IoMTGateway: Conversion Multi-Protocoles, Enclaves Cryptographiques et Ingress Zero-Trust

IoMTGateway fait le pont entre dispositifs cliniques hérités et systèmes de DME cloud modernes, avec une latence de routage de l'ordre de la microseconde et une conformité rigoureuse aux normes HIPAA et RDM.

IoMTGateway Edge Ingress Architecture

Zero-Trust Hospital Demarcation and Protocol Transformation

Central System: Medical Ingress Engine - FHIR / HL7 Proxy Core

Clinical IoMT Nodes

  • HL7 v2/v3 Broker
  • FHIR REST API
  • DICOMweb Proxy
  • mTLS Boundary
  • PACS Connector

Architectural Layers & Regulatory Standards

  • Perimeter Mutual TLS (mTLS) (RFC 8446 mTLS 1.3 / X.509 Device Certificates): Terminating encrypted sessions from bedside sensors with client certificate validation.
  • Semantic Transformation Layer (HL7 v2.5 to FHIR R4 JSON Schema Engine): Real-time parsing and conversion of legacy HL7 MSH/PID segments into structured FHIR R4 resources.
  • DICOMweb Imaging Broker (NEMA DICOM PS3.18 / DICOMweb): WADO-RS and STOW-RS proxying with lossless streaming for bedside ultrasound and mobile imaging.
  • EHR & Cloud Connector (Apache Kafka / gRPC mTLS with SMART on FHIR): High-availability Kafka and gRPC dispatch to Epic, Cerner, and national clinical registries.

Key Metrics: 10 Gbps (Line-Rate Throughput) | < 2 ms (Protocol Transformation Jitter) | 100% (FHIR R4 Schema Conformance) | FIPS 140-3 (Cryptographic Boundary Validation)

Entrée microsegmentée pour la télémétrie critique au chevet

Connecting ventilators, infusion pumps, and telemetry monitors directly to hospital IT networks creates massive cyber attack surfaces. IoMTGateway isolates physical medical devices behind a hardened proxy that enforces cryptographic device attestation and semantic data validation.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications