Safety OS: The Regulatory Bridge

Regulation is not a barrier — it's our moat.

Why We Win: 7 Compliance Standards = Defensible Moat

Our technical moat is built on regulatory-grade compliance that takes years to replicate. While hardware companies race to build humanoid robots, we're building the only FDA-compliant software that makes them safe for healthcare.

Compliance Pillars:

✓ ISO 13485
Medical device quality management
✓ IEC 62304
Medical device software lifecycle
✓ FHIR Standards
EHR interoperability
✓ FDA 21 CFR Part 11
Electronic records & signatures
✓ HIPAA/HITECH
Patient data privacy & security
✓ Cybersecurity
IEC 81001-5-1 health software
✓ Clinical Risk
ISO 14971 risk analysis

Why Competitors Can't Catch Up:

  • Hardware companies lack regulatory software expertise
  • Software companies lack medical device experience
  • Building this patient-centric compliance stack takes 3-5 years and $10M+
  • We're already 2 years ahead with HMS/JHU validation

Our advantage: By the time competitors start, we'll already be the established standard.

Technical Architecture

Physician-in-the-Loop (AIITL) Framework

At the core of our Safety OS is the Physician-in-the-Loop (AIITL) framework—a governance model that makes the human clinician the pilot, not just the brake. Unlike fully autonomous systems that pose unacceptable liability risks, our architecture ensures that all critical care decisions require physician approval before execution.

🔗 EHR Integration & HIPAA Compliance

Secure, Hybrid Healthcare Ecosystem Architecture (HHEA) hosted in the EHR Provider cloud (e.g., Epic, Cerner, Allscripts) ensures real-time patient data access with HIPAA compliance and full audit trails.

Humanoid Robot, Doctor, and Patient in Healthcare Setting Scalable IT Architecture for Patient-centric Care with EHR Integration

Enterprise Architecture: TOGAF-based Hybrid Healthcare Ecosystem Architecture (HHEA) with HIPAA/GDPR compliance

HITL vs AIITL: Human as Passenger vs Human as Pilot

Key Difference: HITL makes humans passive observers; AIITL makes them active pilots with full control over AI execution.

Modular Platform Design

Our modular software design allows robotics manufacturers like Unitree and Boston Dynamics to plug our Safety OS into their hardware platforms, creating a scalable ecosystem where we become the de facto standard for compliant humanoid healthcare.

With a projected 49x ROI and $279M NPV, this capital-efficient model positions us to capture significant value in the emerging $1 Trillion humanoid healthcare market.

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