Founded in 2015 and started developing 3D software technology for medical education. We completed a 3D human anatomy database and did pilot projects for the University of Washington, Massachusetts General Hospital, and Allergan, Inc. We pivoted in 2018 by developing virtual reality software for military emergency medical training. We have pushed the traditional boundaries of medical technology with a new business model that accelerates advances in how emergency medicine is taught, learned, and practiced and how patient care is delivered and administered, thereby resulting in savings in time and money.
Exonicus initiated a project three years ago to create the First trauma simulator capable of running without an instructor. The primary focus was decision training (i.e. cueing) when to initiate a blood transfusion, place a chest tube, or complete a cricothyrotomy. The system leverages a highly-responsive, validated physiology simulation.
Trauma Simulator has received several national awards and won start-up competitions. Exonicus cooperates with Riga Stradins University.
What we do
Similar to a pilot’s flight simulator, the Trauma Simulator is a free-play virtual reality training software platform capable of training military medical personnel through dynamic physiologic responsive simulations that allow decision-training without an instructor.
Virtual environments include multiple echelons of care (ROLE I-III), and medical evacuation platforms. The rooms, equipment, and medical supplies in the simulator correspond identically to real-world locations.
The experience is built around engaging simulations requiring active decision making to manage patients with the top battlefield killers: airway obstruction, tension pneumothorax, and hemorrhage. A mass casualty event with multiplayer functionality is integrated into the training experience.
We have pushed the traditional boundaries of medical education technology with a new business model that accelerates advances in how emergency medicine is taught, learned, and practiced and how patient care is delivered and administered, thereby resulting in savings in time and money.