Short disruption
Which systems must keep running? Which states must not be lost? Where are UPS capacity, buffers and existing operating reserves sufficient?
Technical Resilience Check
What remains operational when a key dependency is unavailable for hours or days?
The Technical Resilience Check examines a clearly defined production scope under realistic disruption scenarios. It focuses on technical dependencies, recovery and the gap between intended and realistically achievable operation.
The question
Resilience becomes concrete when a defined scope must continue operating or return to service in a controlled way.
A standby generator alone does not answer that question. What matters is which utilities, controls, networks, servers, licences, partners, spare parts and recovery sequences are actually required.
Restricted operation
Which supplies become critical? Which processes can be prioritised, reduced or shut down in a controlled manner?
Recovery & supply
Which resources, spare parts, suppliers and technical capabilities are required to bring the scope back into reliable operation?
Assessment fields
We are not trying to find as many risks as possible — only the few that can actually stop the scope.
Energy & utilities
Grid power, UPS, backup generation, compressed air, cooling, heat, water and other supplies required by the scope.
Controls & infrastructure
PLC, CNC, HMI, IPC, servers, networks, engineering tools, licences and required communication paths.
Recovery
Start-up sequence, parameters, checks, approvals, fault-state resets and the technical prerequisites for a safe return to service.
People & external partners
Who can decide, repair, configure or approve? Which dependencies exist on OEMs, integrators or individual people?
Spare parts & logistics
Which parts are genuinely critical? What stock, alternatives, repair routes and realistic procurement times exist?
Result
A technical action plan instead of a generic risk traffic light.
The report identifies the decisive single points of failure, the realistically achievable recovery time and the actions that close the largest gaps.
Critical Failure Points
The dependencies whose failure would actually stop the defined scope or prevent recovery.
Recovery Gap
Comparison between the desired recovery time and what is technically realistic with the resources currently available.
Prioritised actions
Quick wins, necessary technical safeguards and medium-term improvements, ordered by impact and effort.
Starting point
One critical scope is enough to start.
The scope can be one machine, one line or one clearly defined production capability. Effort and fixed price are agreed after a short technical scoping discussion.