How can you enhance the training simulations in AR/VR with haptic feedback devices?

In my experience the need for haptics in VR training are overrated. For 95% of usecases controller vibrations are enough and instead of using so much effort on trying to use a VR glove, the low hanging fruits are enhancing immersion and learning with 1) a good UI, 2) mix VR learning with in person learning or elearning and 3) solid immersive 3D environments.

Maybe consider all the integrated performance shaping factors and train to mitigate risks? Enable stakeholders to do this...Define the system… 1 Define the system needs 2 Define the system 3 Decompose the system 4 Perturb system 5 Develop and define risk criteria 6 Design adverse progressions 7 Define risks with minimal controls 8 Design controls to enable acceptable levels of risk 9 Rank risks and address high to low risks 10 Develop and design system monitoring: early detection, isolation, correction, contingency and recovery 11 Continually validate and verify risk controls 12 Monitor the system and revise analyses due to system dynamics....

When I hear about the term "Tactile realism" I remember my 1st experience using my PS controller and my reaction was like WOW! and it made me play that game more. The same way haptic feedback devices make the XR training more realistic giving the feel of what the people are getting trained for and how that feels in real time. this also makes the learning more interesting and fully immersive than just a boring training.

Haptic feedback takes immersive tech to the next level by adding a sense of touch. You can simulate everything from the texture of a surface to the resistance of an object. Integrate multi-sensory haptics to create a seamless transition between virtual and real-world tasks. This boosts user engagement and enhances training outcomes.

Haptic feedback strengthens muscle memory in VR training. Simulating the tactile feel of medical instruments or engineering tools helps learners practice with precision and confidence. Use adaptive feedback that evolves with the user's skill level. This ensures a challenging yet supportive learning environment.

Virtual Reality (VR) is a computer-generated environment with scenes and objects that appear to be real, making the user feel they are immersed in their surroundings.?This environment is perceived through a device known as a Virtual Reality headset or helmet. VR allows us to learn how to perform heart surgery or improve the quality of sports training to maximise performance. Although this may seem extremely futuristic, its origins are not as recent as we might think. In fact, many people consider that one of the first Virtual Reality devices was called Sensorama, a machine with a built-in seat that played 3D movies, gave off odours and generated vibrations to make the experience as vivid as possible.?

When it comes to safety, the trainings are not like some other trainings where a few things could be 'ignored' or 'it is okay to do this procedure with slight deviations.' The more realistic the training is, the more seriously the trainees consider safety. Haptic feedback devices play a vital role in making these trainings more realistic. In some advanced devices, they can simulate potential safety hazards by providing small vibrations, sensations of touch, and even slight shocks (similar to the experience in laser tag gaming vests).

Haptic devices are ideal for safety training in high-risk situations. Users can experience hazardous scenarios without the actual danger. Design simulations with a range of safety challenges, from construction to emergency response. This way, users develop critical safety skills in a controlled setting.

Simulate physiological responses like heart rate and perspiration to help learners understand their reactions during stressful situations. Create VR scenarios that mimic real-life interactions, such as conflict resolution or customer service. This helps improve emotional intelligence.

Customization is crucial for effective haptic feedback. Allow users to adjust intensity and feedback types for a personalized experience. Offer modular haptic components so users can build custom training simulations. Tailor these to fit unique needs and preferences for better engagement.

As discussed in my earlier comments, making the training fully immersive using haptic feedback devices definitely increases the interactivity between the humans and the devices used for training. This not only makes the training interesting but also makes it easier to understand and makes the training more efficient on the whole.

Haptic feedback elevates interactivity in AR/VR, creating a more responsive learning environment. Keep innovating with advanced haptic technology to maintain high engagement. Implement bi-directional feedback to enhance interaction with virtual objects and environments.

Collaborate with industry experts to ensure that haptic-integrated simulations reflect real-world scenarios. Partner with hardware manufacturers to access cutting-edge technology, keeping your edtech solutions ahead of the curve. This approach delivers unparalleled training experiences.

Haptic feedback helps anchor gesture in immersive experiences. As infants, we start to understand the world through tactile navigation. As newbs to immersive experiences we will benefit from the same, via thoughtful holistic UX design.