Technology can help us see situations from another perspective.
Virtual reality, augmented reality, 360° video, spatial audio, haptics and interactive simulation can expose users to barriers they may never have considered before.
A healthcare professional can experience what happens when communication becomes inaccessible. A student can enter a visually confusing environment. A manager can discover how difficult a public space becomes when information is presented only in one sensory format. A parent may better understand why a child reacts strongly to a particular environment.
But there is an important ethical distinction.
Technology can simulate barriers, sensory conditions, environmental overload, communication breakdown and accessibility problems.
It cannot fully reproduce what it means to live with a disability or health condition every day.
A ten-minute simulation is not a lifetime of experience.
Awareness is not the same as diagnosis or treatment
The objective of an awareness simulation is different from clinical intervention.
An awareness simulation aims to help someone notice barriers, understand another perspective and reconsider how environments or services are designed.
Why immersive technology can be powerful for awareness
Traditional awareness training often relies on presentations, text, videos and testimonials.
Immersive technology adds another dimension: experience.
Instead of being told that an environment can be overwhelming, the learner may enter a simulated environment where sound becomes intense, visual stimuli accumulate, instructions become difficult to follow and several events happen at the same time.
Experience should lead to reflection
A better model is experience → debrief → lived-experience perspective → reflection → action.
The most important part may happen after the headset is removed.
Autism and sensory differences
Autistic people may experience sensory processing differently, including sound, light, movement, touch, crowded environments or unpredictable stimuli.
But autism is highly heterogeneous.
There is no single autistic sensory experience.
An autism simulation should therefore never claim This is what autism feels like.
A more responsible description is: This simulation demonstrates one possible example of sensory overload or environmental difficulty that some autistic people may experience.
Simulating sensory overload
A sensory-overload scenario could gradually introduce overlapping conversations, bright lighting, alarms, movement, visual clutter and unpredictable sound.
The participant may then be asked to complete a simple task such as finding an object, following an instruction or responding to a question.
The objective is not to recreate autism. It is to demonstrate how an environment can make an apparently simple task much harder.
The environment may be the problem
Instead of asking Why is this person reacting badly?, the simulation can encourage the question What is happening in this environment?
This is particularly relevant in schools, hospitals, airports, shopping centers and waiting rooms.
Sometimes the most effective intervention is not changing the person. It is changing the environment.
Autism awareness should include more than sensory overload
Autism should not be reduced to sound and light sensitivity.
Awareness should also address communication differences, need for predictability, executive-function challenges, social demands, environmental barriers and individual strengths.
Listen to autistic people
A simulation should create curiosity, not certainty.
The correct conclusion is I understand one aspect better, and now I need to listen more carefully to autistic people, not Now I know what autism feels like.
Sensory processing differences beyond autism
Sensory challenges may also be relevant in acquired brain injury, migraine, neurological conditions, sensory-processing difficulties, anxiety and aging.
Hearing loss and Deaf awareness
Immersive simulation can also be used to improve awareness of communication barriers experienced by Deaf, deaf and hard-of-hearing people.
Simply reducing audio volume does not teach Deaf awareness.
It may demonstrate an auditory limitation, but it does not automatically teach Deaf culture, communication preferences, interpreter use, visual communication or systemic barriers.
Simulate service design, not just hearing loss
A stronger scenario might simulate a healthcare appointment where staff look away while talking, information is communicated only verbally, the patient cannot access instructions and no interpreter is available.
The learner then repeats the scenario with accessible communication, clear visual support, appropriate positioning and interpreter access.
Now the simulation teaches service design, not simply hearing loss.
Accessibility is often a systems problem
A disability simulation should not communicate Imagine how difficult it is to be disabled.
It should ask Why has this environment made participation difficult?
This changes the message from person = problem to interaction between person + environment = participation barrier.
Visual impairment awareness
Visual simulations may modify acuity, contrast, peripheral vision, central vision and visual clutter.
They can demonstrate why poorly contrasted stairs, small text, complex signage, obstacles or low lighting are difficult.
But visual simulation is not the lived experience of blindness or low vision.
Blindness is not “seeing black”
Visual impairments vary considerably.
People may use spatial audio, touch, cane techniques, screen readers, haptics and environmental landmarks.
Immersive awareness technology should therefore demonstrate capability and adaptation, not only loss.
Full immersion does not require full vision
Immersion can be created using 3D spatial audio, vibration, haptics, head movement and spatial orientation.
The question should therefore move from Can blind people use VR? to How should immersive environments be designed to include non-visual interaction?
Motor disability simulations
Technology can demonstrate certain physical barriers such as limited range of motion, slower movement, wheelchair navigation or reduced hand control.
But restricting a non-disabled person’s movement for ten minutes does not reproduce disability.
It usually reproduces sudden unfamiliar limitation without adaptation.
Simulating wheelchair accessibility
A better awareness activity might involve navigating narrow doors, poorly positioned controls, inaccessible counters or uneven routes.
The lesson becomes How well is the environment designed? rather than How difficult is wheelchair use?
Aging simulations
Aging simulations may combine blurred vision, reduced hearing, stiffness or reduced dexterity.
They can support discussion about product design, communication and accessibility.
But awareness programmes should avoid presenting older adults as automatically weak, slow or dependent.
Cognitive impairment
Technology might demonstrate distraction, memory demand, conflicting information or time pressure.
But dementia, brain injury or neuropsychological conditions cannot be reduced to deliberately confusing a healthy participant.
The aim should be to demonstrate why clear instructions, reduced cognitive load and environmental structure can matter.
Psychiatric conditions
Simulations of hallucinations or psychosis require particular caution.
A dramatic simulation can unintentionally increase fear, stigma or stereotypes.
The objective should be to improve understanding and appropriate support, not fear.
Awareness through communication barriers
Sometimes the most effective simulation does not need to reproduce symptoms.
It can reproduce a barrier, for example receiving important medical instructions in a language the participant does not understand.
This can support discussion around communication accessibility, translation and health literacy.
Perspective-taking versus empathy
A simulation may help someone consider another perspective. It does not guarantee genuine empathy.
A more appropriate objective is perspective-taking + awareness + reflection.
The ethical risk: “Now I know what it feels like”
A simulation captures only a fragment of lived experience.
The correct message should be This gave me a perspective on one barrier. It did not give me someone else’s lived experience.
Co-design with people with lived experience
People with lived experience should participate in defining objectives, scenario creation, testing, feedback and interpretation.
This reduces the risk of professionals or developers deciding independently what disability feels like.
Nothing about us without us
A useful principle for awareness technology is Nothing about us without us.
Technology about disability should not be designed without disabled people.
Awareness for healthcare professionals
Immersive awareness training can help transform abstract accessibility guidelines into practical understanding around sensory accessibility, Deaf culture, communication differences and environmental barriers.
Awareness for families
Families may benefit from carefully designed scenarios that help them understand why reducing noise, visual clutter, duration or unpredictability could support participation.
But the simulation should lead to a conversation about the individual person, not assumptions.
Awareness for teachers
Teachers may use simulations to explore sensory load, classroom noise, visual clutter and complex instructions.
The educational question becomes What can we change in the classroom?
Awareness for architects and designers
Designers can experience how signage, lighting, contrast, sound, navigation and information density affect accessibility.
Awareness in workplaces and public services
Employers, airports, transport systems, hospitals and public services can use immersive training to explore barriers related to sensory environments, communication, accessibility and cognitive load.
The objective should be practical adaptation, not pity.
Autism and travel
Airports combine crowds, announcements, security processes, visual information, waiting and unpredictability.
An awareness simulation could show why this environment may be demanding for some autistic people and then train staff in clearer instructions, reduced ambiguity, visual preparation and quieter waiting options.
From awareness to action
A simulation is useful only if behavior changes afterward.
A strong programme should conclude with What can we change tomorrow?
Possible actions include adjusting communication, reducing sensory load, improving signage, providing alternatives and asking the person what they need.
The correct awareness cycle
LIVED EXPERIENCE → CO-DESIGN → SIMULATION → DEBRIEF → REFLECTION → PRACTICAL ADAPTATION → LISTEN AGAIN
Remotion and awareness simulations
This creates an interesting potential direction for Remotion.
The same technologies used for rehabilitation can also be used for professional training, awareness and environmental simulation.
Examples could include sensory overload scenarios, communication-accessibility scenarios, navigation with altered visual conditions, public-service simulations and autism-friendly environment training.
The objective would be education and awareness, distinct from therapeutic rehabilitation.
Remotion accessibility concepts
Remotion has explored concepts involving spatial orientation, immersive environmental exploration, non-visual feedback and haptic or vibration-based differentiation of information.
These concepts support an important message: XR should not only simulate barriers. It should also demonstrate how technology can remove barriers.
Do not only simulate disability — simulate accessibility
One of the most powerful educational approaches may be to compare two versions of the same environment.
First: inaccessible.
Second: clearer information, reduced sensory load, subtitles, visual support, haptic guidance or alternative controls.
The message becomes accessibility changes participation.
Technology should show strengths too
Awareness programmes can become problematic if disability is represented only through difficulty, deficit and frustration.
People with disabilities also develop expertise, strategies, adaptation, resilience and identity.
An ethical simulation should avoid turning disability into a tragedy narrative.
From empathy technology to inclusion technology
Perhaps the future should move away from the phrase VR empathy machine toward XR for perspective-taking, accessibility and inclusive design.
Evidence-Based Approach
Before developing a simulation, ask: What awareness objective are we targeting? Whose experience are we representing? Were people with lived experience involved? What outcome will we measure? Does the simulation change behavior? Does it improve accessibility?
The strongest outcome is not Participants said the VR was impressive. It is Participants changed the way they communicate, design or deliver services.
Metrics that actually matter
| Metric | Possible value | Limitation |
|---|---|---|
| Knowledge | Understanding | Knowledge ≠ behavior |
| Self-reported empathy | Attitude | Subjective |
| Perspective-taking | Reflection | Difficult to quantify |
| Communication skill | Practical competence | Requires observation |
| Accessibility knowledge | Design awareness | Must translate to action |
| Attitude change | Awareness | May fade over time |
| Behavior change | Real impact | Requires follow-up |
| Environmental adaptation | System impact | Stronger outcome |
| Lived-experience feedback | Authenticity | Essential but qualitative |
What awareness simulations should not do
They should not claim to reproduce someone’s full lived experience, speak over disabled people, reinforce stereotypes, use suffering as entertainment, create fear or pity, reduce autism to sensory overload, reduce blindness to darkness, reduce deafness to low volume, reduce aging to weakness or treat disability solely as an individual deficit.
Five principles for responsible immersive awareness
- Simulate barriers, not identities.
- Co-design with lived experience.
- Debrief every experience.
- Show solutions, not only problems.
- Turn awareness into action.
Frequently asked questions
Can VR simulate autism?
VR can simulate selected sensory or environmental challenges that some autistic people may experience, but it cannot reproduce the complete lived experience of autism.
Can VR increase disability awareness?
Potentially. Simulation can support perspective-taking, knowledge and communication training, but long-term behavior change should be evaluated.
Is disability simulation ethical?
It can be when carefully co-designed, contextualized and debriefed. Poorly designed simulations can reinforce stereotypes or overconfidence.
Can VR simulate sensory overload?
Yes. Sound, lighting, visual clutter and competing stimuli can be modified to demonstrate how environments may become overwhelming.
Can hearing loss be simulated?
Certain auditory barriers can be simulated, but Deaf awareness should also include communication preferences, culture and accessibility.
Can visual impairment be simulated?
Certain visual conditions can be approximated, but the simulation does not reproduce the strategies or lived experience of a person with long-term visual impairment.
Should people with disabilities help design these experiences?
Yes. Co-design is one of the most important ethical and methodological principles.
Can Remotion support awareness training?
Potentially. Remotion’s immersive, scenario-based and multisensory technologies could be adapted for awareness and professional-training scenarios, distinct from therapeutic rehabilitation.