Featuring PrecisionOS, Motorola and Verizon, Engage XR and NuEyes, and Lee Mills
The benefits of virtual reality (VR) for training are well known, but for a role as technical and complicated as that of a surgeon? Surgery requires such precision—is a matter of literal life and death—that gamifying and digitising even basic tasks for trainees to learn would have been unthinkable not that long ago. But then again, trainee pilots have been doing it for much longer and in that area the technology is now considered a part of the process. With companies such as PrecisionOS pushing VR surgery training forward, we are now seeing the results of research that show it could fast become the norm in healthcare.
PrecisionOS announced earlier this month that its software platform had achieved all five industry benchmarks cited by simulation experts for validation of training through multiple, independent, randomised controlled trials published in major medical journals.
This is a huge milestone, both for the company and VR as a training tool. Its platform and the training provided is efficient, increases knowledge, improves technical skills and leads to a steady reduction of mistakes, as demonstrated in leading medical journals, research studies at medical institutions, and during presentations at notable conferences.
Proving that VR works for training, not least in a profession as demanding as surgery, is no longer an issue for the technology and its proponents.
As Dr Richard Satava, professor emeritus of surgery at the University of Washington and an early pioneer in developing simulation standards, says in PrecisionOs’s announcement: “The academic rigour surrounding the PrecisionOS platform is truly impressive.”
Find the link to the full PrecisionOS story below, as well as updates from Motorola and Verizon, Engage XR and NuEyes, and Lee Mills.