Let’s bring AI innovations into day to day hospital practices.
AICURA Medical offers the only platform that allows the safe use of hospital-generated data to improve patient care. From now on third party AI developers can finally create AI applications – for the daily use in the clinical setting.↓
Now available in
Gain operational efficiency and decision-making support through cost savings and better patient care by easily integrating new AI innovations.
Through the AICURA Platform, hospitals are able to unlock their data assets. This forms the basis of R&D cooperation between hospitals and third parties.
For AI developers
Use healthcare data immediately – bypassing the difficult process of sourcing it.
Bring your product to market with a click, simply by uploading the app into the APP store. Save up to 90% of your development time.
The only platform of its kind
Install AICURA OS in your hospital to unlock your data assets while having access to a host of AI cost saving and efficiency improving applications.
Get the AICURA IDE to immediately start using hospital data, and get access to a marketplace with a click.
AICURA App Store
Visit the AICURA App Store, the meeting point for hospital staff and healthcare AI Innovations & the easiest way to bring a healthcare AI app to market.
Length of Stay Prediction
This app predicts the length of stay of patients in the hospital on the basis of clinical information. It can identify reasons for a prolonged hospital stay and allow for efficient resource management.
White Matter Lesion Segmentation
White matter lesions are found in most aging brains and can be indicative of various diseases. Our white matter lesion segmentation allows for volumetric assessment of the lesion load and supports physicians in the assessment of Brain MRI images.
ECG arrythmia disease detection and classification
The ECG app is designed to detect different types of cardiac arrhythmia based on an ECG event recorder. It will help physicians to detect irregularities in the ECG and facilitate a fast and appropriate reaction.