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Our monitoring technology

Our monitoring technology delivers accurate, continuous measurement of structural and ground movement, replacing periodic surveys with reliable, high-resolution data. By combining precision sensors, automated data capture and secure cloud-based reporting, we provide clear insight into how buildings and ground behave over time.

The technology is designed to support subsidence investigations, slab and floor level monitoring, crack monitoring and post-repair verification, ensuring decisions are based on evidence rather than assumption.

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Our monitoring technology explained

Precision sensors

At the core of our monitoring solutions are high-precision digital sensors, capable of detecting sub-millimetre movement. These sensors are permanently installed at critical locations to provide consistent, repeatable measurements throughout the monitoring period. Depending on the application, sensors are used to monitor:

  • Vertical ground and foundation movement
  • Internal slab and floor level changes
  • Crack width and structural displacement

All sensors are selected for long-term stability, reliability and accuracy, even in challenging site conditions.

Continuous, automated data capture

Unlike traditional monitoring methods that rely on periodic site visits, our technology captures data automatically and continuously, typically recording measurements daily. This approach ensures that subtle, short-term or seasonal movements are not missed. Continuous monitoring allows:

  • Clear identification of movement trends
  • Early detection of accelerating behaviour
  • Distinction between active and historic movement
  • Reliable comparison across seasons

This level of detail significantly improves the quality of assessments and conclusions.

Secure cloud-based platform

All monitoring data is transmitted to a secure cloud-based platform, providing authorised users with access to results at any time. The platform is designed to present complex data in a clear, intuitive format, while remaining suitable for technical review. Key features include:

  • Visual graphs showing movement over time
  • Time-stamped, auditable datasets
  • Secure access for multiple stakeholders
  • Easy integration into reports and assessments

This ensures transparency and confidence throughout the monitoring period.

Data accuracy & reliability

Data accuracy is fundamental to effective monitoring. Our technology is designed to minimise drift, interference and inconsistency, ensuring that trends reflect true movement rather than measurement error. Measures include:

  • Sensor calibration and verification
  • Stable installation methods
  • Automated consistency checks
  • Secure data transmission and storage

The result is reliable data that can be trusted for engineering, insurance and legal purposes.

Designed for real-world environments

Our monitoring technology is suitable for use in occupied residential properties, commercial buildings and active sites. Sensors are compact and discreet, minimising visual impact and disruption to occupants.

The technology is well suited to:

  • Long-term monitoring in lived-in homes
  • Short- and medium-term investigations
  • Pre- and post-repair verification
  • Complex or sensitive sites

This flexibility allows monitoring to be tailored to the needs of each project.

Supporting better decision making

Supporting Better Decision-Making

By providing continuous, high-quality data, our technology supports proportionate, evidence-based decisions. This can help avoid unnecessary repair, reduce investigation timescales and provide clarity where movement is disputed.

Monitoring data is commonly used to:

  • Support subsidence claim decisions
  • Inform engineering design and recommendations
  • Demonstrate stabilisation before claim closure
  • Provide reassurance to owners and stakeholders
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Proven, Scalable & Future-Focused

Our technology is designed to be scalable and adaptable, allowing monitoring systems to be expanded, extended or combined as project needs evolve. Whether monitoring a single crack or an entire building, the same robust technology underpins every solution.

Our monitoring process is designed to:

  • Minimise disruption to occupants
  • Reduce unnecessary site visits
  • Improve confidence in conclusions
  • Support proportionate, cost-effective outcomes

By combining professional installation with continuous data capture, we provide a clear, reliable picture of structural behaviour over time.

Start your monitoring project

If you require subsidence monitoring, slab movement monitoring or crack monitoring, our team can help define the most appropriate solution for your site.