OP9 — Operational Deployment and Regulatory Framework

OP9 is the operational deployment layer of the Constructibility program. OP6b established the spatial field theory of constructibility degradation; OP7 developed survival theory and optimal intervention control; OP8 specified the empirical validation protocol. OP9 now asks: how do these theoretical results translate into deployed systems that can actually monitor, alarm, and intervene in real AI deployments? We specify the full KA monitoring stack architecture, define operationally tractable alarm thresholds derived from the OP7 monitoring latency bound, translate the HJB optimal control into a practical intervention scheduling protocol, develop a regulatory and governance framework for AI systems governed by constructibility theory, and provide concrete case studies for LLM deployment monitoring, clinical AI systems, and critical infrastructure. OP9 is designed to be operationally implementable: every component maps directly to a measurable quantity and a decision rule.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-29
DOI
https://doi.org/10.5281/zenodo.20438948
Primary Topic
Military Strategy and Technology
Type
preprint
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preprint

OP9 — Operational Deployment and Regulatory Framework

Rahid Alekberli, Hikmat Karimov
Zenodo (CERN European Organization for Nuclear Research)
Military Strategy and Technology
preprint

OP9 — Operational Deployment and Regulatory Framework

Rahid Alekberli, Hikmat Karimov
preprint en

Abstract

OP9 is the operational deployment layer of the Constructibility program. OP6b established the spatial field theory of constructibility degradation; OP7 developed survival theory and optimal intervention control; OP8 specified the empirical validation protocol. OP9 now asks: how do these theoretical results translate into deployed systems that can actually monitor, alarm, and intervene in real AI deployments? We specify the full KA monitoring stack architecture, define operationally tractable alarm thresholds derived from the OP7 monitoring latency bound, translate the HJB optimal control into a practical intervention scheduling protocol, develop a regulatory and governance framework for AI systems governed by constructibility theory, and provide concrete case studies for LLM deployment monitoring, clinical AI systems, and critical infrastructure. OP9 is designed to be operationally implementable: every component maps directly to a measurable quantity and a decision rule.

Zenodo (CERN European Organization for Nuclear Research)
Azerbaijan Technical University (AZ)
Industry, innovation and infrastructure
Military Strategy and Technology
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