IVIR Inc. receives notification of selection for Phase 2 SBIR for the Combat Casualty Training “Mixed Reality Manikin Solution for Female Soldier Survivability”.  IVIR proposed an Integrated Female Trauma Simulation Architecture utilizing our previous efforts on the Joint Emergency Trauma System (JETS).

IVIR Inc. has completed the delivery of “The Prolonged Care Training System with Optimized Physiology Engine (PCTS)” to the US Army Futures Command.  The system developed is a virtual-reality (VR) simulation training system that can present pre-programmed signs, symptoms, and vital signs at pre-determined times using a physiology engine that has been vetted by subject matter experts. This system is intended to train prolonged field care over an expedited period of time.

The system is designed to support crawl, walk, and run phases of training. In crawl phase, the learner is prompted step-by-step through the procedure. In walk phase, the learner is not automatically prompted but the learner can access the tutorial information when needed. In run phase, the learner can only access information that would typically be available on the job and does not include any hints or tutorial messages.

IVIR Inc. has been award a Phase 1 SBIR for Combat Casualty Training “Mixed Reality Manikin Solution for Female Soldier Survivability”.   Our solution is an open architecture that enables interoperability between dissimilar medical simulation systems known as the Joint Emergency Trauma System JETS. The JETS architecture allows more than one system to subscribe to a single data point; for example, both a patient monitor and a patient simulator can subscribe to the same set of vital signs produced by a single physiology engine.

The strength of JETS is that it is optimized to facilitate integration between simulation manufacturers and developers with minimal intrusion into the internal operations of their products.