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Our products
ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING
IMAGELOGIX AI is powered by
the rich dataset of 12.5 BILLION medical images
It helped to build the AI-powered clinical decision support system (CDSS) helping detect breast and lung cancer and assist in orthopedic planning and ECG monitoring
the rich dataset of 12.5 BILLION medical images
It helped to build the AI-powered clinical decision support system (CDSS) helping detect breast and lung cancer and assist in orthopedic planning and ECG monitoring
Workflow
- STEP 1The receptionist or referring physician’s office registers a patient with EHR/HIS
- STEP 2IMAGELOGIX RIS automatically picks up the appointment
- STEP 3The new appointment is added to the DICOM worklist
- STEP 1Task from DICOM worklist goes to diagnostic equipment
- STEP 2Examination is performed
- STEP 3Images go to IMAGELOGIX VNA / PACS
- Automated analysis (primary or secondary reading) with AI-assisted pathology marking and report auto generation
- Intelligent patient routing for follow-up diagnostics based on detected pathologies
- Comprehensive unified patient diagnostic record management
- Customizable workflow scenarios to fit diverse clinical needs
- Secure, anonymized image sharing with specified target groups
IMAGELOGIX clinical decision support system (CDSS) is AI-powered
by the rich dataset of 12.5 BILLION medical images and advanced machine learning algorithms
by the rich dataset of 12.5 BILLION medical images and advanced machine learning algorithms
MAMMOGRAPHY AI
KEY BENEFITS:
Quick and accurate diagnostics
WHY IT HELPS:
Saves time and money
HOW IT WORKS:
Powered by AI
CTA: Request a Demo to See It in Action
Quick and accurate diagnostics
- Fast Results: Spots breast cancer in under 60 seconds, addressing radiologist shortages.
- Better Detection: Finds tumors, calcifications, and other issues with expert-level accuracy.
- Improves Outcomes: Pinpoints cancer locations and sizes for precise treatment plans, reducing delays in care.
WHY IT HELPS:
Saves time and money
- Economically Viable: Cuts costs by extending scanner life, adding value for resource-limited clinics.
- Supports Rural Clinics: Works with any equipment, and makes early detection accessible in underserved areas.
- Easy Reporting: Simplifies diagnosis and follow-ups with clear, standard medical reports.
HOW IT WORKS:
Powered by AI
- Delivers quick, reliable results—no complex setup needed
- Density Classification: ACR standards (A, B, C, D)
- Detection & Segmentation: Tumors, calcifications, lymph nodes, skin thickening
- BIRADS Classification: Standardized reporting
- Pathology Parameters: Localization, size: width, height, group analysis (number and area of elements)
CTA: Request a Demo to See It in Action
CHEST & LUNGS AI
KEY BENEFITS:
Quick and accurate diagnostics
WHY IT HELPS:
Saves time and money
HOW IT WORKS:
Powered by AI
Advanced Features:
CTA: Request a Demo to See It in Action
Quick and accurate diagnostics
- Fast Analysis: Delivers chest scan results in under 60 seconds, easing radiologist workloads.
- Better Detection: Identifies tumors, pneumonia, and other lung issues with expert precision.
- Improves Care: Highlights lung conditions for accurate treatment plans, reducing delays.
WHY IT HELPS:
Saves time and money
- Economically Viable: Lowers costs by optimizing scanner use and minimizing additional imaging, benefiting resource-limited clinics.
- Supports Rural Clinics: Works with any equipment and makes lung diagnostics accessible in underserved areas.
- Streamlined Reporting: Provides clear, exportable results for easy integration with hospital systems.
HOW IT WORKS:
Powered by AI
- Offers rapid, reliable results with no complex setup—ideal for clinics with limited resources.
Advanced Features:
- Segmentation: Detects tumors, pneumonia (including COVID-19), ground-glass opacities, consolidations, nodules, and emphysema.
- Measured Parameters: Assesses lung volume and pathology location.
- Technology: Uses deep convolutional neural networks for precise classification and segmentation.
CTA: Request a Demo to See It in Action
MMG example:
first opinion
first opinion
Important Note:
- Visualization masks and parameter descriptions are included in the native series
- No additional series generated
- Protocols ready for export to HIS and RIS
Chest AI example:
first opinion – CT lung
first opinion – CT lung
Important Note:
- Visualization masks and parameter descriptions are included in the native series
- No additional series generated
- Protocols ready for export to HIS and RIS
Orthopedics and arthroplasty
Comprehensive Multimodal Image Viewer:
- Seamless integration with electronic endoprosthesis template libraries
- Qualitative and quantitative analysis with X-ray morphometric measurements
- Automated planning and selection of endoprosthesis components
- Generation of specialized reports detailing planning results
- Extensive database of electronic endoprosthesis templates
- Utilization of templates for precise preoperative arthroplasty planning
ECG AI: comprehensive cardiac analysis
Key Features:
Advanced Measurements:
- Automated PQRST complex analysis and measurements
- Arrhythmia detection, localization, and classification
- Cardiac conduction disorder analysis
- Heart hypertrophy detection and localization
- Unique QRS and PQRST complex identification and interpretation
Advanced Measurements:
- Cardiac cycle length and heart rate
- Electrical axis and heart position
- Blockade detection, localization, and classification Precision Diagnostics:
- Hypertrophied department localization (atria, ventricles) Comprehensive pathology detection and analysis
ECG AI: ECG analysis structure
- Comprehensive morphological analysis of cardiac cycles in automatic mode.
- Automatic detection and localization of ECG syndromes across various pathologies.
- Ability to comprehensively review all retrospective studies for a given patient, including other modalities.
- Adapted, formalized report generation is implemented.
- The module easily integrates into workflows across different usage scenarios.
PACS / VNA with integrated viewer
PACS / VNA Features:
- Automated transfer, storage, and online access to diagnostic examination results
- Seamless integration of diagnostic equipment and PACS from various vendors
- Unique patient identification and unified Electronic Health Record (EHR) management
- Access to diagnostic images from any workstation using any web browser
- Built-in and customizable study report templates
- Support for double reading and teleradiology consultations
- Ensured medical data security and compliance with information safety standards.
- Viewer
Key Features:- Zero-footprint web application - no installation required
- Supports multiple modalities: CT, MRI, ECG, ultrasound, PET
- AI-powered analysis modules for mammograms, ECGs, and lungCTs
- Advanced visualization tools: MPR, 3D reconstruction, image fusion
- Benefits:
- Accessible from any workstation with browser access
- Seamless integration with PACS, RIS, and decision support systems
- Flexible resource allocation between server and client Lossless diagnostic quality image rendering
- Image co-registration (Fusion)
- User-Friendly Interface:
- Customizable hanging protocols
- Structured reporting with templates
- Powerful search functionality across multiple data sources
Radiology information
system (RIS)
system (RIS)
RIS automates the business processes of the radiology department:
Advantages:
- Planning the work of radiology departments
- Patients flow management
- Screening tests management
- Smart distribution of studies between radiologists according to specified rules
- Teleradiological services
Advantages:
- Efficient routing of diagnostic assignments minimizing patient waiting time
- Fraud prevention
- Reducing the number of repeated studies
- Reduced patient info entry errors
- Monitoring the activities of the radiology departments
- Controlling time and compliance with local standards
- Analytics to identify inappropriate and ineffective equipment use
Patient screening and routing by RIS
- Formation of the target groups in accordance with specified criteria
- Generating lists to notify patients about the possibility of undergoing a study
- Study planning, including the ability to automatically transfer tasks to perform studies to diagnostic equipment
- Supporting the process of second reading of mammography examinations
- Planning the routing of patients for additional diagnostics if necessary in case of pathology detection
- Maintaining a patient's history of screening tests.