This paper introduces the concept of Continuous Governability as a persistent architectural property for autonomous systems operating in increasingly adaptive, distributed and runtime-driven environments. The paper argues that traditional governance approaches based primarily on static compliance, periodic certification and pre-deployment validation may become increasingly insufficient as autonomous systems evolve toward continuously adaptive operational behavior. To address this emerging governability gap, the paper introduces a conceptual framework centered around Continuous Governability, Governability-by-Architecture, Runtime Governance Continuity, Runtime Legitimacy and Governance Infrastructure. The paper further explores how governance may gradually evolve from external supervisory mechanisms toward persistent governance infrastructures embedded into autonomous ecosystems themselves. The framework remains intentionally conceptual and architectural in scope. It does not prescribe specific technical implementations, cryptographic methods, enforcement mechanisms or proprietary control architectures. The paper contributes to the emerging discussion surrounding governance infrastructures for future autonomous systems operating within increasingly complex real-world environments.
Andreas Blumer (Sun,) studied this question.