In an age where technology and healthcare increasingly intertwine, Medivis stands at the forefront, transforming surgical planning through its innovative augmented reality platform, SurgicalAR. This leap in technological advancement is not just a tale of inventive minds but also a narrative driven by necessity, passion, and practicality within one of the world’s most critical fields – medicine.
From Concept to Reality
Founded by two medical residents, Osamah Choudhry and Christopher Morley, Medivis started as a side-project fueled by their shared vision of improving surgical outcomes. With a background at NYU Medical Center, the founders recognized a significant gap in how medical imaging integrated with surgical utility. After two years of relentless development, the dream became a reality, backed by $2.3 million in financing from Initialized Capital and partnerships with tech titans like Dell and Microsoft.
The Impact of HoloLens Technology
The landscape of augmented reality in medicine received a tremendous boost with the launch of Microsoft’s HoloLens. Morley referred to this as a pivotal moment, likening it to the “Holy Grail” of medical technology – the ability to holographically render a patient. This vision now materializes through Medivis’s SurgicalAR, enabling healthcare professionals to visualize patient data through detailed 3D models, thereby enhancing surgical planning.
Revolutionizing Surgical Planning
Medivis’s platform bridges the essential gap between traditional medical imaging and surgical preparations. By converting complex patient data into easily interpretable 3D models, surgeons can devise more precise and personalized surgical strategies. This process not only optimizes surgical outcomes but also alleviates potential complications associated with a lack of comprehensive pre-surgical planning.
Efficiency with Machine Learning
Medivis is not just resting on its laurels; it plans to incorporate machine learning capabilities into its platform. By extracting the most relevant information from a patient’s medical records, the system will further streamline the surgical planning phase. “What we have seen is a distinct lack of 3D pipelines,” noted Morley, emphasizing the need for rapid automation in rendering processes—a necessity that Medivis aims to provide.
A New Era of Surgical Visualization
SurgicalAR consists of a touchscreen monitor, a headset, and a display that effortlessly plugs into hospital networks. Within approximately 30 seconds, it can access and display medical imaging data from hospital servers, positioning itself as an invaluable asset in the pre-surgical planning stage. “The immediate utility in surgical planning is remarkable,” said Choudhry, underscoring the goal of providing streamlined navigation in the operating room.
Real-World Application
Practicality is at the heart of Medivis’s innovations. The team has already collaborated with institutions like the University of Pennsylvania and New York University, having successfully guided over 15 surgeries using their technology. This hands-free, intuitive approach ensures that surgeons can make informed decisions quickly, focusing on what truly matters—patient care.
Conclusion: Transforming the Operating Room
As healthcare continues to evolve with the integration of cutting-edge technologies, Medivis is setting a benchmark with its augmented reality surgical planning tools. With ambitious projects underway and a firm foundation in medical expertise, the company is well-poised to influence the future of surgeries, enhancing safety, precision, and overall patient outcomes. At fxis.ai, we believe that such advancements are crucial for the future of AI, as they enable more comprehensive and effective solutions. Our team is continually exploring new methodologies to push the envelope in artificial intelligence, ensuring that our clients benefit from the latest technological innovations. For more insights, updates, or to collaborate on AI development projects, stay connected with fxis.ai.