The single question that shapes cost, timeline, and process for a healthcare AR build isn't "what does it do" — it's does it influence a clinical decision. That answer changes which regulatory path you're on before a single screen gets designed.
Surgical training simulators used away from a live patient
Patient education and informed-consent visualization
Anatomy visualization for students and residents
Facility wayfinding and administrative overlays
Rehabilitation exercise guidance, non-diagnostic
Typically faster to build and deploy. Lower regulatory overhead.
Real-time overlay guiding a live surgical procedure
AR visualization used to inform a diagnosis
Treatment planning tools tied directly to patient imaging
Anything positioned as influencing a clinician's decision at point of care
Longer runway due to regulatory validation and clinical evidence.
This is a general guide, not a regulatory determination — we recommend involving your regulatory counsel before development starts on anything in the right-hand column.
Most of our healthcare work sits in the faster, non-regulated column — training, education, and visualization tools that still need to be built to a clinical standard.
01 / Medical Education
Practice procedures on a 3D anatomical model with step guidance and object recognition, away from any live patient.
02 / Patient Communication
Show patients a 3D visualization of their own condition or procedure, improving informed consent conversations before treatment.
03 / Academic Programs
Layered, explorable 3D anatomy for classrooms and labs, replacing or supplementing cadaver-based instruction time.
04 / Physical Therapy
Exercise overlays that track patient movement and form during home or clinic-based physical therapy sessions.
05 / Remote Care
Remote clinicians annotate directly onto a patient or caregiver's live camera view during a video visit for more precise guidance.
06 / Facilities
Indoor AR navigation and equipment-locating overlays for large hospital campuses and outpatient facilities.
The same standard we apply across our HIPAA-aligned healthcare mobile development work carries into every AR project that touches patient data.
Every byte of patient data encrypted at rest and in transit.
Access enforced by role at every point in the app, not just at login.
Every action timestamped and logged, ready for compliance review.
Business Associate Agreements executed before any patient data is handled.
Idle sessions terminated automatically — no unattended access left open.
Every API call encrypted and verified with current protocol standards.
Sterility and hands-free requirements narrow the choice faster in healthcare than in almost any other AR vertical.
| Factor | Smart Glasses / HoloLens | Tablet / Mobile | AR Surgical Headset |
|---|---|---|---|
| Best for | OR training, hands-free reference | Patient education, consult rooms | Live procedure visualization |
| Sterility | Requires sterile-field protocol | Standard cleaning between use | Purpose-built for sterile field |
| Hands-free | Yes | No | Yes |
| Regulatory pathway | Usually non-regulated (training) | Usually non-regulated | Frequently regulated (SaMD) |
| Typical use case | Simulation, skills lab | Consent conversations, telehealth | Image-guided procedures |
Most healthcare programs start on tablets for education and consult-room use, since that path avoids the sterile-field and regulatory questions entirely.
Ranges reflect that regulatory pathway, not just feature count, is the biggest cost driver in healthcare AR.
$30K – $60K
3 – 5 months
$60K – $120K
5 – 8 months
$150K – $300K+
9 – 15 months
Scope, compliance requirements, and a realistic timeline before you commit to anything. See the full AR development process or how we've built for enterprise training.
