Toward Commit-Gated Activation: Rethinking Authority Emergence in Autonomous Computing Systems

Toward Commit-Gated Activation: Rethinking Authority Emergence in Autonomous Computing Systems is an infrastructure positioning paper proposing a research hypothesis concerning the separation of computational execution from externally effective system authority. Modern autonomous and agentic computing systems increasingly produce outputs capable of triggering real-world actions, infrastructure changes, and automated decision pathways. Existing architectures govern persistence, authorization, and agreement, but typically allow execution completion itself to determine when outputs become operationally effective. This work explores the hypothesis that activation may instead constitute an independent architectural layer. The paper introduces a candidate model in which computational outputs remain provisional until undergoing deterministic, snapshot-bound qualification and commit-gated activation, enabling reproducible authority emergence and independent verification. Released as an open preprint, this document is intended to catalyse collaborative academic and industrial investigation rather than define a finalized specification. The proposed research agenda spans distributed systems, autonomous AI governance, verifiable computation, and infrastructure safety for agentic systems.