OXELVO
OXELVO
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HIPAA SOVEREIGN AIHealthcare & Life Sciences•Verified Healthcare Architecture

HIPAA-Compliant Telemedicine & Sovereign Clinical EHR Platform

A secure, HIPAA-compliant clinical care orchestration platform with automated speech-to-text EHR charting, encrypted video consultations, and FHIR interoperability adapters.

CORE STACK:Next.jsWebRTCFastAPIFHIR / HL7PostgreSQLDockerTailscale
HIPAA-Compliant Telemedicine & Sovereign Clinical EHR Platform Architectural Demonstration
HIPAA SOVEREIGN AI • PRODUCTION PROTOTYPE
The Technical & Operational Challenge

Identifying the Core Problem

Physicians spend up to 40% of patient consultation time documenting unstructured notes into rigid EHR databases, leading to burnout and delayed patient care records.

Engineered Architecture & Solution

How OXELVO Solved It

We designed a sovereign clinical AI gateway. Consultations are transcribed locally, stripped of protected health information (PHI) via Pydantic validators, and structured into FHIR-standard clinical encounters directly committable to EHR systems.

Delivered Capabilities

Key System Features

  • Sovereign on-premises clinical transcription guaranteeing zero cloud PHI exposure
  • FHIR / HL7 bidirectional data synchronization adapters for hospital EHR cores
  • WebRTC end-to-end encrypted video telemedicine room with in-call vitals monitoring
  • Automated diagnostic billing code suggestion (ICD-10 / CPT) with physician sign-off
  • Role-based access logging satisfying HIPAA audit trail and SOC2 compliance
Architectural Blueprint Highlights

Engineering Decisions & Guardrails

Zero-trust credential storage using HashiCorp Vault with ephemeral access tokens
Automatic audio buffer shredding following successful transcription and checksum verification
Distributed failover architecture across multiple secure clinical zones
Project Transparency Notice

This project represents an active technical demonstration and architectural blueprint engineered by OXELVO. We share code blueprints, schemas, and live demonstrations to verify real-world feasibility before client commercialization.

SPECIFICATIONSVERIFIED
PHI Leakage0%Cryptographically verified boundary
InteroperabilityFHIR R4HL7 compliant clinical interchange
Note GenerationSub-15sStructured clinical SOAP note draft
Video Latency< 80msP2P WebRTC encrypted consultation
TIMELINE:9 Weeks Engineering Delivery
STATUS:Verified Healthcare Architecture
SIMILAR CHALLENGE?

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