Perspectives that
drive decisions
AI-powered asset integrity consultancy for offshore and onshore operators. We combine deep inspection engineering with purpose-built software to turn fragmented data into defensible decisions.
The Challenge
Integrity teams face growing pressure to manage ageing assets with fragmented data, manual processes, and shrinking expertise — while regulators demand more defensible evidence for every life extension decision.
Integrity teams face growing pressure to manage ageing assets with fragmented data, manual processes, and shrinking budgets — making life extension decisions harder to defend.
Fragmented Data
- Inspection records, RBA outputs, condition data, and asset registers scattered across disconnected systems and legacy databases.
- No single source of truth — engineers spend 30% of their time hunting information instead of making decisions.
- Critical findings buried in PDFs that nobody can query or trend.
Manual Engineering Analysis
- Ask a generic AI to calculate B31.3 wall thickness five times and get three different answers — no auditability, no repeatability.
- Engineering calculations still performed in spreadsheets with limited version control or traceability.
- Junior staff don't know which standards apply — DNV vs API vs ASME — and can't access the right guidance quickly.
Incomplete Risk Picture
- Inspection scopes that look thorough on paper but prove unachievable when confronted with actual access constraints offshore.
- Gaps in remaining life estimates because corrosion data, operating conditions, and damage mechanisms aren't connected.
- No defensible lifecycle cost analysis to justify inspection strategy versus vessel replacement.
Knowledge Loss
- Decades of operational experience locked in individuals who are retiring — tacit knowledge that can't be replaced by hiring.
- Standard operating procedures exist but nobody reads them; the friction of finding the right guidance is too high.
- Each new campaign starts from scratch instead of building on lessons from hundreds of previous inspections.
Knowledge Loss
- Critical asset knowledge locked in individuals and legacy systems.
- Information unavailable when life extension decisions need to be made.
- Tacit knowledge disappearing as experienced engineers retire.
Our Capabilities
“Chartered Engineers and world-leading NDT specialists, building software that understands how assets actually behave offshore.”
Asset Integrity Engineering
Risk-based inspection, corrosion management, fitness-for-service assessment, and remaining life analysis across offshore platforms, FPSOs, and onshore facilities.
Inspection Planning & Optimisation
NII campaign planning grounded in 600+ real vessel inspection results and experimental POD data. Schemes that work offshore, not just on paper.
AI-Powered Engineering Tools
Purpose-built calculation modules (ASME B31.3, API 579, DNV RP-G101) that give the same verified answer every time — with AI agents that understand your offshore context.
Data Analytics & Integration
We harmonise your scattered data — inspection records, RBA outputs, condition monitoring, asset registers — into a single queryable platform with natural language access.
Decision Intelligence
Lifecycle cost analysis, 20-year inspection forecasts, and vessel replacement vs. continued operation modelling to support defensible regulatory submissions.
Ardpoint Ecosystem
Consultancy
The EngineAccess Portal
PERSPECTIVES THAT DRIVE DECISIONS
Stop guessing. Start engineering.
Whether you need a verified wall thickness calculation or a full lifecycle integrity strategy, we combine human expertise with AI-powered tools that understand your offshore context.