Open-Standard Ophthalmic Infrastructure Entity

Oftalmos.org

Unlocking clinical health data from closed diagnostic hardware to build global interoperable assets.

#OPEN-SOURCE

#DECIDEDLY-DETERMINISTIC

#DICOM-TID1500

Core Engine: Transducin

Access Transducin on GitHub Explore the Documentation

Explore ↓

Transducin_Engine_v0.9.1 — 3D_Structural_Analogy

The Convergence of Data & Human Connection

Specialized medicine demands both logical precision and profound empathy. Today, clinical visual data remains trapped in proprietary hardware silos, forcing ophthalmologists to spend their clinical hours battling fragmented screens and rigid EHRs. By building an open-standard medical data infrastructure, we eliminate this friction. We restore clinical time to where it belongs: returning vulnerability, presence, and human connection to the patient-physician relationship.

Humanizing Specialty Medicine

Transducin: Open-Core & Deterministic Decryption

Transducin is our flagship open-source parser designed to eliminate diagnostic format silos. Operating as a deterministic intermediate layer, it decrypts binary data blocks from closed hardware manufacturers (e.g., Optopol) and translates them into interoperable clinical metadata structured under the international DICOM (TID 1500) standard. Crucially, its deterministic architecture guarantees absolute reproducibility—a prerequisite for scientific research, academic publications, and clinical trials.

#OPEN-CORE

#DETERMINISTIC

#DICOM-TID1500

#MULTIVENDOR

Auxiliary Infrastructure Suite (RetinaOS) Supported by: Graefe (EHR API) · Rhodopsin (Whisper Scribe) · Arrestin (Consent Gate) · Vitreum (PACS)

oftalmos.org — mdi_blueprint.sketch

Data Standards & Scientific Conformity

Validation & Peer Review

Our forthcoming paper on medRxiv validates deterministic binary parsing against manufacturer-native PDF exports, proving clinical equivalence.

#medRxiv

Open Specifications

Comprehensive documentation of parsed binary structures, offsets, and data schemas to foster transparent, community-driven auditability.

#specification

DICOM TID 1500 Compliance

Rigorous conformance with international structured reporting templates for ophthalmic coherent tomography (OCT) and visual fields.

#standards

Genomic Reproducibility

Providing open test suites and validation datasets to ensure that any research consortium can verify data pipeline integrity.

#open-data

Strategic Collaboration Pathways

Clinical Trials & Biobanks (B2B SaaS)

We enable pharmaceutical consortia and genomic biobanks (e.g., UK Biobank) to automate clinical trials. Ingest, sanitize, and structure millions of heterogeneous legacy scan files in the cloud directly into standardized DICOM PACS repositories at scale.

#B2B-SaaS

Vision Care Networks

Unify disparate diagnostic hardware across clinics. Connect legacy devices directly to cloud infrastructures and AI pipelines under a single interoperable data layer—without vendor lock-in or expensive hardware replacement cycles.

#interoperability

Core Server Node

Technical Stack

Infrastructure Tailscale WireGuard · Synology Storage · Edge Nodes · GPU Pipelines
Core Backend FastAPI · PostgreSQL 16 + pgvector · Alembic · Docker Hub
Clinical AI faster-whisper · MedGemma 4B · MONAI Framework · MIRAGE
Imaging & DICOM Orthanc PACS · DICOM SR TID 1500 · Supplement 247 · highdicom
Compliance IEEE/UL 2933 TIPPSS · NOM-004-SSA3-2012 · SNOMED-CT · UCUM

Accelerate Ophthalmic Interoperability

We collaborate with global researchers, biobanks, clinical trial sponsors, and software developers to deploy open-standard vision care pipelines.

Research Collaborators (Multi-site validation of binary decoding)

Software Engineers (Contributions to Transducin and highdicom PRs)

github.com/oftalmos-org retinadev@oftalmos.org

Related Initiatives in the RetinaOS Ecosystem

UFO Forum → Vamos a Ver →