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SME Questionnaire Form - September 1

Publication Target Date: September 1

Submission Deadline: Aug 12

Article Working Title: The Recovery Gap: Why Manufacturers Still Cannot Restore Operations Under Pressure

Editorial Brief: Recovery in manufacturing is not simply a server restoration problem. Bringing systems back online does not restore production. Full operational recovery requires validated systems, correct process restart sequencing, personnel coordination, and, in regulated sectors, compliance documentation. Most manufacturers have not tested these elements together under realistic conditions, leaving a significant gap between technical restoration and a production environment operating at capacity.

The article will examine what recovery looks like across continuous-process and discrete manufacturing, and in sectors with different operational and regulatory requirements. It will explore what organizations that recovered successfully from major incidents did differently in their planning, testing, organizational structure, and technical decision-making. It will also address the chaos premium of unplanned recovery, including why emergency restoration costs more than planned maintenance and how that additional cost appears in downtime, lost production, and resource demands.

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Question Set

Have you seen full operational recovery, not just system restoration, tested against a significant cyber incident scenario in a continuous-process or discrete manufacturing environment? What surprised those involved?

What is the typical gap between a technically restored OT system and a production environment running at capacity? What fills that gap?

How does recovery sequencing typically work? What comes back first, what comes back last, and what happens if that sequence is not followed?

What is the regulatory dimension of recovery in different sectors, and how can it extend the recovery timeline beyond technical restoration?

What does an unplanned emergency recovery typically cost in terms of time, resources, or lost production compared with the same restoration performed as planned maintenance?

What do organizations consistently get wrong about recovery that only becomes visible during an actual incident or exercise, and what do those that recover successfully do differently in their planning, testing, organizational structure, or technical decision-making?

Thank you for your response!