CARE v72 — Institutional Commit Gate & Legitimacy Infrastructure

CARE (Runtime Governance Architecture) is a governance infrastructure designed to ensure that candidate system actions become institutionally legitimate before execution.

Unlike traditional governance approaches that operate primarily through documentation, oversight processes, or retrospective audits, CARE embeds governance enforcement directly into runtime execution pathways.

CARE introduces a layered architecture that governs the transition from policy and institutional authority to real-world system execution.

Key architectural components include:

• Policy Constraint Compilation

• Semantic Admissibility

• Runtime Authority Computation

• Governance Invariant Enforcement

• CARE Commit Gate Protocol

• Institutional Refusal Reason Codes

• Delegation Drift & Revocation Control

• Execution Legitimacy Attestation

• Audit & Provenance Ledger

• Execution Evidence Minimum Set

The CARE Commit Gate functions as an institutional execution boundary where candidate actions must pass admissibility, authority, and invariant checks before execution can occur.

If these conditions are not satisfied, the system must:

• Refuse execution

• Escalate to human review

• Block transition

This architecture enables systems to produce deterministic governance proofs for institutional review, regulatory compliance, and post-execution forensic analysis.

Version v72 introduces:

• Commit Gate Protocol

• Delegation Drift & Revocation Model

• Institutional Refusal Reason Codes

• Execution Evidence Minimum Set

• Procurement Execution Clause Template

• Legitimacy Attestation Object Specification

CARE therefore operates as runtime legitimacy infrastructure for complex automated and AI-enabled systems.

Author: Nick Vejle

Founder: CARE Runtime Governance Architecture