Custom development

Amycard in collaboration with its partners successfully promotes non-invasive electrophysiological system for cardiac arrhythmia diagnostics. Inobitec develop and support the respective software functionality, integrated into this unique hardware system.

In the context of cooperation on creation of Russian cardiac mapping system, Astrocard and Inobitec developed software for a non-fluoroscopic complex for intracardiac electrophysiological studies of the heart (Astrocard® - CardioEfi II). The system is designed to improve the quality of diagnosis and treatment of various cardiac arrhythmias.

Features of the project

• C++, Qt Framework, OpenGL;
• Cross-platform native multi-monitor software system with graphical user interface embedded in hardware;
• Integrated processing of various signals: movements of mapping electrodes, ECG (electrocardiograms) with adaptive digital filtering in real time to ensure high signal-to-noise performance;
• Polygonal interactive heart reconstruction with 3D visualization based on Fast Mapping technology together with multichannel ECG output;
• Construction and display of various color maps of the three-dimensional electrophysiological activity of the myocardium.

Electronic queue

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Doctor's workplace

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Viewer

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Video conferencing

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Digitization post

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Functional diagnostics post

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MedExpert is a network of diagnostic centers that provide a wide range of services for magnetic resonance imaging (MRI), computed tomography (CT), ultrasound examinations (ultrasound), radiography (X-ray). 

The medical centers equipped with different diagnostic devices, the work of which must be controlled by the hospital information system (HIS), as well as those devices that do not receive commands, but must also transmit the results of their work to HIS. The devices have various connection options (USB, RS-232, Ethernet, etc.) and ways of interacting with them. It is almost impossible to support all of them in the HIS. Therefore we came up with the idea to create the DeviceManager (DM) software layer, which provides a single interface for the HIS for setting tasks for devices and obtaining results.

This is a special web-portal on which doctors put in requests for the build of volumetric reconstructions of organs or tissues. Vitaworks specialists create a life-sized 3D models of body organs and provide links to work with them.

01. Step one

The patient does a thin-layer CT or MRI scan

02. Step two

DICOM data is sent to Vitaworks

03. Step three

Vitaworks smart recognition algorithm visualizes organs

04. Step four

Creation of a life-sized 3D models of the patient's body organs

05. Step five

Generation of a link to the cloud service to download and view the model