The Vision
To become the safety layer that governs every AI action before it executes & the standard control layer for AI agents across consumer devices and digital ecosystems.
Intelligence and execution are structurally decoupled. An AI agent may reason anywhere but cannot act until an external, non-bypassable governance layer independently authorises every proposed action.
01
Separate Cognition from Authority
02
Governed Execution, Not Governed Thinking
Agents operate freely within defined boundaries. Every action passes through alignment, boundary enforcement, and capability-risk checks in real time before execution is permitted, regardless of the agent's intelligence level or deployment architecture.
03
A hardware-anchored governance layer sits between every AI agent and every system it can affect, producing tamper-evident, cryptographically sealed audit records for each evaluation, authorisation, and interruption event.
The Non-Bypassable Control Plane
04
Guaranteed Interruptibility at Any Scale
Any authorised party can pause, halt, or isolate an agent instantly via out-of-band kill-switch channels enforced at hardware level. No agent, however capable or self-modifying, can disable, delay, or circumvent shutdown.
05
Safe by Default, Not by Promise
Any authorised party can pause, halt, or isolate an agent instantly via out-of-band kill-switch channels enforced at hardware level. No agent, however capable or self-modifying, can disable, delay, or circumvent shutdown.
06
Any authorised party can pause, halt, or isolate an agent instantly via out-of-band kill-switch channels enforced at hardware level. No agent, however capable or self-modifying, can disable, delay, or circumvent shutdown.
Guaranteed Interruptibility at Any Scale
As artificial intelligence continues to grow in capability and influence, so too does the urgency of ensuring it operates safely, ethically, and in the public interest.
AI Safety, the discipline focused on aligning AI systems with human values, has become not only a cornerstone of responsible technology development but a global imperative.
How It Works
LayerGuard’s architecture includes four key systems:
Alignment Engine
Builds a personalized alignment profile for each user. Based on behavior, preferences, and policies
Boundary Enforcement Layer
Prevents actions that violate safety, legal constraints, safety policies, device and jurisdictional rules.
Interruptibility System
Allows real-time pause, halt, restrict or termination of AI actions.
Execution Control Interface
Ensures actions execute only after governance checks pass. This creates a hard control boundary around autonomous AI systems.
This architecture governs AI actions independent of the AI model itself.