FS Engineering patents GeoAnomaly Sentinel. Innovation and AI for preventive archaeology

FS Engineering has marked a strategic milestone in its innovation journey by filing its very first patent application. At its core is the GeoAnomaly Sentinel model, developed within the field of preventive archaeology, which introduces an advanced, structured approach to non-invasive investigations applied to infrastructure design.

The patent formalises an advanced methodological model, arising from a targeted investment in applied research and founded on the systematic integration of multiple information sources.

The project took shape thanks to a collaborative ecosystem involving interdisciplinary expertise and innovation partners, including the university start-up GRID+ from La Sapienza University. This partnership aims to build an operational framework capable of leveraging geophysical, remote-sensed, and advanced survey data, transforming them into actionable knowledge for decision-making processes.

GeoAnomaly Sentinel has been designed as a technological platform for analysing and correlating large volumes of heterogeneous data, supporting the rapid and consistent identification of anomalies of potential archaeological interest. The system structures the preliminary phases of analysis, improving the quality of information available from the earliest design stages.

A core feature of the solution is the integration of AI and machine learning algorithms, developed to automate the detection and classification of anomalies. This approach significantly increases operational efficiency and interpretative accuracy, while simultaneously ensuring objective, scalable, and replicable analytical management.

The benefits extend across the entire project lifecycle, delivering time and cost reductions during preliminary investigations, improved protocol standardisation, and advanced decision-making support. It also drives a significant impact in terms of sustainability by minimising invasive interventions and championing non-destructive methodologies that are more respectful of the archaeological heritage.

Designed as a modular and scalable platform, the model is currently being integrated into company systems. It offers broad application prospects for subsurface data collection, particularly regarding environmental monitoring and the management of infrastructure and underground utilities. This versatility strengthens FS Engineering's position as an industry leader capable of combining research, technology, and industrial application, while reinforcing collaboration with the academic and innovation sectors.

With this patent, the Company takes a paradigmatic step forward, transforming established expertise and operational practices into a proprietary industrial asset while defining a new standard in the use of non-invasive investigations. From this perspective, preventive archaeology evolves from a simple verification phase into a strategic lever for value creation, contributing to improved project efficiency, risk reduction, and the promotion of a more conscious and sustainable forms of land management.