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Automation, digital production, specialised supply chains and changing energy systems can improve efficiency while concentrating loss potential. Insurance programmes must evolve with the operating model rather than wait for the next renewal cycle.
Validate asset values, machinery lead times, cyber-physical controls, supplier dependencies and realistic indemnity periods.
Track capital projects, automation upgrades, new products, customer contracts and changes in sourcing or production geography.
Model how energy transition, regulation, skills shortages and technology obsolescence could change loss severity and recovery.
Relative priority for resilience planning
Illustrative priority index, not market-loss statistics.Areas to challenge at the next renewal
Indicative planning index; priorities must be validated against the insured’s operations.Operational technology, remote access and cloud-connected production create scenarios in which a digital event can interrupt machinery, quality control, utilities or safety systems.
Custom machinery may require engineering, international transport, installation, calibration and regulatory acceptance. Indemnity periods must reflect the entire sequence.
Shared sub-suppliers, software platforms, ports, raw materials and contract manufacturers can create correlated interruption across apparently diversified sourcing.
As products become more connected and safety-critical, a defect can generate recall, investigation, customer access, contractual and third-party liability costs.
On-site generation, batteries, electrified processes and efficiency projects change fire, breakdown, construction and business interruption scenarios.
Engineering expertise, software access, maintenance records and vendor support can be as critical to restoration as physical replacement parts.
