01
How do I practise without risk?
Rare, dangerous situations — in a safe, repeatable virtual environment.
ARworks · Healthcare portfolio
See inside the body. Practise without risk.
VR simulation, AR explanation, mobile apps and AI instructors for healthcare training, patient information and institutional processes — since 2011.
Surface
Inside
Illustration
HEART RATE72bpm
SpO₂98%
BLOOD PRESSURE118/76mmHg
RESP. RATE14/min
- years of interactive 3D and VR/AR development
- 15
- completed healthcare and pharma references
- 13
- video presentations, one click to play
- 18
- platforms: VR · AR · mobile · AI
- 4
Brands and partners
- Novartis
- Boehringer Ingelheim
- Teva
- AbbVie
- Pfizer
- Bayer
- Medtronic
- Control-X
- TrustAir
- OKFŐ
- NATO CoE MilMed
- VIKI
- Doktor24
01 — Why ARworks
Three situations where technology helps.
Practising, understanding, finding your way — we have built answers to these since 2011.
02
How do I understand what happens in the body?
The mechanism of action and the course of a disease, seen in space, from the inside.
03
How do I find my way quickly?
An askable kiosk, a mobile app and access control — from the institution’s own material.
02 — References
Delivered and presented work
Click a card: details, video, ARworks’ role.
- Referencea completed, delivered project
- Demoour own demo or work in development
- Directiona recommendable solution built on existing know-how
- Own producta finished ARworks product or platform
Brand names refer to completed projects, not to a current contract.
In use
How they practise: the IVF SimPro simulator
The real application’s screens — with the touches.
Training and simulation
VR training · simulation
Safe, repeatable practice — with measurable results.
- VR training
- Patient care
- Device use
- AI trainer
OKFŐ
Reference
Safe practice, in Hungarian and English
Practising basic nursing knowledge and procedures in a virtual environment.
Medtronic · 2025
Reference
Video laryngoscope, with AI-supported patients
A VR simulator to practise using the video laryngoscope and the patient-care process.
TrustAir · 2023
Reference
Emergency patient care on board
Practising air patient transport and emergency care situations in VR, with an AI trainer.
VIKI · 2024
Reference
Rescue, battlefield care, equipment familiarisation
Helicopter patient transport, battlefield casualty care and equipment familiarisation in VR and interactive 3D.
NATO CoE MilMed
Demo
A virtual 3D training centre in the browser
A browser-based 3D training that teaches the use of an AED device.
In development.
MKIK · 2018
Reference
Laboratory tasks, virtually
A VR profession simulator showing lab technician tasks and workflows.
Patient information and pharma
AR · VR · mobile
The body and the mechanism of action become visible; daily follow-up becomes simple.
- Mechanism of action
- Symptom diary
- Education
- Accessible
Xarelto
Reference
The mechanism of action from the inside
A VR experience showing the product’s mechanism of action and the physiological processes.
AbbVie
Reference
The joints, in 3D, on the hand
An AR-based illustration of the course of the disease and its effect on the joints.
Novartis ITP · 2019
Reference
A multilingual symptom and condition tracking app
A mobile application supporting regular recording and follow-up of patients’ symptoms.
AID HERO · 2020
Reference
For young people and their families
A playful mobile app helping people live with a disease — for patients and those around them.
Novartis nano
Reference
How an active ingredient works, in two experiences
A 360° VR animation and an AR microscope showing how a new active ingredient works.
ViaOpta · 2014
Reference
An everyday helper on the phone
A mobile app that helps the daily life of visually impaired users.
Doktor24 · 2014
Reference
A health service in your pocket
A health service’s mobile and tablet application for iOS and Android.
Medical technology and anatomy
Interactive 3D · AR
Equipment and anatomy can be shown without a physical sample.
- Product presentation
- DICOM → AR
- Anatomy
- Touchscreen
Control-X · 2023
Reference
The “F” series, without a physical machine
An interactive 3D presentation of a Hungarian-developed X-ray machine: how it works and its main functions can be shown without the physical machine.
Medical AR · 2014
Demo
Medical data, in space
Our own demo: medical data as a 3D AR model on an iPad, for the medical, pharma and education sectors.
Medical demo · 2012
Demo
Anatomy in AR, from 2012
A schematic, walk-around 3D model of the female internal reproductive organs in AR, with the position of a contraceptive ring.
Syringe in the eye · 2012
Demo
How an eye medicine works, in a richly detailed animation
AR showing the mechanism of an eye medicine: an animation of the eye and the injection delivering the agent.
Our own platforms
Adaptable foundations
What does not have to be built from zero: faster to adapt to an institution’s task.
IVF SimPro · 2021
Own product
Professionals’ practice, in VR and in the browser
A simulation showing and teaching artificial insemination processes, on a VR headset and on the web.
TouchAI
Own product
Information, patient guidance, preparation
A touchscreen-optimised AI assistant and multimedia information platform — from the institution’s own materials.
VRAI Knowledge Space
Demo
Lecturer, consultant and examiner in one avatar
An AI-based virtual lecture and training space for healthcare and medical lectures.
03 — Toolkit
See what we can build.
Four hands-on tools: monitor, anatomy, measurable practice, symptom diary. Next to each it says what it is for.
Illustrative concept demos with fictional data — not clinical tools.
ECG · II
PLETH
HEART RATE72bpm
SpO₂98%
BLOOD PRESSURE118/76mmHg
RESP. RATE14/min
STABLE
Rest: pulse and saturation in the normal range, the ECG regular.
Heart
At rest it contracts 60–100 times a minute and pumps blood around the body.
Layers
Click an organ.
Done
Click the steps in the right order — the timer starts at the first click.
Last 14 days
- Pain
- Fatigue
- Breathlessness
Today
Set today’s symptoms: the system flags a lasting worsening.
04 — Surfaces
One professional content base. Every surface.
The same approved content on a VR headset, mobile, touchscreen, browser, in AR and at reception.
Shared professional content
protocols · steps · anatomy · data · AI knowledge
01
Shared content, separate experience
Protocol and anatomy content is managed from one base; in a headset scale matters, on mobile simplicity.
02
Experts validate
We develop the professional content together with the healthcare experts concerned.
03
The same AI everywhere
The AI can use the same approved knowledge on every channel.
05 — AI
Ask. The system guides.
The conversational layer answers from the institution’s own approved material — and shows the way.
TouchAI — patient guide
Where are the blood tests, and how do I get there?
Straight from the entrance, left at the end of the corridor: Blood tests, floor 1.
Type or pick…
What the AI layer can do
01Patient guidance and informationRoute, preparation, frequently asked questions — in several languages.
TouchAI takes questions in natural language on a touchscreen kiosk or on mobile, works from documents and content supplied by the institution, and can show text, images or video.
02Virtual instructor and knowledge spaceLecturer, consultant and examiner in one AI avatar.
The AI instructor lectures, answers questions, works from institutional documents and training material, builds practice tasks and adapts the explanation to the knowledge level — on a VR headset, a computer or in the browser.
03AI patient in the simulationThe virtual patient talks and reacts; the trainer is ChatGPT-based.
In the Medtronic and TrustAir trainings an AI-supported patient and a ChatGPT-based trainer support practice. We validate scenarios together with the experts concerned.
04Internal knowledge base and searchProtocols, policies and training material, askable.
The AI answers from the institution’s own documents; the source and the document’s version are tied to the answer. We choose the AI tool according to information-security requirements.
05AI training and consultingTask-based: which method works in the role, safely.
Not a general demonstration of tools, but showing which AI method works efficiently and safely in a given role or process — for managers, IT specialists and administrative staff.
06Quick, targeted developmentsVibe Coding: smaller internal applications and prototypes.
Well-defined internal applications and prototypes in a short time; before development we clarify what data it handles, which systems it connects to and what security environment it can run in.
- 01Question
- 02Intent
- 03Verified source
- 04Answer and route
Routes · information sheets · appointments — from the institution’s own data
The language model interprets; content and action come from the institution’s system.
Working AI solutions — in the field
- VRAI Knowledge SpaceAn AI lecturer, consultant and examiner avatar with an AR view.
- TrustAirA VR training with a ChatGPT-based trainer for air patient transport.
- MedtronicThe McGRATH VR simulator with AI-supported patients.
- TouchAIAn AI kiosk working live at a trade show.
Healthcare AI functions are development directions: in a specific institutional system they are not references as finished installations.
06 — Access
Arrival. Orderly, fast.
TabLog is ARworks’ ready access product: visitors and staff, from a tablet, a phone, the cloud.
A guest’s journey
- 01Invitation and QR codeThe guest registers in advance.
- 02ArrivalFrom a phone or tablet.
- 03NotificationThe host is notified at once.
- 04EntryThe door or turnstile opens by permission.
- Cloud-based administration
- Turnstile control
- Institution-specific configuration
TabLog Visitor
Own product
Invitation, QR code, instant notification
Visitors’ advance registration and QR-code check-in from a tablet or phone.
TabLog Access
Own product
A door or turnstile that opens by permission
Managing staff and guest entries, turnstile control and links to door-opening systems.
Its applicability in hospitals is examined after surveying current processes, security requirements and existing hardware.
07 — Since 2011
A heartbeat since 2011.
From the first medical AR demo to the AI instructor — on one line, every milestone a peak.
08 — Packages
Healthcare packages we can put together
Eight packages — backed by delivered work. Click a tile.
How we work
- 01
Professional discussion
The goal and the experts: what must be practised or understood, and who approves the content.
- 02
Scenario and prototype
Steps, situations and the indicators to measure; an early prototype for the experts.
- 03
Development and testing
VR, AR, mobile or web — a trial with the target audience on the chosen devices.
- 04
Installation and training
Device setup, instructor training, data-protection and permission settings.
- 05
Measurement and improvement
New procedures and content as modules; refinement based on results.
What the system can measure
- Execution time
- Order of steps
- Errors
- Result achieved
- Repetitions
- Knowledge check
Measurement is tied to a concrete training goal; the evaluation is approved by the professional lead.
Platforms and technology
- VR · Meta Quest
- AR
- Interactive 3D · in the browser too
- iOS · Android
- Touchscreen · kiosk
- AI integration
- Unity · Unreal Engine
- Blender · 3ds Max · Maya
Data protection and system connections
- When handling health or personal data we assess data-protection, information-security and access-management requirements separately
- System integration (e.g. a training system, SSO) with the institution’s existing systems
- We choose the AI tool and technology by the task, information-security requirements, users and existing systems
- The main 3D and multimedia content can run from local storage; live data and cloud-based AI need internet
09 — Next step
60–90 minutes: try what works.
We would gladly show you in person the developments that may be most relevant to your institution.
- 01Overview
We briefly present the technology and development options.
- 02Hands-on
You can try a few VR, AI and interactive applications.
- 03Pilot
Together we identify 2–3 areas where a pilot project or an adaptation makes sense.
Budaházy Szabolcs
Managing Director, ARworks Kft.
Send a message Start a project Start the presentation The ARworks YouTube channel ↗This page contains only publicly releasable information and ARworks’ own project images; illustrations and demo data are marked.