Structural and mechanical inspection that doesn't stop at a report. We identify and risk-rate every defect, design the repair, and drive it to signed-off closure in Argus, anchored to the asset's structural digital twin.
Overview
We inspect the fixed plant and heavy assets that keep an operation running, and we tell you what their condition actually means for safety, production and spend. Where access is difficult or dangerous, we use remote and robotic methods to capture the data, then bring it back to an engineer who interprets it and signs the result.
Where most inspection stops at that report, we keep going. We cover the full cycle of a structural defect, from identification through to closure. Each defect is risk-assessed and rated as we inspect, with actions proposed to match its risk rating. We then design the repair, and manage it to signed-off closure in Argus, the engine we built to close defects faster and on the right priority.
What we deliver
How we work
- 01Inspect & captureDefine the assets and the failure modes that matter, then reach them safely, including by remote and robotic access. We collect condition data through visual inspection, NDT, scanning, thickness measurement and instrumentation.
- 02Identify & risk-rateAssess each defect against design and code requirements, rate it, and propose actions in line with its risk rating.
- 03Design the repairEngineer the repair for the identified defect, ready to take to the field.
- 04Manage in ArgusDefects are recorded against the asset's structural digital twin. A digital workflow carries the defect and repair information to site so it can be managed, and captures the repair as it is done.
- 05CloseCapture the completed repair and secure sign-off and closure.
Argus & the structural digital twin
Argus is the engine we built to close structural defects faster, and on the right priority. Every defect we identify is recorded in Argus and anchored to the asset’s structural digital twin. A defect is never just a line in a report; it sits at the exact location and structure it belongs to.
That digital twin lets engineers reach the defect information remotely and design the repair without going to site. It also gives site managers and maintenance coordinators a clear view to manage each defect and its repair.
A digital workflow then carries the defect through to closure. It surfaces what is needed to action the defect and its repair, and captures the repair as it is signed off. The result is less friction at every step, so defects are closed faster and at lower cost.