Alternatives to Medecom

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.

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.

eRAD PACS evolution is the next-generation solution to radiology imaging workflow. Our latest platform is built from the ground up using our expertise in imaging. You will enjoy greater speed and performance, as well as the reliability that our customers trust. Evolution streamlines modern imaging. eRAD PACS Evolution offers a flexible infrastructure, improved data security, advanced web technology, an intuitive GUI, and a better viewing experience for PACS users. It features a modern interface, a 64-bit diagnostic viewer, server, and advanced visualization tools. Advanced workflow features such as user-to–user messaging and tools to read high-volume mammography, align with improved configuration across the board. Evolution can be deployed on-premises or in the cloud by clients. The practice workflow is flexible and powerfully adapted by Evolution, which provides unparalleled performance.

The integrated mammography viewer allows you to view a variety of breast imaging studies and other specialties in one place. High volume environments require faster reads, which results in higher patient output. Artificial Intelligence can help improve doctor efficiency, reduce false negatives in cancer detection, as well as quality assurance of images. Telemammography is a bridge to greater breast expertise, improving diagnosis and outcomes. NovaMG PRO can be used as a standalone workstation or in conjunction with any mammography or PACS. NovaPACS EI includes the breast care workflow module. NovaPACS EI users who already have the module can turn it on within minutes.

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.

Three Palm Software's breast image workstation product1 called WorkstationOne offers a distinct style of enterprise integration workflow and interpretation. Three Palm Software is aware of the data-intensive challenges radiologists face when they move to digital mammography and the need to review mammograms digitally as efficiently as reading films on motorized lights. This mammography software's elegant, simple interface is designed to meet even the most demanding radiologists. Tabar's systematic mask viewing techniques* are used to search for subtle radiographic anomalies. Full-resolution images can be viewed using the mouse wheel, with a visual trace of pixels viewed. No need to manually pan or zoom to see all pixels in full resolution.

An image segmentation tool that analyzes your images and video footage. It is precise, flexible, and reliable. Chameleon is an artificial Intelligence software for high-performance image processing and video. It uses image segmentation algorithms. Our vision is to take machine learning from research to production, and create AI solutions that work in the real world. Our engineers created Chameleon, an adaptable AI program that can detect, segment, or classify images. Chameleon is a high-tech solution to the processing of imagery data. Our applications include asset monitoring, quality inspection, medical images analysis, and quality inspection. It is tedious and time-consuming to check whether every product meets quality expectations. Human capabilities are limited. We help you to use machine learning technologies to detect defects that humans cannot see using your camera data.

NovaPACS EI, an advanced PACS with enterprise imaging integrated, transforms the way facilities store and present medical images, multimedia and patient information. It provides tools to support encounter-based imaging across the hospital or system. The solution breaks down information silos in your EMR by providing a patient-centric universal viewer, providing the right data at the right time to make more accurate diagnoses. It also helps deliver value-based healthcare and enhances doctor-patient engagement with the power of storyboards. It also improves cross-departmental and multi-specialty collaboration, leading better cost management and operational efficiency. NovaPACS EI is scalable from large hospitals to critical access hospitals. It manages patients with chronic or complicated conditions throughout all episodes of care.

Ibex Medical Analytics is a pioneer in AI-powered pathology cancer diagnosis. We are a multidisciplinary group of entrepreneurs, data scientists and software engineers, who work together to realize our vision of transforming cancer diagnosis with AI and improving patient care. As the number of cancer tests increases each year, pathologists face increasing challenges in providing accurate and timely analysis. Ibex uses artificial Intelligence (AI) to create clinical-grade solutions that detect cancer as accurately and quickly as a human pathologist. Galen Platform uses algorithms that analyze images and grade cancer in biopsies. It also points to other clinically important findings. This helps pathologists reduce diagnostic errors and improve efficiency. Galen™, Breast and Galen™, Prostate are the first AI-based cancer detection solutions that Ibex has ever used in routine clinical practice in pathology laboratories. They have been proven to be able to detect missed cases.

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.

Quantib Brain, a radiology software solution that is FDA-cleared for brain scan segmentation and CE-marked, was developed in collaboration with GE Healthcare. It was developed in collaboration with GE Healthcare and functions as a plug for the Advantage Workstation Server, offering automated brain structure measurement within a familiar software interface. The software allows for longitudinal comparisons of quantified brain volume, including white and grey matter, cerebrospinal liquid, intracranial volumes, and cerebrospinal contents, which facilitates the tracking of atrophy. It also offers the option of white matter hyperintensity monitoring and segmentation. Quantib Brain provides a clear overview in a table of informative results for grey matter, CSF, ICV and white matter volumes. These results can be exported as a comprehensive report, with self-selected cross sections. The software allows all examination results to be shared instantly.

Varex Imaging Nexus (DR™, software) is an advanced digital imaging acquisition system that automates patient workflow. It is cost-effective and hassle-free. It features advanced image processing algorithms that ensure excellent image quality and reliability. The Nexus DR is FDA-cleared and can help you get your product to market faster. The Nexus DR is designed to provide quick, accurate diagnostic images that require minimal user interaction. Our engineers have spent hours optimizing the operation so that the X-ray technologist can focus on the patient and capture high-quality images. Our customers can resell Nexus DR products to them. Varex has spent a lot of time designing cost-effective hardware, software, and ensuring long-lasting, trouble-free operation.

NeuroQ is the leading brain imaging analysis tool that offers a powerful diagnostic tool for multiple modalities. It provides an integrated solution that supports FDG, Amyloid SPECT, DaTscan and Epilepsy. This increases the accuracy of differential diagnosis by supporting the most relevant functional image modalities. NeuroQ is a widely used quantitative tool for the differential diagnosis dementia. The software provides non-subjective information that goes beyond visual readings. It compares metabolic levels in over 240 predefined brain regions to a normal database and quantifies the degree of abnormality. NeuroQ was developed to help in the assessment of brain scans by quantifying mean pixel values within standardized areas of interest and to provide quantified comparative comparisons.

BrainSightAI, a health technology company, uses artificial intelligence and machine-learning to revolutionize brain mapping by generating personalized maps using AI-based connectomics. Our VoxelBox product uses AI-based connectomics in order to generate personalized brain mapping. These tools are designed to improve pre-surgical planning for patients with brain tumours and other neurological conditions. BrainSightAI works with leading hospitals across the country to conduct clinical studies on a variety of brain-based disorders. These include Alzheimer's, brain tumors and psychiatric disorders. Our mission is to improve lives and advance brain science by providing cutting-edge tools to understand the human brain.

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.

ClearRead Xray, a suite of five FDA cleared applications from Riverain Technologies, is designed to improve the efficiency and accuracy in chest X-ray interpretation within healthcare enterprises, without requiring additional equipment, procedures or radiation exposure. The platform uses unique suppression technology to allow a clear view of the chest. This allows for the rapid and accurate diagnosis of cardiothoracic disease. The platform's key features include the production and display of bone-suppressed images, identification of lung cancer nodules and a reduction in portable X ray reading time. Other features include automatic comparison of findings to prior exams, highlighting changes, and enterprise compatibility with various manufacturers and imaging protocol. ClearRead Xray Bone suppress increases the visibility of soft tissues by suppressing bone structures on digital images. This helps radiologists detect previously missed nodules.

AWS HealthImaging was designed for developers who create cloud-native applications for medical imaging. HealthImaging ingests DICOM P10 data and provides APIs to retrieve and store it with low latency. By using advanced compression and storing only one copy of each image, you can reduce costs by up to 40%. Cloud-native APIs, applications and APIs allow you to access medical imaging data from anywhere with a subsecond latency. Reduce the burden of managing infrastructure to focus on providing high-quality patient healthcare. Major medical imaging vendors support cloud-native workflows for medical imaging. Store and stream medical images directly from AWS, while maintaining low-latency performance. Save money on long-term archiving while maintaining access to images in subseconds. With the help of other tools and services, run artificial intelligence and machine-learning inferences over the imaging archives.

Nuance's mPower Clinical Analytics, in collaboration with Microsoft's Azure services, offers a sophisticated platform for analyzing clinical data in radiology. The solution utilizes AI-powered search functionality to help researchers and clinicians efficiently locate relevant patient information, evaluate diagnostic patterns, and enhance research capabilities. This integration supports the transformation of unstructured data into actionable insights, contributing to enhanced patient care and streamlined radiology operations. ​

PowerScribe One revolutionizes the radiology workflow by using AI to streamline the process of creating and reviewing diagnostic reports. This platform enhances reporting accuracy by automatically generating draft impressions, providing in-workflow decision support, and flagging potential critical findings. PowerScribe One simplifies speech recognition and integrates with EMR systems to ensure accurate follow-up recommendations. By reducing cognitive load and automating repetitive tasks, it enables radiologists to focus more on patient care and improve overall operational efficiency, leading to better outcomes in healthcare settings.

Our cloud-based solution allows you to consolidate all radiology services in your facility or health care system under one contract, reducing costs without compromising quality, reliability or accessibility. BRIT Systems has been a leader in modern imaging solutions within the healthcare industry for over 20 years. Their cloud-based solution consolidates radiology services into one contract, reducing costs. The company offers a module for quality control that is designed to improve performance in radiology ecosystems. This creates value for both facilities as well as their patients. Discover how our cloud-based solutions' modules create value for our partner facilities as well as their patients. There is no one-size fits all radiology solution. We understand that our full range of services may not be enough for some facilities. Once our services have been implemented in your facility you can request any additional modules.

Aidoc is an AI-based decision support system that provides advanced healthcare-grade AI. Our technology analyzes medical images to provide the most comprehensive solution for flagging acute abnormalities throughout the body. This helps radiologists prioritize life-threatening cases and speed up patient care. This technology empowers radiologists to quickly detect urgent cases and reduces the overall report turnaround time.

ChameleonDR can be installed over existing components and adapts to your film, CR xray system or film. ChameleonDR is easy to use and provides HD image quality. The procedure may reduce the dose by up to 30%. This is possible thanks to the most advanced image processing and amazing acquisition technologies. A3 image post-processing technology runs a variety of advanced algorithms that consider patient size/density and procedure. They basically work in harmony just like a sound equalizer for your favorite high-end stereo system. This produces the best bone-to-tissue results any clinician could wish for. Radiology technicians will immediately recognize the sharp, sharp image quality when they are QC'd on their 4K ultra HD touch screen monitor workstation. A 15MP, perfectly adjusted image can make a huge difference in diagnosing a patient.

Ambra Health, a cloud-based platform for image and medical data management, is designed for hospitals, radiology groups, contract research organizations, and medical groups. The Ambra Health software is intuitive, scalable, and highly interoperable. It allows healthcare providers to improve collaboration through image exchange with patients and departments. Ambra's secure storage solution allows users to save all imaging in one repository. It also allows them to store many types of medical imaging file formats, including TFF, JPEG and DOC. Core features include EMR/EHR integration, Cloud VNA integration, PACS integration and Cloud VNA. Telestroke, informatics first migration, and many more.

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.

Deeplink Medical developed its offering around the MIRIO platform. This adapts to the various use cases and needs for actors involved in medical image in oncology, in clinics, and in routine. Our services are based on three complementary offerings, MIRIO, which is a platform for the monitoring of solid tumors and the treatment response of patients in oncology. The patient pathway is a link between hospitals and liberal medicine. An Imaging CRO is responsible for the monitoring of imaging data during oncological clinical trials. Our solutions are supported by a scientific board. A collaborative workflow platform that structures imaging data and radiological examinations for patients suffering from solid tumors. This allows structuration of data in real time (according to the RECIST 1.1 or iRECIST) at the initial creation of the data. Real-time evaluation of treatment response according to international guidelines RECIST.1.1 and iRECIST.

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.

IntelliSpace Portal 9.0 has over 70 clinical applications. It is an advanced visualization platform that allows you to work more efficiently and quickly, especially when it comes to reading and following up on multi-faceted cases.

CSAM Cardio, a vendor-independent system that captures ECG signals from any ECG device and makes them available in diagnostic tools in patient journals, is CSAM Cardio. The Capital Region of Denmark uses CSAM Cardio for 800 000 to one million ECGs each year. CSAM Cardio provides all the basic requirements for ECG-related data storage. The system is independent of the file format and hardware manufacturer. Healthcare professionals can use CSAM Cardio to archive, manage, and deliver ECG data from XMLs or PDFs. CSAM Cardio allows users upload data from a variety of medical devices simultaneously. This solution allows multiple authorized personnel to work simultaneously on the same document from different locations. It allows any hospital or local health centre in a regional health authority to link directly with CSAM Cardio.

CSAM Media is a web-based system for managing medical images and videos. It includes collection, evaluation/viewing and storage, as well as distribution. The system provides healthcare professionals with a quick, clear, and secure overview of images, videos, and all this in one place. CSAM Media is a web-based solution that allows for image management, diagnostics, editing, frame capture, and frame capture from a variety sources (cameras and video signals, as well as mobile devices). It works with all medical equipment and healthcare systems, including those used in primary, outpatient, and inpatient healthcare. CSAM Media has unique functionality that allows you edit and comment on images or videos. The text tool allows you to add comments directly to images, while the freehand tool allows you measure graphic objects. You can also compare historical material with new images or videos.

You are dealing with staff shortages and rising costs - interest rates, salaries, systems. Everywhere you look, you'll see struggling practices. It doesn't have be this way. We have the answer. OmegaAI can help you solve your staffing problem. After creating an account, Omega AI can be used immediately. A clearer, more focused interface saves time and eliminates unnecessary clutter. Facilitate interconnection between facilities and organizations. Blume, our integrated patient portal, allows patients to take control of their own health. Patients can access the entire medical imaging journey using their smartphone. They can upload prior images, insurance information, history and prior images, verify eligibility, make payments, schedule appointments, view their images and reports, as well as share their images with family and friends.

SenseTime's SenseCare Smart Health Platform combines cutting-edge AI algorithms with advanced image post-processing technology to provide high-performance diagnosis and treatment assistance solutions. The platform is based on medical big data and aims to provide smart tools to various clinical departments to support the entire process for diagnosis, treatment, and recovery. It also helps improve the efficiency and accuracy in diagnosis and treatment planning by doctors. SenseCare allows seamless connection to existing CT/MRI/Xray equipment and PACS without interfering in the original workflow process of hospitals. Using the same hospital's web browser, multiple users can log in to the platform and perform analysis on different portable devices. This platform can perform a variety of 3D post-processing, such as: This platform supports the entire workflow of diagnosis and treatment, as well as rehabilitation.

Silhouette®, a collection of products that can be used to image, 3D measure (including depth and volume), and document soft tissue and skin lesions. FDA cleared, HIPAA compliant, and integrates EMR. Benefits: This product is suitable for clinical trials and clinical practice. It also supports EMR integration.

Phasya is now part of Tobii. Tobii is the world leader in eye-tracking, and a pioneering in attention computing. Our combined expertise and decades-long experience allow us to deliver disruptive solutions for the automotive industry and other industries. Phasya creates the first software portfolio to monitor several cognitive and physiological states (e.g. drowsiness, stress, etc.) These factors can have an impact on human performance. Our solutions are mainly based upon the analysis of eye features, heart rate, and electrodermal activity. The analysis can also include other data like respiratory rate, electrodermal activity and voice features. The ability to monitor physiological and cognitive states allows for a better understanding and assessment of human performance and errors. Phasya offers a wide variety of products and services to monitor cognitive and physiological states (PCSM). Our core business is PCSM software development.

Our AI products are designed for healthcare professionals to help them at critical moments in their medical journey. We enable seamless workflow optimization throughout the care continuum, including preventive screenings, early detection and emergency care. Our AI is built in collaboration with top healthcare professionals and training algorithms that process unprecedented amounts of data. Our solutions are backed by deep data science research to anticipate your care needs and assist you in limited circumstances. Our AI solutions can be deployed wherever and whenever needed. They are compatible with any device and can integrate with existing technological infrastructure. We offer easy deployment and scaling, as well as industry-certified data security. Our team is here to help you at every stage of your AI journey.

The most intuitive and powerful solutions enable physicians to provide the best care. The best-in-class solution for cardiovascular imaging allows you to work more efficiently. Our team has over a decade of expertise in developing workflows and is here to help you. You can easily detect wall motion abnormalities. Autodisplay stroke volume, ejection fraction and end-diastolic, end-systolic masses and volumes. Complex cardiovascular morphology can be assessed using both 2D and 3-D visualization options. Diverse measurement tools are also available. Fully automatic, objective and user-independent quantitative analysis of myocardial flow. Expert level accuracy. Visualize the distribution of enhanced fibrosis and calculate its amount. The areas shown in the DICOM image are colored lines.

Clario's Imaging Platform provides accurate results for complex clinical trials. It is secure and streamlined. Our in-house medical expertise combined with our proprietary imaging systems allow us to customize your workflow and analyze it to your specific needs. Our engineering teams remove the additional cost and time that comes with relying upon third-party systems. Clario is the leading Imaging Core Lab in the world, with more than 30 doctors and 35 scientists devoted to medical imaging. Our decades of experience in reviewing and assessing medical images has informed the development of our proprietary imaging systems. Clario's SMART Submit app incorporates this expertise from the moment it screens a medical picture for errors at the hospital to the final image interpretation.

Axial3D's mission is to advance patient-specific care through 3D medical imaging, 3D patient-specific solutions and personalized surgical care that is scalable and routine. Our cloud-based, AI-driven platform allows medical device companies, imaging services, and hospitals access to data-rich 3D models that can be used for improved surgical planning, better patient outcomes, and optimized workflows. Our solutions include 3D visualisation, 3D meshes, 3D print ready files, and 3D models. All are designed to seamlessly integrate into existing medical workflows. By converting DICOM images to precise, actionable 3D information, we increase efficiency, speed and scalability for patient-specific device design. Our cloud-based platform provides a unique solution to surgeons who want a comprehensive view of the anatomy of their patients prior to surgery. This enhances accuracy and precision in surgical planning beyond 2D imaging.

Our 15-year experience working with some of the most advanced hospitals around the world has allowed us to solve some of the most difficult technical problems in interoperability. Medical image exchange and related data takes only minutes thanks to our 15-year track record. To provide a connected view to care teams, we orchestrate the flow 13 million clinical encounters per monthly across all care delivery settings. Our interoperable network connects hospitals, clinicians and patients with care teams, life sciences, telehealth, EHRs, and life sciences. Our Interoperability Suite allows you to quickly scale-up and maintain product solutions over time without putting a strain on your internal IT operations. Because of the high level integration we have for physician workflows in all clinical settings, using the Life Image network is much easier and more intuitive than other systems. Our solutions are not tied to any particular tech stack.

It is easy to determine the landing zone for treatment of abdominal or thoracic aneurysms. All measurements (e.g. All relevant measurements (e.g., diameter, clock position and volumes) can be obtained by automatic detected centerline or triple oblique. The integrated manufacturer stent order sheet generates PDF files that allow you to easily order specific stents via e-mail. To optimize patient care, we strive to improve the quality of cardiovascular image analysis. We align our product portfolio with the most recent developments in the field of cardiovascular imaging. We aim to provide the best software solution for our customers at the right time. To ensure that our users are confident and comfortable with their analysis, we believe in the importance and value of training and support. We offer training options that can be customized to meet your needs.

Clinicians can view a complete medical image history, including DICOM and non-DICOM, from a radiology PACS or VNA. This includes dermatology, surgery and radiation oncology. NilRead is a full diagnostic viewer that has FDA 510(k), CE marking and CE clearance. It can be used for diagnostic viewing of mammography, digital breast tomosynthesis, and 3D rendering to curvilinear reformatting. NilRead's visualization toolsets and features provide comprehensive reading workflows to specialty readers and radiologist. Functionality includes rules-based protocols and user permissions. Multi-monitor viewing is possible. Cross-enterprise image communication and sharing tools enable physician collaboration, remote diagnosis and second opinions. This allows users to share secure study links with colleagues and peers for real-time interactive collaboration.

Apollo Medical Imaging Technology, a medical imaging software company with a clinical focus, specializes in advanced image processing software. It is used for clinical and research purposes. MIStar is their flagship product. It's a fast, easy-to-use, and economical software package. It offers a wide range of advanced functions, as well as cost-effective solutions across multiple imaging modalities for clinicians, OEMs, and other healthcare professionals. MIStar supports a variety of imaging modalities including CT, MR and PET. It also offers advanced modules like CT Perfusion for strokes, brain tumors, body tumours, liver, kidney and prostate, DSC-MRI, DCE-MRI, DTI Fiber Tractography, NM Renogram Analysis, Image Fusion, DWI & ADC, DTI Fiber Tractography, NM Renogram Analysis, and Image Fusion. The software includes DICOM networking functions for data access and image input, an intuitive clinical database and easy anonymization.

PACSgear is a suite that makes it easy to share vital medical images with your team, facility, or across your entire health system. It also connects them to your EMR, VNA, and PACS. PACSgear allows you to quickly and easily share information across any department or specialty, such as radiology and cardiology, emergency, dermatology, gastroenterology and orthopedics. This facilitates collaboration and provides a complete view and record of all patient images so that clinicians can make diagnoses and make patient care decisions. PACSgear is an enterprise-class solution for image capture. It can scale to meet the needs any size healthcare delivery organisation, from the smallest single facility up to the largest and most complex. You can start with one PACSgear module for a single department, and then add other PACSgear applications as you go.

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.

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.

PaxeraUltima360, a modular Enterprise Imaging Platform, can be licensed incrementally and adopted. Our flexible approach allows you to choose a single, multi-specialty enterprise imaging vendor solution for your organization. You only pay for what you use, when you need it. PaxeraUltima360 is able to be configured and priced to meet your current needs. It can also be used to streamline imaging for the entire enterprise. PaxeraHealth's modular approach to enterprise imaging simplifies implementation. Our incremental adoption model reduces stress for IT staff and clinicians, without requiring downtime. Cloud and on-premise options available: PaxeraHealth solutions are available in both cloud-based and hybrid models, depending on your requirements.

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.

RedBrick AI provides a platform for rapid and collaborative annotation of medical data. Platform designed to help Healthcare AI teams create high-quality training data for all types radiological imaging including **CT/MRI, Xray, Ultrasound and Fluoroscopy. With native support for medical formats such as DICOM, NIfTI, and other standard imaging, it can handle complex tasks such as multi-series annotating and extensive DICOM study. Our platform offers the most advanced and intuitive 2D & 3-D web-based annotating tools, with a PACS like viewer. All common annotation use-cases such as instance/semantic segments, landmarking and classification, as well ROI measurements are supported. This can accelerate annotation by up 60%.

Our AI technology allows healthcare providers to perform high quality ultrasound exams wherever and whenever patients require them. Ultrasound is a safe and highly effective diagnostic tool. However, it can be difficult to master and requires years of specialized training. Image quality can also vary. The exam requires unnatural hand-eye coordination as well as unintuitive visuals. Traditional ultrasound software doesn’t give instructions on how to move an ultrasound transducer to capture a picture, nor any feedback on the quality of the images being captured. Poor quality images can lead to missed opportunities and misdiagnosis, repeat study, inconsistent interpretation, and even misses. The true value and benefits that ultrasound has to offer have not been fully appreciated. With our technology, any healthcare professional can now capture diagnostic-quality images using ultrasound thanks to AI that guides them through each step of the scanning process.

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.