The challenges facing infrastructure owners today are increasingly complex.
Ageing assets, climate pressures, changing ground conditions and vast geographic networks all make it difficult to know where risk is developing, and where to focus limited resources.
Simply having access to more data is not enough. What matters is understanding what that data is telling us, how risk may evolve, and having the insight and confidence to act sooner.
That thinking is at the heart of for·see, Geofem’s new decision intelligence product, bringing together satellite data, proprietary modelling and engineering judgement to provide earlier, clearer insight into geohazards and infrastructure risk.
The Geofem team recently celebrated the launch of for·see alongside colleagues, partners and friends — marking an exciting milestone for Geofem and the next step in how we turn satellite-derived data into actionable engineering intelligence.
Built on Geofem’s experience in satellite-enabled geohazard intelligence and long-standing geotechnical expertise, for·see represents an important step beyond conventional infrastructure assessment, monitoring and analytics.
Its purpose is simple: to turn complex evidence into clear insights that support better, more cost-effective, decisions.
Understand. Forecast. Act.
Traditional monitoring is often focused on understanding what has already happened or what is happening now.
for·see goes a step further, combining multi-source historical evidence, forecasting data and engineering interpretation to help assess how risk may develop and where attention should be prioritised.
The approach follows three key stages: Understand, bringing together multiple sources of evidence to build a clearer picture of conditions and change; Forecast, using that intelligence to assess how risk may evolve; and Act, translating the findings into information that can help prioritise decisions, investigations and interventions.
It is this progression from observation to foresight that sits at the core of for·see.
Rather than simply providing another dataset or software platform, for·see is designed as a decision-enabling intelligence product, supported by the for·see platform and Geofem’s engineering expertise.
Five lenses to understand change
Different assets, environments and hazards require different forms of intelligence.
The for·see product family brings together five complementary products, combining core intelligence layers with sector-specific applications:
for·see Rail – network-wide rail corridor risk intelligence to support more informed monitoring and intervention.
Combining satellite remote sensing, AI-driven analytics and geotechnical engineering expertise, for·see Rail provides continuous understanding of risk across the entire rail corridor. It evaluates how ground behaviour, drainage, soil moisture, geohazards, vegetation and surrounding environmental conditions interact to influence the performance and resilience of the railway network.
for·see Mining – mine-wide risk intelligence, bringing greater visibility across complex and interconnected mining assets and tailings storage facilities (TSFs) .
By combining multiple sources of Earth Observation data—including advanced InSAR analytics—with artificial intelligence and geotechnical engineering expertise, for·see Mining assesses how ground behaviour, terrain, water, infrastructure and environmental conditions interact to influence overall operational risk.
for·see Motion – advanced InSAR-based displacement monitoring, providing wide-area visibility of ground and asset movement.
Continuously tracking movement across infrastructure, slopes, mines, urban environments, and natural terrain, for·see Motion reveals subtle trends and emerging risks long before they become critical.
for·see Hydro – detection of moisture conditions and water-related risk.
By identifying changing moisture conditions early, for·see Hydro helps pinpoint areas where risk may be developing — before ground movement begins and problems become visible. From agricultural zones and infrastructure corridors to flood-prone areas and geohazard-sensitive sites, for·see Hydro provides an important early indication of changing ground conditions and potential geohazard risk.
for·see Risk – identification of geotechnical risk across wide regions or specific assets.
for·see Risk analyses vast volumes of data across thousands of locations, identifying patterns and pinpointing the areas where engineering teams should focus their time and attention. Acting as a strategic, long-term assessment tool, for·see Risk provides a broad yet detailed view of evolving geotechnical conditions to anticipate risks that may emerge in the years ahead.
Together, Geofem’s for·see products provide different lenses through which organisations can understand change (from movement and moisture to broader geotechnical risk) while applying that intelligence to the particular demands of individual sectors and assets.
One product family. Many critical applications.
Designed for applications across rail, road, mining, energy and utilities, dams and levees, and the built environment, for·see provides a common intelligence framework that can be applied across different industries, assets and operational environments.
But every sector — and every asset — presents different challenges.
Drawing on Geofem’s experience across these industries, the insights we provide are tailored to the specific engineering, operational and risk context of each project. From understanding movement along a rail corridor to assessing the behaviour of a tailings facility, or monitoring settlement across critical infrastructure, we focus on the changes that matter most for that particular asset and its operating environment.
The objective is not simply to identify change, but to help organisations understand what matters within each specific context, what may happen next and where action should be prioritised.
Earlier insight. Better decisions. More resilient infrastructure.
As infrastructure owners move from reactive approaches towards more proactive, risk-informed asset management, the ability to identify, understand and respond to emerging risks earlier is becoming increasingly important.
Satellite Earth Observation provides a powerful way to detect and track change across large areas and over time. The value of for·see, however, goes beyond the data itself. It comes from combining satellite-derived evidence with advanced analysis, predictive modelling and, critically, engineering judgement.
For every project undertaken, Geofem’s geotechnical engineers carefully interpret the results to identify trends, assess potential risks and provide the engineering context needed to turn complex data into meaningful insight.
Results are delivered through comprehensive reports, maps, graphs and time-series data, together with GIS-ready outputs and secure access through Geofem’s web-based platform.
Designed to complement existing instrumentation, reduce reliance on manual inspections and provide a wider view of asset behaviour, for·see helps engineering teams see what is changing, understand what this change means and focus attention where it matters most.
Are you seeing the full picture across your assets?
Talk to our team about your monitoring challenges and discover how for·see can help you identify emerging risks and prioritise action sooner. Contact us to find out more.