Instrumentation and Monitoring

Instrumentation & Monitoring Overview

Instrumentation & Monitoring is the systematic acquisition, comparison, and analysis of critical geospatial and structural data throughout the asset life‑cycle.

Real‑time or periodic tracking of displacement, deformation, vibration, and environmental KPIs flags anomalies before they escalate, so risks are managed on time.

Murphy Geospatial I&M services provide information to support proactive, data‑driven decisions that save time and cost.

What we do

Our range of monitoring surveys and solutions can be used throughout your asset’s lifecycle. Our experts will work with you to decide the right monitoring solution for your project.

Structural Health
Monitoring

Optimise the longevity and integrity of infrastructure in construction, rail, and road maintenance with Structural Health Monitoring (SHM). This type of monitoring survey is designed for assets with lifecycles of five years or more, our SHM solutions proactively detect and manage potential issues, seamlessly integrating with existing management systems. Ensure safety, efficiency, and compliance across your projects, minimising downtime and extending asset lifespans with our precise and reliable SHM technology.

Ground Movement
Monitoring

Ground Movement Monitoring (GMM) ensures the stability and safety of projects during construction, renovation and throughout the asset lifecycle by tracking soil and rock movement, deformation, and other ground condition changes over time. This critical process validates design assumptions, monitors predicted heave or settlement, and aligns construction outcomes with expectations, safeguarding infrastructure from potential stability issues. GMM is essential for maintaining project integrity and ensuring the longevity of built assets.

ENVIRONMENTAL
MONITORING

Environmental Monitoring crucially assesses air quality, noise, ground vibration, and weather-affected conditions like wind and rainfall to minimise impact on the environment and ensure compliance with environmental standards. In the UK, our Environmental Monitoring surveys help you stay Section 61 compliant. Environmental Monitoring proactively reduces noise, vibration, and dust (NVD) pollution, safeguarding project integrity, and upholding the highest environmental protection measures for construction and infrastructure projects.

ASSET Performance
MONITORING

Asset Performance Monitoring (APM) uses IoT sensors for continuous surveillance of built assets, integrating various monitoring solutions into a tailored maintenance strategy. This method not only facilitates targeted maintenance but also enhances asset performance, significantly prolonging the asset’s lifecycle. Ideal for construction and infrastructure sectors, APM offers a proactive approach to asset management, ensuring optimal operation and extended durability.

Proactive, Safe and Cost-Effective Monitoring for Slopes, Cuttings, Embankments and Wide Areas During Winter

Precision that endures through every season.

Murphy Geospatial’s innovative InSAR processing or ‘Precision from Space’ delivers unmatched accuracy on soft ground without the need for defined edges or ground reflectors.

With Murphy Geospatial, data isn’t just collected, it’s transformed into intelligence you can trust.

Download

Download our brochure or view below to find out more about our full suite of monitoring surveys, solutions and technology

Different Monitoring Surveys for Different Project Goals

Ensuring Infrastructure integrity with Structural Health Monitoring (SHM)

Structural Health Monitoring surveys

Structural Health Monitoring (SHM) is an essential tool to ensure the longevity and integrity of critical infrastructure. This includes construction projects and rail and road maintenance. By tracking the condition and performance of structures over time, SHM enables you to maintain the highest standards of safety and efficiency throughout your asset’s lifecycle.

How do you use Structural Health Monitoring to ensure asset integrity? Find out on our blog.

Ground Movement Monitoring (GMM): Safeguarding Infrastructure and the Built Environment

Ground Movement Monitoring surveys

During construction or renovation, Ground Movement Monitoring surveys, or GMM, are a great tool for ensuring infrastructure stability and safety. This technology tracks soil and rock movement, deformation, and other ground condition changes, validating design assumptions and enabling project teams to manage potential risks proactively. Ground Movement Monitoring surveying is crucial for aligning predicted heave or settlement with actual construction outcomes, enhancing decision-making, and optimising construction processes.

Understanding Environmental Monitoring for Construction and Infrastructure Projects

Environmental Monitoring

For construction and infrastructure projects, environmental monitoring is a vital tool to assess and manage the impact on air quality, noise, ground vibration, and weather-related conditions such as wind, pH levels, and rainfall. This comprehensive approach not only mitigates the adverse effects on the surrounding environment but also ensures projects meet stringent environmental standards.

Maximising Asset Longevity with Asset Performance Monitoring

Asset Performance Monitoring

Asset Performance Monitoring, or APM, is a surveying tool for managing built assets. Utilising advanced IoT sensors, Asset Performance Monitoring surveys are designed to give continuous oversight. This allows you to integrate multiple monitoring surveys into a custom maintenance plan. This broad oversight supports reactive repairs and proactive maintenance, which addresses potential issues before they escalate.

Smart infrastructure with monitoring from Murphy Geospatial

Monitoring Smart Infrastructure

The construction and infrastructure sectors are facing increased pressures from ageing assets, heightened demand, extreme weather conditions, and the impacts of urbanisation and population growth. Smart infrastructure monitoring will form a critical part of the solution. By harnessing the power of IoT, AI, and data analytics, this innovative approach offers a proactive means to safeguard and optimise infrastructure performance.

Monitoring provides stakeholders with real-time data and predictive analytics, enabling them to anticipate and address potential issues before they escalate. This capability is invaluable for efficient resource management, ensuring timely maintenance, and facilitating swift resolution of problems. The result is a notable improvement in the safety, efficiency, and sustainability of infrastructure systems.

Adopting smart infrastructure with monitoring solutions will help increase infrastructure resilience, minimise operational risks, and achieve sustainability goals. Monitoring to support smart infrastructure is a strategic investment in the longevity and reliability of your assets, ensuring they can meet the demands of today and adapt to the challenges of tomorrow.

Our
approach

Our independence and decades of experience enable us to advise you on the most suitable solution to meet your needs. We only suggest monitoring if there is a valid question this data can answer; enabling you to make informed risk vs. cost decisions to match your budget and risk profile.

We bring together the latest and most suitable technologies, our well-refined workflows and the experience and capability of our team of experts. Combined, these three pillars deliver powerful solutions for your projects – people x process x technology