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Medical Optimization Platform (MOP) is a complex solution for radiolody equipment work optimization. It helps medical institutions to reduce operational and maintenance costs and increase profits for diagnosis equipment on image devices based on mathematical modeling, data mining, and AI analysis.

The Medical Optimization Platform (MOP) is an advanced solution designed for the optimization of radiology equipment in healthcare institutions. Leveraging the power of mathematical modeling, data mining, and artificial intelligence (AI), MOP enhances the operational efficiency and profitability of diagnostic imaging devices such as CT, MRI, X-ray, and PET scanners. This platform has demonstrated its effectiveness across 107 independent government healthcare organizations, delivering significant improvements:
  • 10% reduction in operational costs
  • 50% reduction in maintenance costs
  • 15% increase in scanner capacity
The healthcare industry faces challenges in preparing for rare and unpredictable events, such as the COVID-19 pandemic. Most diagnostic equipment operates under suboptimal conditions, leading to underutilization. MOP addresses this by offering a comprehensive B2B solution that can triple or even quintuple the capacity of such equipment.

How the MOP Platform Works

The image depicts the workflow of the Medical Optimization Platform (MOP) in optimizing the use of high-tech radiology equipment. Here's a breakdown of how the process works:

1
Data Collection:
Motion Capture System: The platform uses a motion capture system to monitor the movements and actions of staff and equipment within the medical facility.

Data Mining: Simultaneously, the platform gathers and analyzes data from the healthcare unit, including information related to costs, workload density, regulations, and Standard Operating Procedures (SOPs).

Scanning Info from Medical Devices: MOP also collects real-time data directly from the diagnostic equipment, such as CT, MRI, X-ray, and PET scanners.
2
AI Analysis:
Comparison by AI (Real vs. Ideal): The collected data is processed by AI, which compares the real-world performance and operations of the equipment and staff against an ideal benchmark. This analysis helps identify inefficiencies and areas for potential improvement.
3
Efficiency Review and Improvements:
Efficiency Review: Based on the AI analysis, a detailed efficiency review is generated. This report outlines the current operational efficiency, highlighting any gaps between the actual and ideal scenarios.

List of Improvements: The platform then produces a list of actionable improvements that can be implemented to optimize the use of equipment and resources.
4
Professional Review:
Review by Field Professionals: The list of suggested improvements and the efficiency review are then vetted by top professionals in the field. Their expertise ensures that the recommended changes are practical, effective, and aligned with industry best practices.
By following this process, the MOP platform helps healthcare institutions enhance their equipment's operational efficiency, reduce costs, and ultimately provide better patient care. This systematic approach to optimization ensures that radiology equipment is used to its fullest potential, leading to improved diagnostics, reduced downtime, and increased profitability.
Key Benefits
Enhanced Equipment Utilization
Even when diagnostic devices are fully loaded, MOP can double their workload, providing faster and more cost-effective solutions for radiodiagnosis.
Maintenance Cost Reduction
MOP cuts maintenance costs by up to 50%, ensuring that equipment is maintained more efficiently.
AI-Driven Optimization
Automates decision-making, ensuring equipment is used to its full potential​(BP - MOP (1)).
Operational Cost Reduction
The platform significantly reduces operational costs and electricity usage by up to 10%.
Proven Results
Successfully implemented in over 100 institutions, showing significant operational cost reductions​(BP - MOP (1)).
Increased Scanner Capacity
By optimizing process and staff operations, MOP increases the total capacity of scanners by up to 15%.
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Social Impact
  • Improved Healthcare Confidence
    Enhancing the reliability of medical personnel and equipment increases public trust in the healthcare system.
  • Affordable Medical Services
    By reducing the cost of radiation diagnostics, MOP makes medical services more affordable.
  • Reduced Radiation Exposure

    MOP minimizes radiation doses to patients without compromising image quality, contributing to safer diagnostics.

Service Offerings

Computer Vision and Data Mining
Scans hospital equipment rooms and captures personal movements during procedures using a motion movement system.
AI Analysis
Analyzes data including scanning info, motion control, and data from hospital units (financials, schedule density, SOPs, workload).
Real vs. Ideal Case Comparison
Compares the actual workflow with the ideal setup, identifying areas for improvement and creating actionable to-do lists.
Expert Review
Top professionals review proposed improvements, ensuring their relevance and effectiveness.
Efficiency Review Document
A comprehensive report with possible improvements, potential savings, and a step-by-step implementation plan.
ESG Principles and Optimization Directions
  • Reduce Equipment Depreciation
    Minimizes wear and tear on expensive equipment, preserving resources.
  • Lower Service
    Costs
    Helps institutions cut service-related expenses.
  • Sustainable Development

    Supports sustainable practices by reducing electricity usage, contributing to conscious consumption.

  • Cost Savings
    for Patients

    Lowers medical survey costs, making healthcare more accessible.

This comprehensive list of services will ensure that the MOP platform delivers value across multiple aspects of healthcare facility operations, from optimizing equipment use to supporting sustainable practices.
Our Clients and Their Needs
Healthcare Providers
Hospitals and Clinics:
Need to optimize expensive imaging equipment performance, reduce downtime, and improve patient throughput.

Diagnostic Centers:
Seek improved patient throughput and reduced equipment wear and tear.
Healthcare Professionals
Radiologists and Technicians:
Require advanced tools to optimize workflows and enhance diagnostic imaging quality.
Research Institutions
Medical Schools and Research Facilities:
Use cutting-edge technology to support clinical research and streamline radiology-based studies.
About Us
Our Story – Medical Innovation at the Forefront of Diagnostic Technology

With over 50 years of collective experience in radiology and AI, the Medical Optimization Platform is designed to meet the growing demands of modern healthcare facilities.

Company Overview:

MOP was founded by experienced professionals in radiology and healthcare optimization. The team recognized the urgent need for efficient use of diagnostic equipment, especially during crises like COVID-19. This led to the development of the Medical Optimization Platform, which integrates advanced mathematical modeling, AI, and process optimization to help hospitals and diagnostic centers reduce operational and maintenance costs while enhancing patient care.


By transforming established principles into AI algorithms, MOP ensures that radiology equipment operates at maximum efficiency based on real-time data. This approach has proven over 100% effective in improving equipment utilization across multiple healthcare facilities. At MOP, our mission is to revolutionize how radiology departments function by making diagnostic equipment more efficient, cost-effective, and sustainable.

Team:

Sergei Vylegzhanin – CEO & CTO

An experienced radiologist with over 20 years of experience managing radiology departments. He leads the platform's strategy and technical development​.


Maria Vasilyeva – COO & Medical Advisor

An ultrasound diagnostics expert with over 25 years of experience in optimizing medical workflows​.

Transforming Healthcare
with Cutting-Edge Technology
The Medical Optimization Platform (MOP) leverages AI, data analytics, and machine learning to improve the efficiency of radiology equipment and workflows.
Key Features:
  • AI-Based Diagnostics
    AI assesses and optimizes diagnostic workflows, ensuring equipment operates at peak performance, leading to better patient care and increased throughput.
  • Cost Savings
    Reduces operational and maintenance costs by up to 50%, helping institutions manage budgets more effectively.
  • Increased Efficiency
    Increases scanner utilization by up to 15%, maximizing expensive equipment output.
  • Real-Time Data Monitoring
    Offers real-time data collection and analysis to help medical teams make informed decisions.
Case Studies:
  • Government Hospital Optimization:
    Reduced maintenance costs by 50% and increased scanning capacity by 15%, allowing the hospital to serve 20% more patients.
  • Private Diagnostic Center:
    Achieved a 3x increase in the lifespan of CT scanners, reducing energy consumption by 60%.
Solutions
Tailored Solutions for Healthcare Institutions
Whether you're managing a large hospital or a specialized diagnostic center, MOP provides customizable solutions to meet your specific needs.
Healthcare Providers
Hospitals and Clinics:
Optimizes imaging equipment performance, reducing downtime, and improving patient throughput.

Diagnostic Centers:
Benefits from improved patient throughput and lower equipment wear and tear.
Healthcare Professionals
Radiologists and Technicians:
Advanced tools to optimize workflows and increase diagnostic imaging quality.
Research Institutions
Medical Schools and Research Facilities:
Cutting-edge technology to support clinical research and streamline radiology-based studies.
Get in Touch with MOP
Ready to take your radiology department to the next level? Contact us to learn more about how MOP can transform your operations.