Enfoglobe Copyright 2014 2015 Immerse Yourself in a

�Novel solution for training medical students on highrisk procedures �Provide virtual training environment that can be mobile, performed anytime, anywhere, and repeated unlimited times by individuals �Lower risks inherent in complex medical procedures �Increase experience of new medical professionals at low cost. �Build an extensible 3 D reality platform with elements that can be reused in similar procedures

�Reduce the risk of complex procedures. �Reduce costs associated with the training of medical students. �Expedite the training process. �Help students gain confidence/ attain expertise quicker. �Build a re-usable platform that can be used to simulate other procedures in the future.

�Create a versatile, technical platform by integrating the latest advancements in virtual reality immersion technology. �The Oculus Rift and Leap Motion Controller work seamlessly with one another and offer a zero latency response time allowing for real time interaction with the materials in the program. �By integrating these two technologies, virtual reality headsets and hand motion sensors, affordable training programs can be made available.

• Next-gen virtual reality • Low latency 360° head tracking • Stereoscopic 3 D view with excellent depth and scale • 100° field of view • Comfortable, lightweight and affordable

• Tracks all ten fingers up to 1/100 th of a millimeter • 150° field of view and a Z -axis for 3 D processing • Track hand movements at 200 frames per second • Extremely lightweight and only 76 millimeters long

The Oculus Rift and the Leap Motion controller are able to work seamlessly together. With out gloves or additional hardware, Leap Motion VR will render 3 D images of your hands into the virtual world for program interaction.

�Surgery Simulation �Tools �Operating room �Digital Cadaver �Knee Replacement Procedure �Can be altered to other high-risk procedures �Enfoglobe programmers will work with medical doctors to write a "script" or the complete step-by-step actions the program must take to lead a medical trainee through the procedure.

-3 D rendered objects in virtual reality can be observed from every angle -Instruments provided -Student can follow step-by-step instructions or perform operation on their own

Students can use their hands to perform a procedure in a virtual world.

�Lower risks of error �Mobile training �More experience at a lower cost �Unlimited amount of practice time �Reuse of platform elements in similar procedures �Economic benefits from low cost training and reduced malpractice

�Oculus Rift/Leap Motion are leaders in the industry �New medical surgery programs can be created using code from knee replacement surgery program �Other industries can utilize this type of training program �Flight Simulators �Military Personnel