Offshore wind turbines operate in some of the most challenging and inaccessible environments, where structural or foundation issues can remain hidden until they impact safety, performance or generation uptime. As turbines increase in scale and assets age, developers and operators need confidence that turbines, foundations and support structures are performing as intended throughout the asset lifecycle.

We partner with renewable energy developers, owners and operators to provide integrated monitoring of offshore wind turbines from design verification and construction through to long term operation. Our teams deliver continuous, real world insight into the structural and foundation behaviour of turbines, helping to validate design assumptions, identify early signs of degradation and support informed asset management decisions.

By combining high quality sensing, robust data acquisition and advanced analytics, we enable a shift from reactive intervention to proactive, condition based maintenance — reducing risk, protecting uptime and maximising long term asset value.

Our integrated monitoring supports:

• A single view of turbine, foundation and environmental performance
• Continuous insight across the full turbine lifecycle
• Early warning to support condition based maintenance strategies

Bridge owners and operators face increasing pressure to ensure safety, manage ageing infrastructure and minimise disruption, often with limited visibility of structural condition — particularly in areas that are difficult or unsafe to access.

Our teams work in partnership with bridge owners and asset managers to provide trusted insight into bridge performance, from targeted defect monitoring to long term structural health monitoring. Our solutions support load capacity verification, defect assessment and continuous performance insight, enabling better informed decisions across the asset lifecycle.

With reliable, real time data and clear engineering insight, customers can prioritise intervention, extend asset life and maintain safe operation while reducing reliance on disruptive inspections.

Our bridge monitoring solutions enable:

• Real time visibility of structural performance and defects
• Safer, more targeted inspection and intervention planning
• Confident, data driven asset management decisions

Uncertainty during construction, whether related to ground conditions, structural behaviour or adjacent assets, can introduce safety risks, programme delays and costly rework, particularly on complex or constrained sites.

We support construction projects with monitoring solutions that provide real time insight throughout excavation, build and completion. Working alongside designers and contractors, our teams help verify design assumptions, identify abnormal movement early and manage risk during critical construction phases.

Our integrated approach supports safer construction, improved programme certainty and a seamless transition from construction monitoring into long term asset operation.

Our construction monitoring supports:

• Early identification of ground and structural movement
• Protection of surrounding assets and infrastructure
• Reduced construction risk and improved programme certainty

The performance of foundations is critical to the safety and longevity of any structure, yet defects or under performance are often difficult to identify once construction is underway, introducing long term risk and uncertainty.

We provide independent foundation and pile testing services to verify integrity, load capacity and design assumptions across new and existing assets. Our teams work in partnership with project stakeholders to deliver clear, reliable evidence using proven and advanced testing methods, supporting confident engineering decisions at every stage of the asset lifecycle.

Our testing helps reduce construction risk, optimise foundation design and provide assurance that assets are built on foundations fit for long term operation.

Our foundation testing delivers:

• Trusted verification of foundation performance and capacity
• Reduced uncertainty and construction risk
• Confidence in long term structural integrity