Wind inspections traditionally rely on repeated site visits and manual data inputs. While this has been the industry standard for years, it no longer meets today’s speed, cost, and performance demands.
Ilosta’s CrackMap™ software is changing the way operators assess and manage asset integrity. Rather than treating inspection data as a one-off output, CrackMap™ turns it into a living engineering system. In it, the inspection and operational data are continuously updated, analysed, and converted. Therefore, wind asset decisions become less dependent site visits and more reliant on engineering intelligence.
Images, reports, SCADA outputs, and engineering assessments are analysed together through the software. CrackMap™ is acting as a data source agnostic engineering environment where information can be imported, cleaned, and unified regardless of format or origin.
This creates a continuous flow of intelligence for wind condition monitoring, delivering fast access to engineering insight as soon as data is processed. Rather than working across multiple reports and various systems, operators gain a single Inspection, Maintenance and Repair (IMR) environment.
How CrackMap™ Enables Fewer Site Visits
One of the biggest limitations of traditional inspection programmes is their dependence on offshore access. Every inspection campaign requires planning, mobilisation, logistics, and downtime, even when much of the information needed to make a decision may already exist.
CrackMap™ is building engineering insight directly from available datasets. Once information is ingested, the system automatically:
- Parses and integrates inspection and operational data
- Updates aeroelastic and dynamic models for site assets
- Applies physics-based rules to assess damage under loading conditions.
For operators focused on wind turbine performance monitoring, this means decisions can be driven by up-to-date engineering models.
Physics-Based Modelling Over Assumptions
Unlike systems that rely solely on pattern recognition or static assumptions, CrackMap™ uses physics-based engineering models to interpret damage under operating conditions. This provides a better understanding of structural behaviour and helps identify emerging issues before they develop as costly failures.
A Dynamic Model for Asset Life Optimisation
At the heart of CrackMap™ is a continuous operating cycle:
IMR / New Data → Model Update → Risk & Remaining Useful Life → IMR → Decision → Execution → New Data → Repeat
Every new inspection, operational update, or engineering assessment strengthens the model and improves future decision-making. Operators gain:
- Continuously updated Remaining Useful Life (RUL)
- Live risk profiles
- Always-on analysis through a SaaS environment
- Optimised inspection, maintenance, and repair planning
Delivering Value
The impact for wind asset owners is both operational and financial. During initial assessments, organisations can achieve a 30–60% reduction in analysis time and cost while gaining 100% asset coverage without the need for sampling.
The long-term benefits are equally significant. Operators can recover approximately £1.5k–£10k per turbine per year through reduced over-maintenance, improved intervention timing, and lower reassessment costs.
CrackMap™ also strengthens risk management by increasing confidence in failure and outage prediction, improving Annual Energy Production stability, and providing greater confidence in Return on Investment forecasting.
A New Model for Wind Inspection Intelligence
As wind farms continue to scale and assets remain operational for longer, inspection strategies must evolve.
Ilosta’s CrackMap™ platform represents a shift towards continuous, physics-based asset intelligence, where inspection data becomes part of an evolving engineering process. For operators, engineers, and investors, this means:
- Fewer site visits
- Faster engineering decisions
- Higher confidence in asset health
- Better-aligned maintenance strategies
At Ilosta, we are combining AI, engineering expertise, and physics-based modelling to generate insight from your existing data. By improving wind condition monitoring, strengthening wind turbine performance monitoring, and enhancing wind turbine blade inspection, CrackMap™ helps operators make data-based decisions while reducing the need for offshore deployment.
Book a demo today, to explore the full capabilities of CrackMap™.
