Innovation is an essential lifeline for improving patient outcomes and refining procedures in the critical world of orthopaedic surgery. Leading the charge is VARTID (Virtual Augmented Real-Time Diagnostics), a company at the cutting edge of surgical technology. By merging augmented reality (AR) with artificial intelligence (AI), VARTID is rewriting the rulebook for joint surgeries.
VARTID’s visionary platform combines preoperative planning, intraoperative navigation, and postoperative documentation into one seamless, accessible system. This game-changing approach is setting a new standard for orthopaedic care.
A markerless revolution in surgical procedures
Founded in 2018 by Lajos Juhász, VARTID is built on a foundation of innovation and expertise in augmented reality (AR) technology. With over three decades of software development experience, Lajos combines his skills as a software developer, functional designer, and AR specialist to drive the company forward.
His journey began by identifying an unconventional problem and recognizing its research potential within real-world applications. After evaluating the project’s financial and technical feasibility, Lajos transformed his vision into reality, establishing VARTID as a leader in AR-driven innovation. As executive manager and co-owner, Lajos continues to shape VARTID’s operations and strategic direction.
At the heart of VARTID’s innovation is its ability to seamlessly integrate AR and AI into the surgical workflow. Traditional orthopaedic procedures often rely on static imaging, manual planning, and physical markers — tools that can be prone to error and variability. VARTID’s markerless, AR-enhanced system replaces these with a dynamic, real-time interface that empowers surgeons with the kind of precision that has never been possible before.
The standout feature of VARTID’s technology is its 3D Dynamic Sensor, a state-of-the-art tool powered by AI. Unlike older systems reliant on external markers, this sensor delivers real-time motion tracking with extraordinary accuracy, ensuring virtual surgical guides stay perfectly aligned with the patient’s anatomy, even during movement. This technological marvel offers real-time guidance, supporting greatly improved surgical outcomes and minimising errors by enhancing accuracy and reducing surgeons’ reliance on physical templates.
While its initial application has been in joint replacement surgeries, the adaptability of the 3D Dynamic Sensor extends far beyond. Its AI-based navigation system is designed to recognise organ movement and dynamic changes during surgery, paving the way for applications in soft tissue procedures and more complex teleoperative solutions. This versatility could transform fields such as general surgery and even advanced robotic-assisted operations, benefitting both surgeons and patients alike.
Preoperative planning, reimagined
Surgical planning is the cornerstone of successful procedures, and VARTID excels in this critical phase. Its AI-driven tools automatically process patient imaging data to calculate reference points, axes, and resection lines. By automating these complex calculations, VARTID allows surgeons to focus on strategic decision-making rather than manual tasks.
Key features include:
- Automatic Resection Plane Calculation: AI generates precise cutting planes tailored to the patient’s anatomy.
- Prosthesis Selection: The system suggests the ideal implant components based on patient-specific measurements.
- 3D Visualisation: Detailed, interactive models provide clarity and support collaborative planning in multidisciplinary teams.
This new era of precision lays the groundwork for more effective surgeries and shorter recovery times. Over time, this precision-driven approach could lead to significant cost savings and improved access to high-quality care, making advanced surgical solutions more widely available. It heralds a future where personalised medicine and innovative technology work hand in hand to deliver better outcomes for all.
Real-time guidance in the operating theatre
VARTID doesn’t stop at planning. Its intraoperative navigation system delivers real-time guidance, with markerless technology enabling precise overlays of templates and components without additional tracking devices. The result? Greater accuracy, streamlined workflows, and enhanced surgeon confidence.
This capability is particularly crucial during surgeries where anatomy may shift or move due to patient positioning or surgical manipulation. With VARTID’s 3D Dynamic Sensor, these changes are accounted for in real time, ensuring that surgical plans remain accurate and effective. For patients, this means reduced risk of complications, while surgeons can perform even the most complex procedures with greater confidence and ease.
A vision for personalised surgery
VARTID’s mission is ambitious but clear: to make advanced orthopaedic care more accurate, affordable, and accessible. The company envisions a future where cutting-edge surgical tools aren’t limited to elite hospitals but are available to clinics and field operations worldwide. The adaptability of its technology underlines this vision, promising to revolutionise not only orthopaedics but other surgical disciplines as well.
Key benefits of VARTID’s approach include:
- Sustainability: Automated systems reduce waste and improve efficiency in operating theatres.
- Personalisation: AI adapts surgical plans to each patient’s unique anatomy.
- Remote Collaboration: Digital tools enable real-time consultations and second opinions.
- Patient Empowerment: Transparent, data-driven processes help patients make informed decisions.
Expanding horizons with AI
One of the most exciting developments is the potential to adapt VARTID’s technology to surgeries beyond orthopaedics. The 3D Dynamic Sensor’s AI capabilities allow it to navigate dynamic environments, such as soft tissue surgeries where organs can shift or change position during a procedure. This flexibility opens the door for advanced teleoperative and robotic-assisted surgeries, offering the precision needed to perform complex operations remotely or in less-than-ideal conditions. The implications for healthcare accessibility in underserved regions are enormous, as surgeons can extend their expertise across geographical barriers with confidence.
The future of healthcare
As the integration of AR and AI into surgical workflows continues to evolve, VARTID has already established itself as a trailblazer. By blending cutting-edge innovation with practical applications, the company is setting a new benchmark for orthopaedic surgery and beyond. With its focus on precision, adaptability, and accessibility, VARTID is not only improving patient outcomes but also redefining what’s possible in modern medicine.
The journey doesn’t end here. As research continues and technology advances, VARTID’s solutions are expected to influence even more areas of healthcare. From reducing surgical errors to enabling advanced teleoperative solutions, the possibilities for improving patient care are limitless. And VARTID is leading the conversation.
To find out more, visit https://vartid.com/
