KNOWN SYSTEMS BUILDS CONTROL BOUNDARIES FOR
CONSEQUENTIAL ACTIONS.
An intelligent system can propose an action, but intelligence should not automatically possess authority to execute that action. Known Systems provides the execution-containment architecture enforcing verification before execution across two operating domains: KNOX Relay for commercial AI and business workflows, and Known Systems Regulated for high-assurance, sovereign environments.
WHO IS THIS FOR?
- KNOX Relay: Commercial organisations using AI agents, CRM systems, marketing automation, APIs, or business workflows where actions require policy-controlled execution.
- Known Systems Regulated: High-assurance environments where execution consequences are severe, sovereignty matters, operational boundaries must be explicit, and auditable evidence is required.
WHO IT IS NOT FOR
- Not an AI Model: KNOX does not generate content; it controls how AI-connected systems are permitted to act.
- Not a CRM / ERP: Known Systems does not replace databases; it governs execution across existing business systems.
- Not a Certification Body: Known Systems provides control and auditability mechanisms supporting independent governance.
SOVEREIGN
HARDWARE ARCHITECTURE
CONTROL WHAT HAPPENS NEXT.
Whether the proposed action originates from an AI agent, API, automated workflow, financial transaction, industrial system, physical machine, or human operator, the principle remains the same: consequential execution should occur only when the required authority and conditions have been verified.
While KNOX Relay operates seamlessly across cloud APIs and enterprise infrastructure, Known Systems also provides air-gapped, sovereign hardware configurations. The execution containment boundary operates directly on high-assurance appliance nodes—ensuring that even in isolated environments, unauthorised commands cannot execute without verified policy authorisation.
INTELLIGENCE CAN PROPOSE.
AUTHORITY MUST BE CONTROLLED.
Intelligent systems can generate recommendations, actions, transactions, commands, or automated workflows—but the ability to propose an action should not automatically grant authority to execute it. Known Systems provides the deterministic control boundary governing that transition.
PROPOSED INTENT → CONTROL BOUNDARY → VERIFIED AUTHORITY → EXECUTION
ABSOLUTE CONTROL.
ZERO DOWNTIME.
Known Systems wraps around your existing infrastructure, verifying actions before execution.
WORKS AROUND
YOUR EXISTING STACK
Your CRM, ERP, APIs and AI models remain the systems of
record.
Known Systems sits between proposed intent and consequential
execution.
43 INDUSTRIES | ONE CONTROL ARCHITECTURE
The execution-authority problem is universal. Known Systems provides a standardised control boundary engineered to govern consequential actions across 43 major economic sectors.
INPUT | SIGNALS
PROBABILISTIC SIGNALS & ACTION INTENT
Every sector operates AI agents, APIs, webhooks, or algorithmic models that propose actions. Unconstrained models drift, hallucinate, and cannot be granted direct, unsupervised authority over live production systems.
STATE | AUTHORITY
CONSEQUENTIAL STATE TRANSITIONS
Every industry contains critical state perimeters—financial ledgers, core databases, patient health records, or industrial actuators—where irreversible state transitions must be mathematically verified before execution.
AUDIT | EVIDENCE
IMMUTABLE AUDITABILITY & STATUTORY PROOF
Every operating environment demands verifiable proof of compliance and authority. Retrospective logs and reactive alerts fail under scrutiny; each consequential action requires a permanent cryptographic witness record.
