SOVEREIGN KINETIC

FARADEX

AI Infrastructure Safety Architecture for Next-Generation
Intelligent Machines

FARADEX EXPLAINER PODCAST

FARADEX EXPLAINER PODCAST

CONTAINMENT FOR SELF REPLICATING AGENTS

CONTAINMENT FOR SELF REPLICATING AGENTS

The Missing Layer: Why AI Safety Ends at the Energy Path

The Missing Layer: Why AI Safety Ends at the Energy Path

The Missing Layer: Why AI Safety Ends at the Energy Path

The Trillion-Dollar AI Liability: Revisiting Century-Old Solutions for Modern Challenges

The Trillion-Dollar AI Liability: Revisiting Century-Old Solutions for Modern Challenges

The Trillion-Dollar AI Liability: Revisiting Century-Old Solutions for Modern Challenges

Software decides. Hardware permits.

Software decides. Hardware permits.

Software decides. Hardware permits.

FARADEX is a patent-pending hardware architecture that makes physical action by AI and autonomous systems conditional on continuous cryptographic authorization. Power flows only while permission holds.

FARADEX is a patent-pending hardware architecture that makes physical action by AI and autonomous systems conditional on continuous cryptographic authorization. Power flows only while permission holds.

Sovereign Kinetic

Non-provisional application 19/559,330, priority 11 January 2026. Over 700 claims across our provisional filings.

Robotic fingers touching microchips on circuit boards
Robotic fingers touching microchips on circuit boards
Stacked layers symbol
Stacked layers symbol

LAYER 0 ENERGY-PATH ENFORCEMENT

Stacked layers symbol

LAYER 0 ENERGY-PATH ENFORCEMENT

THE MISSING SECURITY LAYER

Layered panels symbol
Layered panels symbol
Traditional security protects:

models → applications → identities → networks → compute

Microchip with central cross symbol
Microchip with central cross symbol

Sovereign Kinetic addresses the boundary beneath them: device rules are isolated from the governed system and powered independently.

AI systems increasingly control machines, infrastructure and physical processes.
AI systems increasingly control machines, infrastructure and physical processes.
Close-up of a microchip on a red circuit board

No valid authorization. No permitted conduction

No valid authorization. No permitted conduction

De-energized by default

Continuous authorization

Independent enforcement

Deterministic state transition

Pre-arrest telemetry

Hardware-rooted identity

Forensic provenance

Deterministic Hardware Response:

The dynamic gate permits transmission across the data bus upon the continuous receipt of this heartbeat. The instant the heartbeat stops, the gate physically severs the network connection or control line to halt the exploit or malicious calibration. Target response: under 1.2 milliseconds, within a configured timeout window of 1.0 to 5.0 milliseconds depending on implementation.

A1

The layer everyone is missing

A1

The layer everyone is missing

A2

The gate times out within 1.0 to 5.0 milliseconds and the path opens.

A2

The gate times out within 1.0 to 5.0 milliseconds and the path opens.

A3

The safe electronic age starts with the energy path.

A3

The safe electronic age starts with the energy path.

A4

AI safety architecture at the energy level

A4

AI safety architecture at the energy level

Exploded diagram of four hardware layers labeled A1 through A4

AI Infrastructure Security at Layer 0

Comprehensive Pre-Arrest Telemetry:

Using this "dying breath" of energy, the vault captures and records the exact conditions immediately preceding the hardware intervention . The forensics saved include the pre-arrest thermodynamic telemetry, specific calibration parameters, and the exact cryptographic anomaly or event cause that triggered the hardware interposer

The Physical Consequence Boundary


Power manipulation → model behavior → changed inference → physical consequence

The unresolved question is not merely whether an AI system can be compromised. It is whether an independent control layer can determine whether the system remains physically capable of executing the resulting command.

AI SECURE SOLUTION

THE NEXT GENERATION OF AI SAFETY

01

The governed power path does not conduct until authorization is verified. No valid permission, no motion, no computation. Silence stops the machine; nothing has to go right for it to fail safe.

Dark by default

01

The governed power path does not conduct until authorization is verified. No valid permission, no motion, no computation. Silence stops the machine; nothing has to go right for it to fail safe.

Dark by default

02

Authorization is a cryptographic heartbeat renewed 100 to 1,000 times per second, bound to time and physical location. It is not a boot-time check that an attacker outlives. It is a permission that expires faster than an exploit can act.

Continuous, not one-time

02

Authorization is a cryptographic heartbeat renewed 100 to 1,000 times per second, bound to time and physical location. It is not a boot-time check that an attacker outlives. It is a permission that expires faster than an exploit can act.

Continuous, not one-time

03

Reduces exposure to zero-day exploits by operating independently of the host operating system and software-based antivirus heuristics.

Physics, not promises

03

Reduces exposure to zero-day exploits by operating independently of the host operating system and software-based antivirus heuristics.

Physics, not promises

04

When the check passes, the gate conducts and power flows. Two details matter. The path is non conducting by default, so conduction is the exception that authorization creates rather than the normal state a fault has to interrupt. And the power domain is pre charged during the cryptographic handshake, so verification costs no startup time.

Stage two, energization: authorization becomes conduction

04

When the check passes, the gate conducts and power flows. Two details matter. The path is non conducting by default, so conduction is the exception that authorization creates rather than the normal state a fault has to interrupt. And the power domain is pre charged during the cryptographic handshake, so verification costs no startup time.

Stage two, energization: authorization becomes conduction

LAYER 0 DYNAMIC STOP & KILL CONTROL

STOP is a controlled transition to a safe state: authorization is revoked and the gate opens. KILL is the immediate removal of authorized conduction: a critical condition triggers hardware enforcement and the energy path is physically interrupted. DYNAMIC SWITCH continuously evaluates authorization and operating conditions, and maintains, changes, or removes conduction accordingly. No valid authorization, no permitted conduction. AUTHORIZED: heartbeat valid, gate conducting. STOP: authorization revoked, gate opens. KILL: critical condition, hardware enforcement, energy path interrupted.

If present standing cannot be affirmatively established at the consequence boundary, the transition must not commit.

The safe electronic age starts with the energy path.

The safe electronic age starts with the energy path.

The safe electronic age starts with the energy path.

Exploded hardware layers on a dark technical background

FARADEX is patent-pending. Statements describe filed applications and design intent; no issued patent, deployment, certification or regulatory endorsement is asserted. Detailed technical disclosures are available under NDA.

NVIDIA, the NVIDIA logo and NVIDIA Inception are trademarks and/or registered trademarks of NVIDIA Corporation in the United States and other countries. Membership in NVIDIA Inception does not constitute an endorsement by NVIDIA of any products or services.