Surgical robotics, artificial intelligence in medicine, medical imaging, digital hospital tools, and innovations supporting patient care – these are the TOP 10 MCSC Hospital Leadership Innovation 2026 solutions. The Jury has selected technologies with the potential to streamline hospital operations, improve patient safety, and address some of the most pressing challenges facing modern healthcare.
Another important milestone in the 5th edition of MCSC Hospital Leadership Innovation is now behind us. The Jury has completed its evaluation of the projects shortlisted for the TOP 20 and selected the ten most promising technologies that will compete for victory in this year’s program.
These solutions have been developed to address real hospital needs, ranging from supporting physicians during surgical procedures, through advanced diagnostics and clinical decision-support systems, to digital tools that improve operational efficiency and patient care.
The finalists tackle some of the healthcare sector’s greatest challenges, including shortages of medical personnel, growing patient volumes, the need for faster and more accurate diagnostics, improvements in treatment safety, and increased operational efficiency of healthcare facilities. What unites all shortlisted projects is their practical approach to innovation: each solution is designed to support healthcare professionals and improve the day-to-day functioning of hospitals.
Notably, all of the solutions selected for the TOP 10 were developed by Polish teams and companies. The last time this occurred was in 2022, during the inaugural edition of the competition. This is a clear indication that Poland’s medical innovation ecosystem is maturing, with locally developed technologies increasingly capable of addressing the needs of modern healthcare and demonstrating strong potential for both domestic and international implementation.
TOP 10 MCSC Hospital Leadership Innovation 2026
AVROS – A Robotic Assistant for Surgical Teams
Developer: ACCREA Medical Robotics Sp. z o.o.
AVROS is a modular robotic assistance platform designed as a more accessible alternative to costly surgical robotics systems. Acting as a precise “third hand,” the device stabilizes cameras and surgical instruments such as suction devices, hooks, and retractors, reducing the workload of support staff while allowing surgeons to maintain full control over procedures.
The solution addresses challenges related to staff shortages and assistant fatigue during lengthy operations, improving workplace ergonomics and enhancing visualization of the surgical field.
Thanks to its compact design, mounted directly onto the operating table rail, and its compatibility with standard operating room equipment, AVROS can be implemented without expensive infrastructure upgrades. The platform is applicable across multiple specialties, including surgery, procedural dentistry, neurosurgery, and interventional radiology. It is being developed as a family of solutions encompassing a mechanical camera assistant (AVROS-P), active robotic arms, and future AI-powered systems designed to assist surgeons.
CardioFlow AI (CT-FFR) – Non-Invasive Coronary Artery Disease Diagnostics
Developer : Graylight Imaging
CardioFlow AI is a diagnostic support system for coronary artery disease that combines standard coronary CT angiography (CCTA), artificial intelligence, and blood-flow simulation to non-invasively assess the functional significance of coronary artery stenoses.
Its algorithms automatically reconstruct a three-dimensional model of coronary vessels, analyze blood flow, and calculate fractional flow reserve (FFR), providing physicians with insights that extend beyond traditional anatomical assessments.
The solution can support treatment qualification, reduce the need for certain invasive procedures, and shorten image analysis time. Physicians remain fully in control of the process, with the ability to verify results and adjust analyses before making clinical decisions. The system integrates with hospital infrastructure and medical imaging platforms, facilitating implementation in routine clinical practice.
CuraVox – Intelligent Post-Discharge Patient Follow-Up
Developer: datarabbit
CuraVox is an AI-powered system that automates communication with patients after hospital discharge or medical procedures. Its voice agent conducts structured telephone interviews, gathers information about recovery progress, helps patients understand post-treatment instructions, and identifies potential warning signs of health deterioration.
When intervention is needed, the system automatically alerts medical personnel.
Data collected from every conversation is stored in an analytics dashboard that enables monitoring of follow-up processes, identification of frequently reported issues, and rapid recognition of patients who require additional contact. The solution allows healthcare providers to support significantly larger patient populations without increasing staff workload and can be integrated with existing hospital information systems (HIS) and electronic medical records.
ECG Tutor – A Modern Platform for Learning ECG Interpretation
Developer: Fornixa Imaging Sp. z o.o.
fornixaimaging.com | ecgtutor.com
ECG Tutor is an educational platform that supports ECG interpretation training through artificial intelligence.
The platform combines thousands of real clinical cases with personalized learning mechanisms that adapt exercises to user progress and reinforce knowledge in areas requiring improvement.
Through gamification features such as learning streaks, rankings, and certificates, ECG Tutor increases user engagement. It also offers a dedicated module for universities and healthcare institutions to conduct training programs, examinations, and participant performance analyses.
The platform supports the development of competencies among physicians, medical students, and nursing staff, responding to the growing demand for modern, practice-oriented clinical education.
Feyenally – Vision Testing Using a Smartphone
Developer: FEYENALLY Labs Sp. z o.o.
Feyenally is a mobile solution that uses artificial intelligence to objectively assess refractive errors such as myopia, hyperopia, and astigmatism.
The application analyzes photographs of the eyes taken with a smartphone and determines key parameters required for vision assessment, eliminating the need for specialized equipment.
The examination takes approximately two minutes and guides users through the entire process step by step using neural network-based algorithms. The solution has the potential to expand access to vision screening, facilitate early detection of vision problems, and support the development of modern teleophthalmology services. Its accessibility stems from leveraging a device that most patients already possess: a smartphone.
Mentalio – Clinical Decision Support in Child and Adolescent Psychiatry
Developer: Mentalio Sp. z o.o.
Mentalio supports child and adolescent psychiatrists by organizing the diagnostic process before the patient consultation begins.
Before an appointment, patients or their guardians complete a detailed questionnaire. The system analyzes the collected information and generates a structured report including clinical risk assessments, ICD-aligned diagnostic suggestions, and areas requiring further clinical exploration.
The solution assists physicians without replacing their clinical judgment.
A key feature is algorithm transparency. Physicians can review which data points influenced recommendations, increasing clarity and safety throughout the assessment process. Mentalio operates via a web browser and does not require hospital infrastructure expansion or local software installation, making implementation straightforward within existing IT environments.
NaviFast 6D – Precision Navigation in Hip Arthroplasty
Developer: Robotic Medical Solutions Sp. z o.o.
NaviFast 6D is a system that supports orthopedic surgeons during hip replacement procedures by providing precise measurements of lower-limb length changes throughout surgery.
The solution combines a miniature sterile operating-room device with X-ray analysis software, supporting the entire treatment pathway from surgical planning, through intraoperative measurements, to outcome assessment.
The system enables surgeons to verify implant positioning in real time and make corrections when necessary during the procedure, helping achieve planned treatment outcomes. By integrating surgical planning with intraoperative measurements, NaviFast 6D enhances procedural precision and supports improved quality of care for patients undergoing hip arthroplasty.
NeoNutraCalc® – Digital Support for Nutrition of the Smallest Patients
Developer: Marcin Kalisiak
NeoNutraCalc® is a specialized system designed to support the planning, calculation, and documentation of parenteral and enteral nutrition for newborns, particularly premature infants requiring intensive medical care.
The solution centralizes patient and prescription data, automatically calculates nutritional formulations, and prepares the documentation necessary for treatment delivery.
The system facilitates collaboration between neonatal wards and hospital pharmacies by reducing repetitive manual data entry and ensuring information consistency throughout the preparation process. NeoNutraCalc® does not replace physicians’ clinical decisions or pharmaceutical oversight; rather, it supports workflow organization, process documentation, and secure information exchange using existing hospital IT infrastructure without requiring additional hardware investments.
Poliwater – A Modern Alternative to Traditional Casts
Developer: LIGATIO
Poliwater is an innovative immobilization dressing in the form of a lightweight sleeve activated by contact with water.
Its openwork structure provides effective skin ventilation, reduces the risk of skin maceration, and significantly improves patient comfort compared with traditional plaster casts. The solution also offers customization options, particularly attractive for pediatric patients.
The dressing can be precisely fitted to the patient’s limb, while its waterproof construction allows users to shower or swim during treatment. Developed by biotechnology engineers in collaboration with orthopedic specialists, Poliwater demonstrates how even well-established methods of fracture treatment can be reimagined to improve both patient experience and healthcare workflows.
VisioSurf – Safer Surfactant Administration for Premature Infants
Developer: Jagiellonian University team in collaboration with The Heart and CTT CITTRU UJ
VisioSurf is a miniature endoscopic system designed to support surfactant administration in premature infants suffering from Respiratory Distress Syndrome (RDS).
The solution incorporates an integrated microcamera that enables physicians to perform the procedure under direct visual guidance, increasing precision while maintaining non-invasive respiratory support.
The system was developed to improve the safety of the most vulnerable patients and reduce the risk of injuries and complications associated with traditional surfactant administration methods. Real-time visualization also facilitates training and procedure execution, helping physicians deliver advanced neonatal care more effectively.
You can also read more about VisioSurf on the Jagiellonian University Medical College website.
What’s Next for the Finalists?
Reaching the TOP 10 marks the beginning of the next stage of the program. On 15 September, finalists will present their solutions live in Warsaw during the Hospital Innovation Summit.
We encourage everyone to save the date. More information about the event will be announced soon.