- CameraX photo and video in one exam session
- VL Photographic Image Storage (JPEG Baseline)
- Video Photographic Image Storage (MPEG-4 AVC/H.264 /
MPEG4HP41) - Session tray, review, batch store, pending retry queue
- Modality Worklist (DIMSE C-FIND) with date picker & filters
- Append to existing study (Study Root C-FIND / QIDO-RS)
- Manual / emergency path when no order exists
- FHIR R4 Patient lookup + HL7 HTTPS façade demographics
- Demo patients for offline exploration
- DIMSE: archive C-ECHO / C-STORE / Study FIND, plus a separate MWL C-FIND destination
- DICOMweb: QIDO-RS + STOW-RS (selectable per site)
- Android Managed Configurations (MDM) for AE Titles, hosts, EHR endpoints
- ATNA-style audit export (system save dialog)
- App-private staging only — never the system gallery
- Wipe local pixels after successful store
- Clear lab-only banner + Settings → About (purpose, AVG, MDR/DPIA)
Android clinical camera for hospitals
Capture photos & video → bind to the right patient/order → store as DICOM to any standards-compliant PACS → wipe the device.
DICOM Conformance Statement · Disclaimer (lab only) · Apache 2.0 · Product plan · IT deployment · Play Store assets
Lab / pilot only — not for clinical use. See
DISCLAIMER.md.
Worklist · Archive · Settings — staging lab build (not for clinical use)
Clinical photos still end up in insecure channels (chat apps, personal cameras, gallery sync). Hospitals need a modality-like Android app that:
- Speaks real DICOM (and optional DICOMweb) to whatever PACS/VNA they already run
- Resolves identity via MWL, PACS query, FHIR, or HL7 — not proprietary lock-in
- Leaves no durable PHI on the phone after a successful store
Arnout.pro DICOM Camera is built for that workflow — Android-first, EU/NL compliance-aware, MDM-deployable.
┌──────────────────────────────────────────────────────────┐
│ Android app (Kotlin · Jetpack Compose · CameraX) │
│ Worklist / Manual / EHR → Capture → Encode → Store → Wipe│
└──────────────┬───────────────────────────┬───────────────┘
│ │
Identity (optional) Imaging (required)
FHIR HTTPS / HL7 façade DIMSE and/or DICOMweb
│ │
▼ ▼
EPD / interface engine Any standards-compliant PACS
│ ▲
└──────── MWL SCP (RIS) ────┘
Modules: :app · :dicom (dcm4che) · :identity (FHIR/HL7 clients).
| Topic | Document |
|---|---|
| DICOM networking & SOP classes | docs/compliance/DICOM_CONFORMANCE_STATEMENT.md v1.0 |
| Product roadmap & phases | docs/PRODUCT_PLAN.md |
| Hospital IT / MDM | docs/deploy/IT_DEPLOYMENT_GUIDE.md |
| HL7 façade contract | docs/deploy/HL7_FACADE_CONTRACT.md |
| IHE SWF / WIC notes | docs/ihe/ |
| NL/EU compliance pack (drafts) | docs/compliance/PHASE5_COMPLIANCE_PACK.md |
| Lab Orthanc + EHR harnesses | lab/README.md |
Honest compliance status: technical DICOM behaviour is documented. MDR classification, signed DPIA/GEB, and verwerkersovereenkomst with each zorginstelling are required before real-patient use. Lab/pilot-prep builds only until those are signed off.
Requirements: JDK 17+, Android SDK, optional Docker for the lab.
./gradlew :identity:testDebugUnitTest :dicom:testDebugUnitTest :app:testDevDebugUnitTest
./gradlew :app:assembleStagingDebug
# APK → app/build/outputs/apk/staging/debug/cd lab
docker compose up -d --build
./demo-ehr-lookup.sh| Service | Port | Use |
|---|---|---|
| Orthanc | 4242 / 8042 |
DICOM store / UI (/ohif/ needs trailing slash) |
| HAPI FHIR | 8080 |
Patient 999888777 |
| HL7 façade mock | 8090 |
Patient 123456789 |
Emulator Settings → EHR: http://10.0.2.2:8080/fhir and http://10.0.2.2:8090.
Use a dev flavor APK for those HTTP URLs (staging blocks cleartext).
Physical device: use your lab host LAN IP.
Default DIMSE (dev flavor): host 10.0.2.2, port 4242, called AE ORTHANC, calling AE DICOMCAM.
Ready for a future Google Play listing and GitHub social preview:
| Asset | Size | Path |
|---|---|---|
| Play icon | 512 × 512 | branding/play-store/icon-512.png |
| Play feature graphic | 1024 × 500 | branding/play-store/feature-graphic-1024x500.png |
| GitHub / OG banner | 1280 × 640 | branding/github-banner-1280x640.png |
| README hero | 1280 × 320 | branding/readme-hero-1280x320.png |
Typography: Sansation (SIL OFL) — see docs/licenses/SIL-OFL-Sansation.txt.
In-app chrome: Arnout.pro (Bold) left · DICOM Camera (Regular) right.
Details: branding/README.md.
app/ Compose UI, CameraX, settings, MDM
dicom/ Encode, DIMSE, DICOMweb, audit, staging wipe
identity/ PatientDirectory — MWL, FHIR, HL7 façade
lab/ Orthanc + HAPI FHIR + HL7 mock
docs/ Plan, compliance, deploy, IHE, ADRs
branding/ Icons, banners, Play Store graphics
Phases 0–5 are implemented in-repo (foundations → store → worklist/append → video/session → dual-stack/MDM/ATNA → FHIR/HL7 + compliance drafts).
Still outside the phone for production pilots:
- MDR classification with counsel
- DPIA/GEB + verwerkersovereenkomst per site
- Validation against a second commercial PACS/VNA
- Organisational DICOM UID root (replace temporary
2.25.*)
This repository is prepared for a public audience: hospitals, PACS engineers, and Android developers interested in standards-based clinical imaging on mobile.
- See
CONTRIBUTING.mdfor how to report bugs and open PRs - See
SECURITY.mdfor vulnerability reporting (no PHI in public issues) - Prefer standards (DICOM / FHIR / HL7 / IHE) over vendor-specific shortcuts
- Never commit real patient data or production credentials
Project: arnoutpro/dicomcamera
Brand: Arnout.pro
Licensed under the Apache License 2.0 — see LICENSE.
Not for clinical use until your organisation completes applicable regulatory and privacy steps. Read DISCLAIMER.md before deploying or testing with any patient data.
Sansation font: SIL Open Font License 1.1 (docs/licenses/SIL-OFL-Sansation.txt).