Miltary & Defense
Military & Defense
All developed countries have adapted to using VR and AR for their military and defense systems. The forces use VR and AR modules for special training purposes to prevent physical accidents. VR and AR training help armed forces to train in real war-like situations and react accordingly to enemies without facing the risk of loss of life. AR primarily offers tailored battlefield visualizations, spatial orientation, weapon practicing, ware simulations, virtual terrains, situational awareness, and other customized environments.
VR provides an immersive 360-degree environment for trainees to seamlessly experience the field in real-time with full safety. The training modules also help defense instructors check and observe the real-time performance of every trainee, helping them give feedback accordingly. Instructors can correct new trainees before placing them in hostile environments. Physical training, drills, and survival abilities are simulated and perfected to develop a sturdy fighting unit.
Vehicle simulators immerse customers in the car to feel its power, performance, and possibilities by applying accurate prototypes. Our VR solutions provide a complete driving experience to the users on the roads, parking lots, and highways. Vehicle simulators have brought innovation and interactivity to the automotive industry.
Manufacturing and real-life solutions involve a lot of expenses and take time. With VR, employees can work at their own pace, allocate resources to production, and learn and seek guidance with setup and other things.
It is also an effective way to simulate emergencies and hazardous scenarios in the real world. For instance, the Boeing VR training program trains every mechanical engineer about the repercussions of faulty repairs without experiencing real-world consequences. The VR technical training solutions at Aatral aim to improve the efficacy and quality of employee training.
AI troubleshooting and training
With a digital replica via the VR, while the onsite operator detects the machine’s status locally, the remote team investigates the problem by using the information and finding a solution for it. For example, as soon as a malfunction is detected, an operator checks the devices wearing the BR and connects to the team. The VR detects the device and its status, and the live stream is sent to the team. They can find the best solutions and collaboratively help the operator fix the problem.