among patients. We are working on a powerful technology that will allow health care providers to pinpoint even the most minute changes faster and more accurately than ever before. Our image analysis platform is being designed to improve mammography's ability to evaluate dense breasts.

Our product portfolio includes VNA, PACS, Radiology Information System, Diagnostic Viewers and AI-based Medical Diagnostic Supporting Solutions (MDSS) (for MMG, CT Chest, ECG, and endoprosthesis on Xray). VNA. We are willing to share with you our experience in Healthcare digitalization and our innovative technological solutions to benefit your patients. We are willing to implement our solutions for the benefit of radiologists, oncologists, and cardiologists. Our core competencies have been developed over 14 years working with 5,000 clinics. - comprehensive and flexible platform for the entire image processing (vendor-independent) AI-based systems for medical decision support for all scenarios. - warnings about the priority of cases containing pathologies (red, yellow, green) on one screen

Our red dot®, algorithm analyzes images and highlights anomalies with remarkable speed and accuracy. Our AI was developed from more than 30,000 images, all of which were reviewed by UK-certified Consultant Radiologists. The red dot®, which has been developed extensively by UK-certified Consultant Radiologists, consistently delivers a +90% accuracy rate. Abnormalities can be identified in seconds, meaning that patients are diagnosed before they even leave the hospital. Our AI technology integrates with any existing RIS or PACS and augments existing reporting workflows. Behold.ai has been proven to be cost-effective and can reduce reporting backlogs and other capacity issues by up to 50% compared to outsourcing. behold.ai is listed in Top 100 Digital Health Companies globally, select list 5 for AI diagnosis around the world.

Radiology information system (RIS), a networked system for managing workflow and patient data within Radiology department, is particularly useful for managing radiological data and associated data in multiple locations. RIS is often used in conjunction a picture archiving communication system (PACS), to manage work flow as well as billing. ThaiRIS - This program can be accessed from any web browser and supports Radiology WorkFlow. ThaiRIS can also be customized to fit the needs of each hospital. ThaiRIS can be used for Tele Radiology reporting.