AR Surgical Navigator
by Archana Info Solutions
Surgeon login
De-identified AI · AR anatomy guidance · surgical safety checklists

A 3D anatomy model in the OR and a de-identified operative note after it.

AR Surgical Navigator turns a hospital's segmented STL organ meshes into an orbit-controlled 3D model, lets the team overlay it on the patient via WebXR marker guidance, answers hands-free anatomy questions with AI, runs WHO-style surgical safety checklists, and drafts a structured, de-identified operative note. Patient imaging stays in the hospital — no patient names, IDs or other PHI are ever sent to the AI.

Surgeon login See how it works
3D organ model
AR marker overlay
WHO safety checklist
STL organ model Hands-free anatomy AI Safety checklist Operative note
DICOM / STL WebXR overlay Resident training No PHI to AI
Surgeon login
Prepare cases, run AR navigation and write operative notes

Demo: admin@demo.srn / Demo@123

De-identified AI mode is always on — no patient names, IDs or other PHI ever reach the AI.

What this is

Patient-specific anatomy, from imaging to operative note

AR Surgical Navigator is an OR-console toolkit for hospitals and their surgical teams. A hospital uploads a patient's segmented STL organ mesh (segmentation is done in specialist tools) — and optionally a DICOM file, parsed in the browser to read non-identifying metadata while PHI tags are stripped. The app renders that mesh as an orbit-controlled 3D organ model, lets the team overlay it on the patient via WebXR using a printed marker as a visual registration guide, and answers hands-free anatomy questions spoken by the surgeon — all in de-identified mode. Alongside, it runs an interactive WHO-style surgical safety checklist and drafts a structured, de-identified operative note from typed or dictated narrative. It is a visualisation, education and training aid — not a certified or regulated surgical guidance or diagnostic device.

How it works

Five steps from imaging to operative note

Upload imaging

Add a de-identified patient and upload a segmented STL organ mesh, or a DICOM file parsed in the browser with PHI tags stripped.

View the 3D model

The organ mesh renders as an orbit-controlled 3D model with labelled anatomy, right in the browser — no headset needed.

Overlay on the patient

On an AR-capable browser, WebXR anchors the model near the patient using a printed marker as a visual registration guide.

Ask anatomy hands-free

Speak a question and the AI answers with key structures and cautions — using only de-identified procedure and anatomy context.

Run the safety checklist

Work an interactive WHO-style surgical safety checklist, with optional AI guidance and safety checks on each step.

Draft the operative note

Dictate or type the narrative and generate a structured, de-identified operative note ready to print or save as PDF.

Features & benefits

Everything the OR team needs in one console

3D organ model

Segmented STL meshes render as an orbit-controlled 3D model with labelled anatomy — in any modern browser, no headset required.

WebXR marker overlay

Anchor the model near the patient using a printed marker as a visual registration guide — a visualisation aid, with an orbit fallback everywhere.

Hands-free anatomy AI

Ask an anatomy question by voice and hear the answer read back — key structures and cautions, from de-identified context only.

Surgical safety checklist

Interactive WHO-style checklists with progress tracking and optional AI guidance and safety checks on each step.

De-identified operative note

Dictate or type the narrative and generate a structured note — findings, summary and post-op instructions — ready to print.

Resident training

Generate interactive quizzes per procedure and difficulty, and let residents explore the 3D anatomy alongside.

Safety & privacy

Built de-identified, honest about what it is

No PHI ever reaches the AI

The hospital's records may hold patient details, but AI-facing features use only de-identified data — a patient code, age, sex, procedure and anatomy. Patient names, IDs and identifying notes are never included in any AI prompt.

Client-side DICOM, PHI stripped

DICOM files are parsed in the browser to read non-identifying metadata (modality, dimensions, study description); identifying tags are stripped and not stored or displayed.

A visualisation and training aid

AR Surgical Navigator is a visualisation, education and training aid. It is not a certified or regulated surgical guidance, navigation or diagnostic device, and must not be relied on for clinical decisions.

STL meshes, not volumetric reconstruction

We render segmented STL organ meshes provided by the hospital. We do not perform full volumetric DICOM-to-mesh reconstruction, and AR overlay is marker-guided visualisation, not sub-millimetre surgical registration.

Pricing

One price, per hospital

Per hospital
₹50,000/year
  • Unlimited procedures, patients and intra-op sessions
  • 3D STL organ models with WebXR marker overlay
  • Hands-free anatomy AI and de-identified operative notes
  • WHO-style surgical safety checklists
  • Resident training quizzes and your whole surgical team
One flat annual price per hospital — every surgeon and OR staff member on your account is included.
Get started
FAQ

Questions, answered

Is any patient data sent to the AI?

No patient names, IDs, dates of birth or other PHI are ever sent to the AI. AI features use only de-identified clinical data — a patient code, age, sex, procedure name and anatomy region. Age and sex are permitted under HIPAA Safe Harbor and are not identifying on their own.

Is this a certified surgical navigation device?

No. AR Surgical Navigator is a visualisation, education and training aid. It is not a certified or regulated surgical guidance, navigation or diagnostic device, and it must not be used as the basis for clinical decisions.

Do you reconstruct a 3D model from a raw CT scan?

Not automatically. The hospital provides a segmented STL organ mesh (segmentation is done in specialist tools), and the app renders that mesh. We do not perform full volumetric DICOM-to-mesh reconstruction in the browser.

Does the AR overlay need special hardware?

The orbit-controlled 3D view works in any modern browser with no headset. The optional "overlay on patient" placement uses WebXR on an AR-capable browser and a printed marker as a visual guide — it is a visualisation aid, not sub-millimetre registration. The 3D view is the universal fallback.

How is the hospital billed?

One flat annual price per hospital, covering every surgeon and OR staff member on your account. There are no per-procedure or per-note charges.

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