The paper reframes manufacturing ransomware recovery as an interdependency problem, identifies nine evidence-backed failure modes from a multivocal review, and defines Minimum Viable Factory Recovery as an analytical objective for resuming minimal safe operations.
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3 Pith papers cite this work. Polarity classification is still indexing.
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The paper develops a design science framework for governing AI-assisted operational decision support in security operations centers by specifying a query-broker artifact that separates AI planning from execution through approved templates, policy validation, and engineering review gates.
FIRCE augments IDS classifiers with conformal evaluation for drift detection and an adaptive chunking mechanism to respond to evolving network threats.
citing papers explorer
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From Backup Restoration to Minimum Viable Factory Recovery: A Systematization of Ransomware Recovery in Manufacturing Systems
The paper reframes manufacturing ransomware recovery as an interdependency problem, identifies nine evidence-backed failure modes from a multivocal review, and defines Minimum Viable Factory Recovery as an analytical objective for resuming minimal safe operations.
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Governing AI-Assisted Security Operations: A Design Science Framework for Operational Decision Support
The paper develops a design science framework for governing AI-assisted operational decision support in security operations centers by specifying a query-broker artifact that separates AI planning from execution through approved templates, policy validation, and engineering review gates.
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FIRCE: A Framework for Intrusion Response and Conformal Evaluation
FIRCE augments IDS classifiers with conformal evaluation for drift detection and an adaptive chunking mechanism to respond to evolving network threats.