Cryptographic Defensibility: The Technical Foundation for Governed AI Execution
A Technical Standard for Enterprise-Grade Governed AI Systems
Cryptographically Governed AI Execution (CGAE) is a model in which every AI-initiated action is evaluated against enforceable policy before execution, cryptographically bound to its governing decision, tenant-scoped, and emitted as verifiable evidence.
Overview
CGAE establishes a new category for enterprise AI systems where governance is not an afterthought but a cryptographically enforced foundation. Every action is evaluated, bound, and proven before execution.
Core Principles
- Pre-Execution Evaluation: Every AI action is evaluated against policy before execution
- Cryptographic Binding: Decisions are cryptographically bound to their governing policies
- Tenant Isolation: Multi-tenant governance with complete isolation guarantees
- Verifiable Evidence: Every action produces immutable, auditable evidence
Implementation
Keon implements Cryptographic Defensibility through the Keon Runtime and Constitutional Memory layer — providing the substrate for cryptographically verifiable, policy-bound, deterministic AI execution.
OMEGA serves as the execution layer for multiple production systems including MarketOps, ForgePilot, and SilentApply, demonstrating CGAE's viability across diverse domains.