KIO MED© is a digital therapeutics platform delivered through virtual reality, for hospitals, clinics, employers, public health programmes, fitness centres and people at home. Each person trains inside guided immersive sessions, the system scores every movement, and the report is ready at the end.
One Meta Quest headset carries all three KIO MED© programmes. Rehabilitation adds an ordinary mobile phone on a stand so the camera can see the whole body. There is no other equipment to buy and nothing to install in the room.
A recorded tour of KIO MED©: the three programmes, the scans and reports, how a session runs, and where it fits in a clinic, a school or a workplace.
A posture scan and a joint movement scan set the patient's baseline in a few minutes. From there the patient works through therapy tasks in the headset, or follows a coach through exercises while the phone camera checks their form on every repetition. Everything is scored, so progress shows up as numbers rather than impressions.
Each eye is shown a different part of the same scene, so the game can only be completed if the weaker eye is doing its share of the work. The child plays, and the therapy happens while they play. Sessions run about fifteen minutes and the clinic can see whether they are being completed between visits.
The tests run one after another inside the headset, in under ten minutes, and a detailed report is presented at the end. Each result is either clear or a referral to an ophthalmologist.
The person puts on the headset and is taken through a natural scene while a voice guides their breathing. Some journeys use humming or the voice itself to settle the body. They sit throughout, and nothing is asked of them beyond following along.
The patient stands about two metres from a phone on a stand. A voice guides them through four standing positions for the posture scan, then through the joint movements. Under five minutes, no hands-on measurement, no goniometer.
The clinician reviews the scan and sets the programme, either taking the one the system generates from the scan or building it themselves.
The patient puts on the headset and works through their tasks or exercises. A coach on screen demonstrates each movement. The camera scores the form of every repetition as they go.
The patient continues at home on the same programme, on the headset or on a phone alone. The clinic can see what was completed and how well.
A report comes out per session and per programme, ready to hand to the patient, the family or the referring doctor.
The same scan repeated later sits next to the first one, so the change is a number rather than an opinion.
The person puts on the headset. A voice walks them through every check, so a trained assistant can run it without a clinician present.
Visual acuity, contrast sensitivity, depth perception, eye coordination, colour vision and near focusing, one after another, in under ten minutes.
A detailed report is presented at the end. Each result is either clear or a referral to an ophthalmologist. Screening indicates when to consult; it does not diagnose.
Where amblyopia is being treated, the clinic prescribes a programme of eleven games. Each eye sees a different part of the same scene, so the game can only be completed if the weaker eye does its share of the work.
Sessions of about fifteen minutes continue on lightweight goggles with a handheld remote, without the family travelling to the clinic.
The clinic can see whether sessions are being completed, and adjusts the programme at the next appointment.
A short DASS questionnaire inside the headset gives a starting score for depression, anxiety and stress.
The person sits, puts on the headset and headphones, and is taken through a natural scene while a voice guides their breathing. Eight to ten minutes.
Some journeys use humming or the voice itself to settle the body. Nothing is asked beyond following along, and no experience is needed.
Short sessions repeat through the week: a quiet corner at work, a ward, a care home, or at home on mobile VR goggles and a phone.
The same questionnaire taken again later sits next to the first, so the change is a number rather than a feeling.
Four steps, one loop, three programmes. Every person starts with a measurement and ends with a report, so the whole team is looking at the same numbers.
Rehabilitation opens with a posture scan and a joint movement scan. Vision opens with a guided screening of six checks. Well-being opens with a DASS check-in for depression, anxiety and stress. Every programme starts with a number.
Thirty-four gamified tasks and a thousand coached exercises for the body. Eleven therapy games for the lazy eye. Eleven guided journeys for the mind. Each one is built to be finished, and each one is recorded.
Every task, repetition, game session and journey is logged automatically, so progress shows up week by week as numbers rather than impressions.
A clear report per session and per programme: rehabilitation scores, the screening result, the well-being change. Ready to hand to the patient, the family, the employer or the referring doctor.
Nine kinds of buyer, one platform. The dots show which programmes apply to each.
No estimates and no projections. These are counts of what the platform ships with today.
Every hospital, care home, employer and programme lead asks these in the first meeting. Here they are before the meeting.
The headset programmes need a chair, or about two square metres of clear floor for standing tasks. The camera-based programmes need the phone on a stand about two metres from the person, with their whole body in frame and the floor between them clear.
Yes. An internet connection is required during sessions, so that results and reports reach the right account and the clinician can see what was completed.
There is no fixed limit on the headset itself. A posture scan takes under two minutes, a vision screening under ten, a well-being journey eight to ten, and a lazy eye session about fifteen. The headset is wiped between people and handed on.
Sanitation wipes are supplied with the kit. The headset face pad, the controllers and the goggles are wiped between users, which takes under a minute.
Every programme is voice-guided from start to finish, so a trained assistant, care assistant or coach can run a session without a clinician in the room. KIO MED© walks your team through the equipment at installation.
Standard support during office hours after the sale, for both the software and the equipment, from the KIO MED© team.
Yes. Every user has their own login, so one headset holds many profiles and each person's sessions, scans and reports stay separate.
Become a Certified Digital Therapeutics Specialist and run KIO MED© programmes in a clinic, a school, a workplace or your own practice. Three specialisms, one professional credential, issued by Kio Stemcademy Inc., Canada.
Operate the rehabilitation programme end to end: posture and joint movement scans, the gamified tasks, the coached exercise library, and the reports a clinician signs off.
Deliver the well-being programme: the DASS check-in, the eleven guided journeys, and the before-and-after record for workplaces, wards and care homes.
Run vision screening days and support lazy eye therapy: the six checks, the referral list, the home goggles, and completion tracking between visits.
Tell us which specialism you want and where you work. We reply within two working days with dates, format and fees.
Enquire about certificationShort reads for clinicians, programme leads and anyone deciding whether this belongs in their setting.
One email a month on digital therapeutics: what the field is, what the evidence says, and how clinics, employers and programmes are putting it to work. No product pitches, unsubscribe any time.
A demo takes thirty minutes, in person or online. Bring a clinician, a therapist or a programme lead, and we will show the programme that fits your setting.
Two scans that set a baseline in minutes. Thirty-four gamified tasks for the upper body and everyday actions. An exercise library of more than a thousand movements with a coach on screen and a camera checking the form. One report at the end of every session.
The full programme lives in the headset. The scans and the exercise library also run from a phone alone, which takes the headset out of the price entirely.
The full programme on a Meta Quest headset. Gamified tasks played with the controllers or with bare hands, plus the coached exercise library with the phone camera checking form. This is the clinic setup.
The two scans and the coached exercise library run from a mobile phone camera alone. The patient stands in front of the phone and follows the coach on the screen. Nothing is worn. This is the setup for home programmes, care homes, fitness centres and screening at scale.
Built for upper-body rehabilitation after stroke, spinal cord injury, head injury and cerebral palsy. A patient who cannot hold a controller uses bare-hand tracking instead.
Every task is scored automatically, so function returning is something the therapist can see rather than judge.
A trainer on screen demonstrates each movement. The patient mirrors it. A phone camera watches and scores the form of every repetition, so the exercise is either being done properly or the patient is told it is not.
Programmes can be generated from a scan result, or built by the clinician movement by movement.
Both scans run from the phone camera, take minutes, and need no second person in the room. The same scan repeated later sits next to the first, so the change is a number.
The patient stands about two metres from the phone with their full body in frame. A voice guides them through four positions, front, back, left side and right side, holding each one while it captures. No hands-on measurement and no second person needed.
What comes out: a full-body postural analysis with the risks it identifies and the recommendations that follow from them, ready to compare with the next scan.
Upper body measured standing, side-on to the camera. Lower body measured seated, facing it. Each movement is captured at the patient's maximum and recorded in degrees, so the same scan repeated in six weeks sits next to the first one and the change is a number.
Examples of what is measured: shoulder flexion and abduction, elbow flexion, wrist extension, hip flexion, knee flexion, ankle dorsiflexion, neck rotation.
The condition and the setting kept separate, and what each one needs in the room.
Relearning grip, reach and the actions of an ordinary day.
The patient works through the gamified tasks using the controllers or bare hands. Some train reaching and grip directly. Others rebuild everyday actions: holding a spoon, drinking water, brushing teeth, opening a drawer, switching on a light. Each task is scored, so the therapist sees function returning rather than judging it by eye.
Stroke. Head injury. Cerebral palsy. Loss of fine motor control and difficulty with everyday actions after a neurological event.
Hospitals, neurological rehabilitation units, occupational therapy departments.
Meta Quest headset only. Controllers or bare hands. No phone needed for this one.
An exercise programme that watches whether it is being done properly.
A baseline scan before surgery or at the first visit, a programme built from it, and the camera checking form on every repetition after that. The same scan repeated later shows exactly how much movement has come back.
Recovery before and after orthopaedic surgery. Joint stiffness and lost range of movement. General strengthening.
Orthopaedic hospitals, physiotherapy centres, surgeons' clinics.
Headset and phone camera, or the phone alone.
Programmes that meet the patient where their movement currently is.
Assisted and passive exercises for patients with very limited movement, core and spine work, and left and right versions of every movement so one side can be worked without the other. The patient sets the pace and the system scores what they manage.
Spinal cord injury. Severely limited mobility. Asymmetric loss of movement.
Spinal units, long-term rehabilitation centres.
Headset and phone camera. Most of it can be done seated.
Balance and strength work a care home can run without a physiotherapist on site.
Gentle balance, strength and body-awareness exercises coached on screen and scored by the camera, with posture scans that make month-to-month change visible to staff and families. Voice guidance throughout, so a care assistant can run a session.
Age-related weakness. Poor balance and fall risk. Loss of mobility.
Senior care homes, geriatric clinics, home care providers.
Phone camera alone, or headset and phone.
Return-to-play decisions backed by a number.
Strength, mobility and higher-intensity programmes with joint movement scans taken at intervals, so a return-to-play decision rests on measured range and form rather than on how the athlete says they feel. The same library runs day-to-day fitness programmes for a gym floor or a living room.
Sports injury recovery. Strength and mobility deficits. Return-to-play assessment. Day-to-day fitness.
Sports clinics, academies, team physiotherapists, fitness centres, individuals at home.
Headset and phone camera, or the phone alone.
Everything a clinic, care home, gym or household has to have in the room for each part of the programme.
| Programme | What the buyer needs |
|---|---|
| Gamified tasks | Meta Quest headset only. Controllers or bare hands. |
| Coached exercise library | Headset, plus a phone on a stand about two metres away with the full body in frame, plus clear floor space. Or the phone alone. |
| Posture scan | Phone camera. Four standing positions, under two minutes. |
| Joint movement scan | Same phone setup, plus a chair for the seated movements. |
| Phone-only delivery | Phone camera alone, nothing worn. Scans and the exercise library. |
Bring a physiotherapist or an occupational therapist. We will scan someone in the room and show the report.
An immersive therapy for lazy eye that a child will actually finish, and a guided screening check of several tests, under ten minutes, that tells you who needs the ophthalmologist. Built for eye clinics, schools, workplaces and community programmes.
Each eye is shown a different part of the same scene. The game cannot be completed unless the weaker eye is doing its share of the work. The child is playing a game; the eye is being trained.
Eleven therapy games across three training modes, mixing matching games and shooting games. Sessions run about fifteen minutes. The clinic prescribes the programme and can see whether sessions are being completed at home between visits.
A Meta Quest headset with controllers. The clinic prescribes the programme, runs the first sessions in the consulting room, and sees whether sessions are being completed between visits.
Lightweight VR goggles that hold a mobile phone, with a handheld remote, so the programme continues between appointments without the family travelling to the clinic.
A voice walks the person through each check inside the headset, so a trained assistant can run it without a clinician present. A detailed report is presented at the end, and a screening day ends with the referral list ready.
Six checks in sequence, under ten minutes for one person. The result for each check is either clear or a referral.
The standing line: this is a screening tool. It indicates when an ophthalmologist should be consulted and does not diagnose any condition.
From a single consulting room to a hundred children in a school hall.
Therapy a child will actually finish.
The clinic prescribes the programme, the child plays through the eleven games in short sessions, and the clinic tracks completion between visits. The home goggles let the programme continue between appointments without the family travelling.
Amblyopia, commonly called lazy eye.
Eye clinics, paediatric ophthalmology departments, optometry practices.
In clinic, headset with controllers. At home, goggles with a phone and a remote.
More people seen, without more ophthalmologist hours.
The screening check run by an assistant on arrival, so the ophthalmologist's time goes to the people who need it. In a corporate office it runs as a wellness-day check with the same referral list at the end. Every result is either clear or a referral.
Undetected vision problems in children and adults. High patient volume against limited specialist time.
Eye clinics, hospitals, primary care networks, employers.
Meta Quest headset.
Screen a hundred children in a morning and leave with the referral list.
The same checks run as a screening day by a trained non-clinician. At the end there is a list of everyone who needs to see an ophthalmologist, so no flagged child is lost between the school and the clinic.
Undetected vision problems in school-age children. Populations with no routine eye examination.
Government health programmes, non-governmental organisations, school networks.
Meta Quest headset, run from a table in any room, with an internet connection.
What has to be in the room for each part of the vision programme.
| Programme | What the buyer needs |
|---|---|
| Lazy eye therapy, clinic | Meta Quest headset with controllers. |
| Lazy eye therapy, home | Lightweight VR goggles that hold a mobile phone, with a handheld remote. |
| Vision screening | Meta Quest headset, a chair, and an internet connection. A trained assistant runs it. |
Bring an optometrist or a school health lead. We will run the check on someone in the room and show the report.
Eleven guided journeys. Eight to ten minutes each, taken sitting down, with no experience needed and no instructor in the room. For workplaces, for wards, for care homes and for home.
Each journey is an immersive natural scene the person is taken through while a voice guides their breathing. Some use humming or the voice itself to settle the body. They sit throughout, and nothing is asked of them beyond following along.
Eight to ten minutes each. Taken seated. Suitable for people who have never done anything like it, and repeatable as often as the day allows.
Staff sit down, put the headset on, and are guided through a journey. No booking, no instructor, no room to hire.
The headset and headphones live in a quiet corner of the office. Anyone can take ten minutes, on their own, without anyone else involved. At home the same journeys run on mobile VR goggles and a phone.
A short DASS questionnaire inside the headset gives each person a starting score for depression, anxiety and stress. The same check repeated later shows the change, for the person themselves.
The same headset kit also runs a posture scan for people who sit at a desk all day, which shows where strain is building before it becomes a complaint.
Workplaces, wards and living rooms.
Ten quiet minutes, without leaving the building.
Journeys used as a short reset during the working day, a DASS check-in at the start, plus posture scans for desk workers. Nothing to book and no instructor needed.
Workplace stress. Day-to-day mindfulness. Postural strain from desk work.
Employers, human resources teams, occupational health providers.
Headset and headphones. A quiet corner and a chair.
The same journeys, used on the ward.
Used to settle patients before a procedure, between therapy sessions, or as quiet time in a care home. Taken seated, with no experience needed.
Anxiety before procedures. Long waits between therapy sessions. Quiet time in residential care.
Hospitals, senior care homes, rehabilitation centres.
Headset and headphones.
A daily practice that fits in a drawer.
The eleven journeys on lightweight VR goggles that hold a mobile phone, so a person keeps a daily mindfulness practice at home without owning a headset.
Day-to-day mindfulness. Stress at home. Continuity between sessions taken elsewhere.
Individuals and families.
Mobile VR goggles and a phone.
What has to be in the room for the well-being programme.
| Programme | What the buyer needs |
|---|---|
| Well-being journeys, headset | Meta Quest headset and headphones. Seated. |
| Well-being journeys, home | Lightweight VR goggles that hold a mobile phone, plus headphones. |
| DASS check-in | Runs inside the headset before and after a programme. |
| Posture scan for desk workers | Phone camera on a stand, four standing positions, under two minutes. |
Bring an HR lead or a ward manager. We will run one journey in the room.
Plain-language pieces on what the field is, how the measurements work, and what changes for a clinic, a school or a workplace when therapy becomes software.
A demo takes thirty minutes, in person or online.
Tell us who you are and where you work. We reply within two working days to arrange a demo, in person or online.