AI-Rad Companion
Providing multi-modality imaging decision support

AI-Rad Companion supports your reading workflow and may increase your diagnostic precision when interpreting medical images
AI-Rad Companion
 
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The AI-Rad Companion, our family of AI-powered, cloud-based augmented workflows, helps you to reduce the burden of basic repetitive tasks and may increase your diagnostic precision when interpreting medical images.

Its solutions provide automatic post-processing of imaging datasets through our AI-powered algorithms. The automation of routine workflows with repetitive tasks and high case volumes helps you to ease your daily workflow – so that you can focus on more critical issues.

Customer experiences with AI-Rad Companion Chest CT
Training of algorithms for AI-Rad Companion Chest CT

Up-to-date algorithms and scalable offerings

Our state-of-the-art algorithms will be automatically distributed to you as a user as soon as they are officially released and made available. Once the images are post-processed by the AI-Rad Companion, it supports your interpretation of the data by automatically providing results of its analysis to you for review, confirmation and possible inclusion in the final report or care pathway – to raise your precision and ensure high quality outcome in diagnostic decision- making.

All our AI-Rad Companion extensions are deployed via one secure cloud – the teamplay Cloud Platform. This approach eases regular updates as well as upgrade processes and eases the integration of new offerings into the existing IT environment.

The AI-Rad Companion family is growing

Learn more about AI-Rad Companion offerings for various modalities and body regions.

Clinical Outcomes

AI-Rad Companion may help you to increase precision and speed up your workflow

We developed the AI-Rad Companion to help you cope with a growing workload. With its deep learning algorithms, AI-Rad Companion automatically highlights abnormalities, segments anatomies, and compares results to reference values.

Discover how AI-Rad Companion supports you as a full-time radiology expert

Chest CT
Brain MR
Prostate MR
Organs RT
The AI-Rad Companion Chest CT
The AI-Rad Companion Chest CT detects and highlights lung nodules. Automatically after segmentation of the lung lesions, the volume, maximum 2D diameter, maximum 3D diameter and tumor burden is calculated.
Cinematic Rendering
Cinematic Rendering adds clarity to the location of a detected lung nodule. The visualization makes it easy for the referring physician to get a clear picture.
The AI-Rad Companion Chest CT
The AI-Rad Companion Chest CT recognizes automatically coronary calcium, calculates its volume and creates an enhanced clinical image including a quantification of the heart volume. This information about the cardiac condition is a valuable add-on clinical knowledge to a routine Chest CT.
This 3D overview of the thoracic aorta
This 3D overview of the thoracic aorta has been automatically created by the AI-Rad Companion Chest CT. It includes the measurement of relevant diameters, based on medical guidelines and detected anatomical landmarks. It is clearly shown how the AI-Rad Companion Chest CT can support you increase the accuracy of your reporting.
AI_Rad_Companion_Aorta_Non-contrast
The AI-Rad Companion Chest CT has automatically created this measurement of the aorta based on a non-contrast enhanced CT image.
AI-Rad_Companion_Spine
On this image you can see how the height of the vertebrae bodies is measured and compared. The AI-Rad Companion Chest CT automatically processes these measures and marks abnormalities with an easy to understand color-coding. Deviation are highlighted and on top you can see that the bone density is defined in Hounsfield Units.8
AI_Rad_Companion_Brain-MR_LabelMap
AI-Rad Companion performs an automatic segmentation of the different brain areas, including an individual volumetric analysis.
AI_Rad_Companion_Brain-MR_Deviation-Map
AI-Rad Companion compares the different volumes to a normative database and automatically generates a highlighted deviation map, so volumetric changes can manually be monitored.
AI_Rad_Companion_Brain-MR_Deviation-Map
AI-Rad Companion automatically generates a report with all volumetric analyses listed, deviations from the normative database are marked. All results can be transferred to PACS based on the configuration.
AI_Rad_Companion_Prostate-MR_Vida_Segmentation
AI-Rad Companion Prostate MR for biopsy support performs an automated segmentation as well as an automated volume estimation of the prostate. In case the PSA value is known, it calculates the PSA density.
AI_Rad_Companion_Prostate-MR_Vida_Segmentation-Lesion
The radiologist can manually mark and characterize lesions and other targets and add comments within the AI-Rad Companion Prostate MR for biopsy support. The solution can export segmentations and targets in a RT structured format as well as burnt in contours. These images can be exported and used by the Urologist to fuse with Ultrasound images as a biopsy guidance.
CT scan of the pelvis with AI-Rad Companion Organs RT generated contouring of organs-at-risk.
CT scan of the pelvis with AI-Rad Companion Organs RT generated contouring of organs at risk.

Courtesy of Aarhus Universitetshospital, Denmark
3D rendering of the CT image in the TPS showing AI-Rad Companion Organs RT generated contouring of organs-at-risk.
3D rendering of the CT image in the TPS showing AI-Rad Companion Organs RT generated contouring of organs at risk.

Courtesy of MVZ InnMed Oberaudorf, Germany
Rendering not generated in AI-Rad Companion Organs RT.
The AI-Rad Companion Organs RT automatically contours the organs at risk with the support of deep learning algorithms. It may reduce unwarranted variations with high-quality contours that approach the level of consensus-based contours.

Courtesy of Aarhus Universitetshospital, Denmark

Integration

Smooth integration of artificial intelligence into the radiology environment

AI-Rad Companion may be fully integrated into the image interpretation workflow and helps you to handle your daily workload with greater ease.

COVID-19

The entire global population has been impacted, in one way or another, by the COVID-19 virus. The AI-Rad Companion, our Siemens Healthineers AI driven solution, offers our customers the opportunity to have access to different postprocessing software for the analysis of lung examinations.

AI-Rad Companion Research CT Pneumonia Analysis2

This prototype is designed to automatically identify and quantify hyperdense regions of the lung, enabling simple to use analysis of non-contrasted lung CT scans for research purposes. The prototype could be used to analyze ground-glass opacities and consolidations. High opacity abnormalities were shown to correlate with lungs of COVID-19 patients. Free of charge access to the prototype can be requested on the Digital Marketplace (Customer needs to agree to a simplified collaboration contract prior to use). The benefit of offering this prototype as part of the AI-Rad Companion family makes an integration and technical set-up rather easy for user of the AI-Rad Companion or customers with access to the teamplay digital health platform.

Research CT Pneumonia Analysis
A visualization of the infected areas created with the cinematic rendering functionality of syngo.via.
A visualization of the infected areas created with the cinematic rendering functionality of syngo.via.

Courtesy of CHR East Belgium Verviers, Belgium
For the same patient the AI-Rad Companion CT Pneumonia Analysis created an overlay of colored contours to indicate the affected lung tissue and the segmented lung lobes.
For the same patient the AI-Rad Companion CT Pneumonia Analysis created an overlay of colored contours to indicate the affected lung tissue and the segmented lung lobes.

Courtesy of CHR East Belgium Verviers, Belgium
The volume rendering visualizes a larger infected zone in the left lower lobe.
The volume rendering visualizes a larger infected zone in the left lower lobe.

Courtesy of CHR East Belgium Verviers, Belgium
All statistics are calculated for the both lungs, left lung, right lung and per lung lobe, respectively. The color-coded pictogram offers a quick overview of the opacity score for the different lung lobes. Here it indicates the affected left lower lobe.
All statistics are calculated for the both lungs, left lung, right lung and per lung lobe, respectively. The color-coded pictogram offers a quick overview of the opacity score for the different lung lobes. Here it indicates the affected left lower lobe.

Courtesy of CHR East Belgium Verviers, Belgium

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1AI-Rad Companion Organs RT is 510(k) pending, and is not yet commercially available in the United States

2For research purpose only. Not for clinical use. Safety and effectiveness of the prototype have not been assessed and it is not yet commercially available. Its future availability cannot be ensured.

3https://pubs.rsna.org/doi/10.1148/radiol.2020201365