OxRad

Private by design

AI radiology reporting that never leaves the building.

On-premise inference. Patient data stays on your site. Verifiable, auditable, private by design.

Inference stays on-site

OxRad runs the AI on hardware in your clinic. Scans are read, reports are drafted, and a radiologist signs, without a single image transiting the cloud.

A shield enclosing a medical scan, signifying patient data kept on-site.

Private by design

The model runs on-premise. No patient scan is uploaded, brokered, or stored off-site. Sovereignty is the architecture, not a setting.

Verifiable, not just promised

OxChain and OxRad Protocol provide tamper-evident auditability and privacy-preserving improvement across sites, without raw scans leaving any site.

A medical cross with a radiology scan and an approving check, signifying clinical sign-off.

Clinically grounded

Built with practising radiologists and a lead investigator with 25+ years in diagnostic imaging. OxRad drafts; the clinician reviews and signs.

Who it's for

Built for the people who read studies, and the places that produce them.

OxRad is not a platform for everyone. It is for the rooms where imaging actually happens, and the clinicians whose names go on the report.

A radiologist reading glowing CT slices at a dual-monitor workstation in a dark reading room.

Radiologists

You sign the report, so the draft should start with you. OxRad Intelligence drafts each study on-site; you review, edit, and sign. Built to hand you time back, with responsibility exactly where it belongs.

A modern scanner suite glowing cyan and cobalt in a dark imaging centre.

Imaging and scan centres

Your patients' scans never leave your building. The OxRad on-site node drops into the DICOM workflow you already run, with no per-study cloud inference dependency and no imaging transiting anyone else's network.

A chain of sealed, linked records signifying a verifiable audit trail.

Hospitals and radiology groups

Govern multi-modality volume with proof, not promises. OxChain gives you a tamper-evident audit you can show a regulator or a board, and data residency is decided by where your hardware sits.

Request a pilot

Sound like your reading room? Then we should talk.

How it works

DICOM in, drafted report out, a radiologist signs. The whole pipeline runs on your premises.

See the full pipeline →
On your premisesNothing transits the cloud
  1. 01

    Scan in

    A study arrives from the modality in standard DICOM, straight to the OxRad on-site node.

  2. 02

    Drafted on-site

    OxRad Intelligence reads the study and drafts the report on hardware in your clinic.

  3. 03

    Draft report

    A structured draft is produced locally, ready for clinical review.

  4. 04

    Radiologist signs

    A qualified radiologist reviews, edits if needed, and signs. OxRad never signs.

Why on-premise

Many cloud-based AI workflows depend on moving sensitive imaging data away from the clinical site. OxRad takes a different path: inference runs on-site, so patient imaging data remains under the clinic’s control.

Read why on-premise matters for radiology
 
Cloud radiology AI
OxRad, on-premise
Where inference runs
Vendor's cloud
Hardware in your clinic
Patient scan leaves site
Yes, uploaded off-site
No, never transmitted
Data residency
Vendor-controlled region
Your premises, your jurisdiction
Auditability
Trust the vendor's logs
Tamper-evident, verify yourself
Cloud inference dependency
Per-study upload to a vendor
None, runs on-site

Where we are

The OxRad system is built and in active testing. We are stress-testing the platform now; the clinical evidence comes next. We publish what is real today and call the roadmap a roadmap. If you want the detail, the Build Paper has it.

Built by a security-led founding team with real clinical access. Meet the team →

Evaluate on-site AI reporting that keeps patient data on your premises.

We are taking a small number of pilot partners.