eXeX, a med-tech company leveraging artificial intelligence and spatial computing to enhance surgical procedures, has closed a $5.8 million seed round just two years after its founding. This funding will accelerate the development of its innovative platform, which aims to improve efficiency and accuracy in surgical operations. The platform, already used in over 2,000 live surgeries across three continents, has demonstrated remarkable results.
In addition to the funding milestone, eXeX has appointed Michael Dykier as Chief Technology Officer (CTO). Dykier, a pioneer in mixed reality-based software development and founder of DAS Labs, brings significant expertise in AI and immersive technology. He expressed excitement about joining eXeX at a pivotal time, aiming to advance the integration of AI and spatial computing in surgical practices worldwide.
The funds will also support eXeX’s planned commercial debut in early 2025, with the initial rollout at select hospitals in the United States and the United Kingdom.
eXeX’s technology is at the forefront of innovation in the medical field, combining artificial intelligence (AI) and spatial computing to transform surgical procedures. Here’s a deeper dive into their tech:
1. AI-Driven Surgical Assistance
eXeX’s platform uses advanced AI algorithms to assist surgical teams in real-time. The AI analyzes vast amounts of data, including patient records, imaging, and live surgical feeds, to provide surgeons with precise recommendations and insights during procedures. This not only enhances decision-making but also reduces the risk of human error.
2. Spatial Computing Integration
Spatial computing refers to the digital manipulation of physical environments through technologies like augmented reality (AR) and virtual reality (VR). eXeX’s platform integrates these technologies to create a spatial map of the surgical environment. This allows for immersive training simulations and real-time overlays of critical information during surgery. For example, AR can be used to project anatomical guides onto the patient’s body, helping surgeons to visualize complex structures without looking away from the operating field.
3. Surgical Team Onboarding
eXeX’s platform is designed to streamline the onboarding process for new surgical staff. By simulating the surgical environment and procedures through AR and VR, new team members can quickly get up to speed, reducing training time and increasing overall team efficiency. This is particularly valuable in complex surgeries where coordination and precision are paramount.
4. Enhanced Procedure Accuracy
The combination of AI and spatial computing allows for unprecedented accuracy in surgical procedures. The platform’s ability to analyze data in real-time and provide actionable insights helps surgeons to execute precise movements, leading to better patient outcomes. The technology also assists in planning surgeries, by simulating different scenarios and optimizing the surgical approach before the operation begins.
5. Scalability and Global Impact
eXeX’s technology is scalable and adaptable to various surgical disciplines. With successful use in over 2,000 surgeries across multiple continents, the platform is proving its global applicability. The company’s vision is to standardize this technology across hospitals worldwide, making advanced surgical care more accessible and improving outcomes on a global scale.
6. Patented Innovation
eXeX has secured patents for its technology, ensuring its unique approach to integrating AI and spatial computing remains proprietary. This includes innovations in how the platform interfaces with existing surgical tools and technologies, making it a seamless addition to modern operating rooms.
In summary, eXeX’s technology is poised to revolutionize the field of surgery by improving efficiency, accuracy, and overall outcomes through the strategic use of AI and spatial computing. With its upcoming commercial debut, the company is on track to set new standards in surgical healthcare worldwide.
