Engineering intent
Scope logic, degradation mechanisms, zones, and inspection objectives are defined before field work starts.

NIIPRO
NIIPRO is the structured workflow and data layer NAS uses to control non-intrusive inspection programs from engineering intent through field execution, data evaluation, and final decision.
You are not short on data. You are short on control.
The reality
Spreadsheets. Reports. PDFs. Screenshots. Scan files. Site notes.
In most inspection programs, the problem is not lack of data. The problem is that scope logic, field records, inspection evidence, and final decisions are not held together in one controlled chain.
NIIPRO removes that variability.
Inspection control
NIIPRO connects engineering intent, inspection execution, data analysis, and integrity decisions into one structured workflow.
It does not replace engineering judgement. It makes the judgement visible, traceable, and repeatable.
Scope logic, degradation mechanisms, zones, and inspection objectives are defined before field work starts.
Workpacks, inspection tasks, deviations, and field records are managed against the approved plan.
Inspection results are linked to assets, components, zones, methods, and coverage.
Final outcomes remain connected to the evidence used to justify them.



Controlled workflow
The NII process already has a clear logic chain: information, screening, strategy, planning, execution, evaluation, and decision.
NIIPRO sits across that chain to make sure the work remains controlled as the program moves from office planning to field execution and engineering close-out.
Control points
For the step-by-step methodology, view the NII Process page.
For management
For operators, the value of NIIPRO is not another dashboard. It is the ability to run NII programs consistently across assets, teams, sites, and campaigns.
NIIPRO helps move NII from one-off vessel projects to controlled inspection programs.
For engineers
Engineers need more than a final report. They need to understand what was planned, what was achieved, where the data came from, what changed in the field, and how the final decision was justified.
Inspection evidence is organised by asset, component, zone, and feature.
Inspection tasks remain linked to method, location, extent, and performance requirements.
Deviations from the planned workpack can be recorded, reviewed, and closed out.
Results can be visualised, compared, analysed, and translated into integrity outcomes.
Final conclusions remain linked to the inspection evidence and engineering basis.
Repeat campaigns start from structured history, not a folder of disconnected files.
Evaluation
For NII, field execution is only part of the program. The inspection is complete when the data has been evaluated and the decision has been justified.
The result is not just inspection data. It is defensible engineering evidence.
Alignment
NIIPRO supports NAS workflows aligned with recognised NII and integrity frameworks. It does not replace those frameworks; it helps make them executable.
Real programs
NIIPRO is used alongside NAS engineering and physical inspection delivery. It is not sold as software in isolation.
Used across
This is how NAS delivers NII with control from planning through close-out.
NIIPRO
See how NIIPRO supports real NII programs, from scope definition to final engineering outcome.