Constitutional Governance for Computational Systems

Software systems now operate as critical infrastructure, mediating healthcare, finance, energy, government services, and significant portions of the global economy. However, the governance mechanismsapplied to these systems, primarily human processes, static policies, and post-hoc audit, areadvisory, episodic, and fundamentally unenforceable at runtime. This paper proposes constitutionalgovernance as a structural governance layer for software systems. Under this model, system-levelintent is formalized and versioned, structural health and compliance are continuously measured,drift between intent and reality is detected and classified, enforcement is mechanical rather thanadvisory, and every execution produces an auditable governance record. We present the conceptualmodel, governance loop, and enforcement mechanisms that enable this approach, and discuss areference implementation demonstrating feasibility. Constitutional governance does not replacedomain-specific safety certification or human oversight; rather, it provides a substrate on which suchprocesses can operate with continuous visibility and stronger guarantees. The framework transformssoftware governance from policy and process to law and enforcement, enabling provable compliance,quantified structural risk, and governed system evolution.