THE OBD-II PORT FOR AI: HARDWIRING INSURANCE FOR ARTIFICIAL INTELLIGENCE

Subtitle: Hardware-level telemetry solves the unpriceable risk of AI by
measuring physical silicon signals to detect identity drift, unlocking the
AI liability market.

Visual: OBD-II diagnostic port plugging into a brain-shaped chip labeled
"AI Model & Silicon."

UPPER — THE MECHANISM: HOW SILICON MEASURES DRIFT
- S=P=H (Semantic = Physical = Hash): data's physical memory address is
  identical to its semantic identity, making verification a single operation.
- Cache-Miss = Identity Drift: when data mismatches its address, the
  hardware triggers a physical voltage change in the circuitry.
- The Ballistic Stop: the system physically halts execution before the
  software layer can process or hide the error.

LOWER — THE MARKET TRANSFORMATION: $0 to $14B+
- Subjective Software Scores (OLD): replaces unreliable software
  "confidence scores" with unforgeable, hardware-generated cryptographic
  trust artifacts.
- Objective Hardware Trust Artifacts (NEW).
- $0 Unpriceable Risk.
- $14B+ Unlocking the AI Liability Market: just as OBD-II created a $14B
  market for auto insurance, this signal enables AI premiums.
- August 2, 2026: The EU AI Act — enforcement of Article 14 creates
  mandatory demand for hardware-level verification of high-risk AI.

RIGHT PANEL — COMPARISON: SOFTWARE vs. HARDWARE VERIFICATION
                    Legacy Software Verification    Patent 19/637,741 Hardware
  Data Source       Self-reported benchmarks         Physical PMU telemetry
  Verification      Software checking software       Silicon-level S=P=H
  Insurability      $0 (Unpriceable Risk)            $14B+ Potential (Actuarial triangle)

SOURCE: NotebookLM