ONE PRINCIPLE.
UNLIMITED APPLICATIONS.
Known Systems addresses the execution-containment problem created when intelligent systems can initiate consequential actions. The system is not defined by the application — it is defined by the control boundary.
KNOX RELAY
CONTROLLED AI & BUSINESS EXECUTION
KNOX Relay connects AI intelligence to business execution through a configurable verification and control layer. Deploy the built-in KNOX Agent, connect third-party AI systems, or integrate existing business infrastructure. From lead generation and marketing operations to sales, customer workflows, automation, and revenue execution, KNOX Relay provides a controlled boundary between what intelligent systems propose and what business systems are allowed to execute.
LEAD-TO-REVENUE EXECUTION
Lead capture, AI qualification, territory routing, customer engagement, scheduling, and closed-loop revenue attribution.
MARKETING OPERATIONS & BUDGET CONTROL
Campaign spend thresholds, AI budget allocation requests, creative approvals, and opt-out compliance gating.
AI WORKFLOW CONTROL
Intercepts AI agent proposals before execution, enforcing payload sanitisation, policy checks, and escalation.
BUSINESS AUTOMATION & SYSTEMS INTEGRATION
Cross-system API execution across CRM, ERP, finance, customer support, and revenue operations stacks.
KNOX AGENT
Lead capture, qualification, buyer intent, engagement and follow-up.
○ IN DEVELOPMENTCONNECTED AI
Connect external AI models and let KNOX control consequential actions.
● SUPPORTEDKNOX ROUTER
Intent, territory, ownership, availability, and policy-driven routing.
○ WAITLIST ONLYKNOX ANALYTICS
Lead-to-revenue journey, execution telemetry, and attribution.
○ WAITLIST ONLYTWO OPERATING DOMAINS
KNOWN SYSTEMS
HIGH-ASSURANCE CONTROL INFRASTRUCTURE
High-assurance zero-trust control infrastructure for aerospace, defense, financial infrastructure, real-world asset tokenization, and sovereign air-gapped enclaves.
VERIFICATION MATRIX
The mathematical verification boundary for high-assurance environments (Aerospace, Defense, Financial Infrastructure) requiring deterministic state verification.
INSPECT MATRIX →KNOWN SYSTEMS PROTOCOL™
Developed as an implementation of the Known Systems control architecture for real-world asset tokenization, Known Systems Protocol™ places a verification boundary between transaction proposals and ledger commitment.
This architecture addresses the trust gap created when automated protocols are permitted to directly influence financial ledgers. Rather than relying exclusively on retrospective monitoring after execution, the control boundary evaluates the proposed state transition before ledger entry.
SOVEREIGN ENCLAVES
Air-gapped on-premises operators and compliant cloud enclaves for organizations requiring strict data sovereignty and infrastructure isolation.
VIEW TRUST CENTRE →TWO APPLICATIONS. ONE CONTROL PRINCIPLE.
Known Systems demonstrates the same fundamental control thesis at two different points in the execution chain: real-time edge containment for autonomous AI agents, and pre-execution gating before ledger commitment.
EDGE AI SAFETY: REAL-TIME CONTAINMENT
Known Systems' approach to AI containment extends the control boundary to the API edge, where telemetry and agent activity can be evaluated before unsafe behaviour propagates into downstream systems. Features real-time telemetry interception, payload sanitisation, and automated credential revocation.
SECURING THE NEW ECONOMY: RWA GATING
Known Systems presents transaction containment and pre-execution verification for Real-World Asset tokenization at Blockchain Week — UNGA Edition. Places a verification boundary between proposed state transitions and public ledger commitment.
THE REGISTRY IS NOT THE BOUNDARY.
DEFINE THE CONTROL PROBLEM
The system registry is not the ceiling. Known Systems can design and deploy new deterministic control systems for any domain where consequential actions require verification before execution.
WHAT IS REQUESTED?
Define the precise API call, lead routing, or asset transfer proposal.
WHERE DOES IT OPERATE?
Air-gapped enclave, public cloud, commercial SaaS, or distributed node.
WHAT MUST NEVER HAPPEN?
Sanctions breach, price drift, unauthorized AI execution, or leak.
WHAT MUST BE PROVEN?
Mathematical proof, zero-trust policy evaluation, or human signoff.
WHAT ULTIMATELY ACTS?
Downstream CRM, smart contract, banking rail, or industrial system.
WHAT MUST BE RECORDED?
Immutable cryptographic ledger log of every decision and outcome.
ONE CONTROL PRINCIPLE.
TWO OPERATING DOMAINS.
KNOWN SYSTEMS CONTROL ARCHITECTURE
KNOX RELAY
NON-REGULATED // ORGANIZATIONSControlled AI & business workflows, lead capture, marketing operations, budget spend thresholds, CRM/ERP integration, and sales automation.
KNOWN SYSTEMS
REGULATED / SOVEREIGNVerification Matrix, Known Systems Protocol™, Real-World Asset tokenization, financial infrastructure, aerospace, defense, and sovereign air-gapped enclaves.