AUDIT MUST FEDERATE Runtime governance requires synchronized immutable evidence continuity. Topology Summary KGT-003 documents the topology architecture for distributed audit federation operating across execution governance infrastructure. The topology establishes synchronized audit continuity coordination between: audit federation nodes runtime execution gateways immutable evidence registries governance synchronization buses execution lineage systems cryptographic verificati

TRUST AUTHORITIES MUST REMAIN FEDERATED Distributed execution governance requires synchronized runtime trust coordination. Abstract RFC-EG-031 establishes Runtime Trust Authority Federation (RTAF) requirements for distributed execution governance infrastructure. This specification defines mandatory federation mechanisms required to coordinate runtime trust authorities across: sovereign governance domains distributed runtime infrastructures execution governance networks policy

Secure infrastructure depends on boundaries. Identity systems use boundaries. Network systems use boundaries. Cryptographic systems use boundaries. Governed execution systems require:runtime trust boundaries. 11/11 defines the Runtime Trust Boundary Standard as the canonical governance framework used to constrain, verify, monitor, and enforce execution trust before and during runtime activity. Execution authority itself becomes bounded infrastructure. What Is a Runtime Trust

Execution governance requires standardized trust objects. Modern infrastructure already standardizes: identity formats cryptographic protocols network communication certificate systems authentication flows Governed execution infrastructure now requires:authorization standards. 11/11 defines the Authorization Artifact Standard as the canonical cryptographic authorization structure used to validate, constrain, and govern runtime execution before execution begins. Execution auth

Modern infrastructure already depends on control planes. Cloud orchestration relies on control planes. Networking relies on control planes. Container orchestration relies on control planes. Autonomous AI infrastructure now requires:execution governance control planes. As AI systems increasingly coordinate: autonomous execution distributed inference sovereign infrastructure enterprise orchestration regulated automation runtime policy enforcement machine-speed operational decis

Modern infrastructure increasingly operates as distributed systems. Cloud systems are distributed. Identity systems are distributed. Financial systems are distributed. AI execution infrastructure is becoming:massively distributed. Autonomous systems increasingly coordinate across: multi-agent environments distributed inference systems sovereign infrastructure enterprise execution layers financial orchestration systems edge execution environments autonomous runtime ecosystems

Modern infrastructure increasingly depends on cryptography. Identity systems rely on cryptography. Financial systems rely on cryptography. Consensus systems rely on cryptography. Autonomous execution infrastructure now requires:cryptographic execution verification. As AI systems increasingly coordinate: enterprise operations distributed inference sovereign compute autonomous agents financial orchestration regulated automation infrastructure execution runtime trust can no long

Most infrastructure today is designed to remain operational under uncertainty. Execution governance infrastructure cannot operate this way. When runtime trust becomes uncertain: execution must stop. This is the foundation of fail-closed infrastructure. 11/11 defines fail-closed runtime infrastructure as governed execution architecture where invalid, unverifiable, or unauthorized runtime states automatically deny execution before execution begins. Trust becomes enforceable inf