SOVEREIGN KINETIC
FARADEX
AI Infrastructure Safety Certification Architecture for Next-Generation
Intelligent Machines
Sovereign Kinetic
LAYER 0 ENERGY-PATH ENFORCEMENT
LAYER 0 ENERGY-PATH ENFORCEMENT
THE MISSING SECURITY LAYER
models → applications → identities → networks → compute
Sovereign Kinetic addresses the boundary beneath them on Device rules are galvanically 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.
No valid authorization. No permitted conduction
No valid authorization. No permitted conduction
Dark by default
Continuous authorization
Independent enforcement
Deterministic state transition
Pre-arrest telemetry
Hardware-rooted identity
Forensic provenance
Deterministic Hardware Response:
The Galvanic Gate (the hardware interposer) 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
A1
A2
A2
A3
A3
A4
A4
AI infrastructure safety
Layer 0 AI security
hardware-enforced AI safety
physical AI security
AI hardware security
AI kill switch
AI hardware kill switch
dynamic AI shutdown
energy-path enforcement
AI safety certification
hardware-rooted AI governance
AI Infrastructure Security at Layer 0
Comprehensive Pre-Arrest Telemetry:
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
const fetchUser = async (id) => {
const res = await fetch(`/api/users/${id}`);
if (!res.ok) {
throw new Error("User not found");
}
const data = await res.json();
return {
name: data.name,
email: data.email,
role: data.permissions.role,
};
};NIST IR 8615 and 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 INFRASTRUCTURE
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.
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.
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.
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.
03
Reduces exposure to zero-day exploits by operating independently of the host operating system and software-based antivirus heuristics.
03
Reduces exposure to zero-day exploits by operating independently of the host operating system and software-based antivirus heuristics.
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.
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.
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.
