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the
future
is moving
with us

Real-time digital avatars for injury prevention, performance optimazation and tactical intelligence.

contact us now

about us

The concept behind Kinavix is to unify motion data, physiological measurements, and artificial intelligence analyses in real time. This enables athletes and their coaches to receive immediate, objective feedback on workload, injury risk, and tactical patterns. The system opens new dimensions not only in professional sports but also in youth development and rehabilitation, as it makes progress measurable and ensures safer return-to-play decisions through data.

This enables athletes and their coaches to receive immediate, objective feedback on workload, injury risk, and tactical patterns.The system opens new dimensions not only in professional sports but also in youth development and rehabilitation, as it makes progress measurable and ensures safer return-to-play decisions through data.

Kinavix is more than just a technology—it represents a shift in mindset within the world of sports. By building on data, it bridges the gap between medical science, sports science, and the practical realities of team sports. Our aim is not only to help prevent injuries but also to provide new tools for objectively assessing young talent and supporting clubs in their strategic preparation.

    learn more

      the
      future
      is moving
      with us

      Real-time digital avatars for injury prevention, performance optimazation and tactical intelligence.

      about us

      The concept behind Kinavix is to unify motion data, physiological measurements, and artificial intelligence analyses in real time. This enables athletes and their coaches to receive immediate, objective feedback on workload, injury risk, and tactical patterns. The system opens new dimensions not only in professional sports but also in youth development and rehabilitation, as it makes progress measurable and ensures safer return-to-play decisions through data.

      This enables athletes and their coaches to receive immediate, objective feedback on workload, injury risk, and tactical patterns.The system opens new dimensions not only in professional sports but also in youth development and rehabilitation, as it makes progress measurable and ensures safer return-to-play decisions through data.

      Kinavix is more than just a technology—it represents a shift in mindset within the world of sports. By building on data, it bridges the gap between medical science, sports science, and the practical realities of team sports. Our aim is not only to help prevent injuries but also to provide new tools for objectively assessing young talent and supporting clubs in their strategic preparation.

      learn more

      the
      problem

      Athletes worldwide are suffering injuries at an increasing rate – and most of these occur without contact, in unexpected situations. Current tools and methods are unable to provide real-time, objective safety.

      the
      problem

      Athletes worldwide are suffering injuries at an increasing rate – and most of these occur without contact, in unexpected situations. Current tools and methods are unable to provide real-time, objective safety.

      Kinavix in
      the Works

      Get a first glimpse into how Kinavix is merging motion data, physiology, and AI into one real-time system designed to transform performance, prevent injuries, and redefine athlete development.

      WE KNOW YOUR STRUGGLES

      RISING NUMBER OF INJURIES

      The number of sports injuries is increasing year by year, especially in the case of non-contact injuries. For young athletes, this is further compounded by chronic issues caused by overtraining, which can threaten their careers in the long term.

      Inaccurate rehabilitation

      Despite advances in diagnostic systems, recovery and return-to-play decisions are still often based on subjective assessments. There is a lack of real-time measurements that could accurately indicate when an athlete is truly ready to return.

      Tactical disadvantage

      While data-driven analysis of opponents is becoming increasingly sophisticated, athletes’ own tactical preparation is not supported by the same level of technological solutions. This creates a competitive disadvantage.

      Subjective talent management

      Talent identification and youth development still rely heavily on coaches’ impressions. Due to the lack of objective, measurable data, many young athletes are not given the proper opportunity to progress.

      the future of sport

      requires objective,
      real-time technological support — and this is exactly what Kinavix provides.

      the
      solution

      Athletes worldwide are suffering injuries at an increasing rate – and most of these occur without contact, in unexpected situations. Current tools and methods are unable to provide real-time, objective safety.

      Virtual
      Avatar Output
      Physiological Data
      AI Analysis
      Motion Capture

      Real-time digital twin

      AI-DRIVEN ANALYSIS

      PERSONALIZED FEEDBACK

      the
      solution

      Athletes worldwide are suffering injuries at an increasing rate – and most of these occur without contact, in unexpected situations. Current tools and methods are unable to provide real-time, objective safety.

      Real-time digital twin

      AI-DRIVEN ANALYSIS

      PERSONALIZED FEEDBACK

      Virtual
      Avatar Output
      Physiological Data
      AI Analysis
      Motion Capture

      how does it WORK?

      01

      Input – Motion & Physiology

      Cameras and sensors capture every movement and physiological metric of the athlete in real time during training and matches.

      Analysis – AI-driven Risk & Fatigue Detection

      Artificial intelligence uses advanced algorithms to analyze performance, detect fatigue, identify biomechanical asymmetries, and uncover hidden risks.

      02

      03

      Output – Virtual Avatar & Dashboards

      The data is transformed into a digital avatar and a detailed dashboard. The 3D visualization provides objective, actionable insights into the athlete’s condition and safety.

      WHAT'S new

        Congress of the Hungarian Society of Orthopedic and Traumatology

        On June 26, 2026, Dr. Gergő Merkely had a presentation titled “The future of modern sports medicine: from injury prevention through joint preservation to return to sport” at the Congress of the Hungarian Society of Orthopedic and Traumatology. The presentation showed current trends and innovative approaches in sports medicine, with a focus on injury prevention, joint preservation, and evidence-based return-to-sport strategies.

        KinaviX at SPEED26 Congress

        On January 24, 2026, Dr. Nóra Sydó gave a presentation titled "Digital avatars in athletes" at the SPEED26 Congress, presenting how digital avatar technology and motion capture can support athlete assessment in sports medicine. The presentation highlighted innovative approaches to objective biomechanical evaluation and their potential clinical applications.

        Motion Capture for the Hungarian National Football Team

        KinaviX performed motion capture assessments for members of the Hungarian National Football Team as part of a comprehensive sports cardiology screening program, providing objective biomechanical data to complement the clinical evaluation and the support injury prevention.

        Athens, Greece | April 2026

        Isokinetic Conference 2026, Athens

        Our team attended the Isokinetic Conference in Athens, a leading international sports medicine event focused on return to performance, ACL research, and the growing role of technologies such as AI and EMG in performance and rehabilitation.

        Budapest, Hungary | December 2025

        Technology and Defence Conference

        Gergő Merkely, Human Digital twins for Performance Optimization and Injury-risk Prediction Technology and Defence Conference, VIKI Defence Innovation Research Institute

        Budapest,Hungary | November 2025

        Kinavix joined a Semmelweis University

        Kinavix joined a Semmelweis University lead Research and Development grant, Digital avatars: applications for injury risk prediction and performance assessment.
        National Research, Development and Innovation Office, Hungary 2025.01-2025.11. - 750.000 Euro, extended to: 2026.04.01. - 375.000 Euro
        New York, USA | October 2025

        OREF Northeast Region Resident Symposium

        Gergo Merkely awarded for "AI Driven Virtual Athlete Avatars for Injury Risk Stratification and Performance Analysis in Sports Medicine" - 2025 OREF Northeast Region Resident Research Symposium, 3rd place,
        Budapest,Hungary | October 2025,

        Semmelweis University TTC

        György Tóth CEO, Semmelweis University TTC became a partner in KinaviX ltd., and a technology transfer and utilization agreement was made.

        Budapest, Hungary | June 2025

        UEFA Post-Season Meeting

        Gergő Merkely presented in the topic of Artificial intelligence for motion analysis: Markerless motion analysis and Virtual Avatars The future of injury prevention and performance enhancement.
        Singapore | 2025

        World Aquatics Championships

        Dr. Nóra Sydó, the team doctor of the National Swimming Team was in Singapore at the World Championship, where Hubert Kós won a gold medal in 200 m backstroke with a new European record and a bronz medal in 200 m medley.
        Budapest,Hungary | July 2025

        KinaviX founded

        The KinaviX Ltd. was established in July 2025, following nearly three years of joint collaboration involving industry professionals, medical experts, and researchers. Its mission is to build upon the accumulated knowledge, know-how, and developments from this collaboration and turn them into market-ready products.

          Research and innovation
          funding

          NKFIH Funding Awarded for Our Digital Avatars Research Project

          KinaviX received funding from the Hungarian National Research, Development and Innovation Fund (NKFIH) through Project No. 2020-2.1.1-ED-2024-00353 to support the development of advanced motion capture technologies for sports medicine. The project establishes the foundation for innovative biomechanical assessment methods and their application in athlete injury evaluation and research.

          NKFIH Grant Awarded for the Next Phase of Our Digital Avatars Research Project

          KinaviX has been awarded 150 million HUF funding from the Hungarian National Research, Development and Innovation Fund (NKFIH) through Project No. 2025-3.1.1-ED-2026-00061 to support the market introduction of our "Digital Avatars: New Tools for Sports Medicine" project. The grant will accelerate the translation of our digital sports medicine technologies into practical clinical and sports applications.

          collaboration
          partners