Streamline Operating Room Management
Leap Rail provides a flexible platform for streamlining operating room management through artificial intelligence, workflow automation, and patient, physician, and staff engagement, paving the way for achieving quadruple aim in healthcare.
Predict the Future
Operating rooms are dynamic and unpredictable and change is the only constant. Through artificial intelligence and predictive analytics, Leap Rail enables your operating room management, physicians, surgical staff, and even external vendors to anticipate what is likely to happen and empowers them to make timely adjustment to deliver safer, better, and cheaper care.
Leap Rail method resulted in a 70% reduction in overall scheduling inaccuracy.
Brigham and Women's Hospital - Journal of Medical Systems
Case duration accuracy is essential for running an efficient operating room. It’s the building block of your plan. Everything else you do is built upon this nuclear attribute. Yet, many organizations rely on simple historical averages provided by their EMR or use surgical team estimates. It has been shown over and over that such simplistic approaches are inaccurate and do have costly consequences on operating suite utilization and patient, physician, and staff satisfaction. Learn how Leap Rail machine learning models significantly improve accuracy and contribute to the quadrople aim.
Analyze the Past
Management thinker Peter Drucker is often quoted as saying that "you can't manage what you can't measure." A complex environment like operating room is a prime example of this adage. Not only you need to be able to measure all the important metrics about your OR operations, you should be able to do so quickly and consistently if you want to drive process and behavior change. If generating reports and exploring your data takes weeks and adhoc requests to analysts in IT department, by the time you have the answers, your team has moved on to new challenges. Leap Rail platform gives you access to a comprehensive 360 degree view of your operation in real-time.
