clients and case studies

Xplora in Action: Our case studies

Discover how Xplora has turned clients’ challenges into growth opportunities.

Each project showcases a journey of innovation, collaboration, and tangible results.

Date: 09/2023

Location: Napoli

Project

Mapping of utilities to plan the layout for the installation of ultra-high-power electric cables for electric vehicle charging at the Vulcano Shopping Center in Nola.

Challenge

A highly precise mapping was carried out to ensure no interference with existing utilities and to ensure the safe placement of cables.
The surveys reduced the need for invasive methods, simplifying the installation process.

Output

– GIS project with 3D geometry of the underground utility layout down to a depth of 7 meters;

– .dwg file for CAD processing.

Date: 09/23

Location: Genova

Project

Mapping of underground linear utilities (fiber optic cables, electrical lines, aqueducts, corrugated pipes, etc.) and non-linear underground utilities (tanks and other artificial objects) up to 3 meters below ground level.

Challenge

Xplora drastically reduced the occurrence of undetected pipes, preventing damage and breakages during excavation.
This required a combination of advanced technologies, updated photogrammetric data, and comprehensive surveys to ensure accurate mapping in a densely anthropized environment.

Output

– GIS project with updated photogrammetry and layout of underground utilities and buried structures, including characterization, type, and depth indication;

– DWG file for CAD processing.

Date: 09/23

Location: Genova

Project

Challenge

Output

– GIS project with updated photogrammetry and layout of underground utilities and buried structures, including characterization, type, and depth indication;

– DWG file for CAD processing.

Date: 09/24

Location: Bologna

Project

Subsurface utility mapping for the detection of underground infrastructure and sewer networks to a depth of up to 7 meters below ground level.

Challenge

The densely built environment required highly detailed and accurate processing, fully leveraging Xplora’s analytical methodology.
The ground conditions had drastically changed since the installation of the underground utility, and the client lacked accurate information to identify its exact location in the ground.

Output

– GIS project with 3D geometry of the underground utility layout down to a depth of 7 meters;

– .dwg file for CAD processing.

Date: 03/24

Location: Piacenza

Project

Subsurface utility mapping to a depth of 3 meters below ground level for the design and subsequent installation of a new utility line.

Challenge

Xplora integrated geoelectrical methodologies with artificial intelligence techniques to ensure detailed and accurate subsurface characterization, improving the precision of lithological and geological mapping by 30% and successfully determining soil stratigraphy despite the complexity of the geological and environmental context.

Output

– GIS project with 3D geometry of the underground utility layout down to a depth of 7 meters;

– .dwg file for CAD processing.

Date: 03/2024

Location: Piacenza

Project

Subsurface utility mapping to a depth of 3 meters below ground level for the design and subsequent installation of a new utility line.

Challenge

Output

– GIS project with 3D geometry of the underground utility layout down to a depth of 7 meters;

– .dwg file for CAD processing.

Date: 07/24

Location: Genova

Project

Non-invasive instrumental survey with a specialized operator within the first 10 meters below ground level to identify anomalies of a military nature over an area of 8.5 hectares.

Challenge

The densely urbanized environment required extremely precise and detailed processing, fully leveraging Xplora’s advanced analytical approach.

The terrain conditions, heavily anthropized and characterized by a complex stratigraphy with heterogeneous fills, caused significant interference in the raw signal.

Advanced algorithms and neural networks enabled Xplora to deliver reliable results in compliance with the required technical standards.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential military risk evidence for possible targeted remediation;

– Technical report compliant with national regulations.

Date: 10/23

Location: Milano

Project

Characterization and mapping of hydrocarbon and pollutant concentrations in the subsoil using advanced non-invasive electromagnetic and multispectral technology.

The goal was to create a preliminary characterization for ARPA to guide any necessary invasive analyses.

Challenge

Xplora has combined electromagnetic and multispectral sensors with artificial intelligence algorithms, developing a sensor fusion system to generate detailed 3D subsurface maps capable of accurately detecting hydrocarbons and pollutants, determining their geographical location and depth in the ground without harming soils or ecosystems.

Output

– Shape File for GIS project with update territorial digitalization and pollutant 3D;

– Map up to 14 meters depth Technical report compliant with national law

Date: 10/2023

Location: Milano

Project

Characterization and mapping of hydrocarbon and pollutant concentrations in the subsoil using advanced non-invasive electromagnetic and multispectral technology.

The goal was to create a preliminary characterization for ARPA to guide any necessary invasive analyses.

Challenge

Output

– Shape File for GIS project with update territorial digitalization and pollutant 3D;

– Map up to 14 meters depth Technical report compliant with national law

Date: 05/2024

Location: Padova

Project

Survey conducted using a drone equipped with a multispectral sensor and GPR radar over a 15-hectare area, aimed at detecting the potential presence of archaeological artifacts or structures prior to excavation activities for construction projects.

Challenge

The use of non-invasive methodologies enabled the identification of archaeological artifacts, ensuring the preservation and enhancement of cultural heritage.

Output

-GIS project with updated photogrammetry and layouts of buried structures, including characterization and depth indication;

-Validated technical report;

-VIPIA/VIARCH – Archaeological impact assessment report, approved by the heritage authority.

Date: 06/24

Location: Arezzo

Project

Non-invasive instrumental survey using a drone to a depth of 12 meters below ground level for the detection of unexploded ordnance (UXO) in the Arezzo area, enabling immediate clearance for subsequent excavation activities.

Challenge

The proximity to railway infrastructure caused interferences that made it challenging to accurately locate UXOs.

Additionally, the presence of dense vegetation further increased the complexity of the survey, rendering some areas inaccessible on foot.

The integrated approach and proprietary artificial intelligence algorithms successfully addressed the issue.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential UXO-related risks for subsequent targeted clearance if required;

– Technical report in compliance with national regulations.

Date: 06/2024

Location: Arezzo

Project

Challenge

The proximity to railway infrastructure caused interferences that made it challenging to accurately locate UXOs.

Additionally, the presence of dense vegetation further increased the complexity of the survey, rendering some areas inaccessible on foot.

The integrated approach and proprietary artificial intelligence algorithms successfully addressed the issue.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential UXO-related risks for subsequent targeted clearance if required;

– Technical report in compliance with national regulations.

Date: 03/2024

Location: Via Trompia

Project

Mapping of underground utilities within the first 7 meters of depth from the ground level.

Challenge

Accurate three-dimensional map of the utilities below the ground surface, optimizing survey activities to minimize disturbances to vehicular traffic.

This was made possible by the capabilities of Xplora software, which enables excellent interpolation of sparse data, thus reducing fieldwork activities.

Output

– GIS project with 3D geometry of the underground utility layout down to a depth of 7 meters;

– .dwg file for CAD processing.

Date: 03/24

Location: Genova

Project

Geophysical survey to detect cavities or soil anomalies within 15 meters of depth, involving hardware setup, regulatory planning, on-site data acquisition, and central data analysis, using minimally invasive sensors on terrestrial vehicles.

Challenge

Conduct an accurate and non-invasive survey in a densely anthropized and scarcely accessible area to assess the soil composition, stratigraphy, and presence of tunnels, in order to calculate the bearing capacity of the ground for the installation of a large and heavy crane.

Output

– GIS project with updated photogrammetry and layout of underground utilities an buried structures, including characterization, type, and depth indication;
– DWG file for CAD processing.

Date: 03/2024

Location: Genova

Project

Challenge

Output

– GIS project with updated photogrammetry and layout of underground utilities an buried structures, including characterization, type, and depth indication;
– DWG file for CAD processing.

Date: 10/2024

Location: Parma

Project

Non-invasive instrumental survey to a depth of 10 meters below ground level for the detection of unexploded ordnance (UXO) in the Collecchio (PR) area to support the design and subsequent installation of a pipeline.

Challenge

The geological complexity of the area, characterized by gravel deposits mixed with water-saturated clay layers, created significant challenges for the propagation of magnetic signals.

Additionally, the presence of metallic fragments from previous agricultural activities increased noise in the recorded data, making it difficult to distinguish between UXO-related anomalies and spurious signals.

The integrated approach and proprietary algorithms of Xplora enabled the isolation of signals relevant to UXO, significantly reducing false positives.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential UXO-related risks for subsequent targeted clearance if required;

– Technical report in compliance with national regulations.

Date: 02/24

Location: Gricignano di Aversa

Project

Characterization and mapping of hydrocarbon and pollutant concentrations in the subsoil using advanced non-invasive electromagnetic and multispectral technology.
The goal was to create a preliminary characterization for ARPA to guide any necessary invasive analyses.

Challenge

Output

– Shape File for GIS project with update territorial digitalization and pollutant 3D;

– Map up to 14 meters depth Technical report compliant with national law.

Date: 02/2024

Location: Gricignano di Aversa

Project

Characterization and mapping of hydrocarbon and pollutant concentrations in the subsoil using advanced non-invasive electromagnetic and multispectral technology.

The goal was to create a preliminary characterization for ARPA to guide any necessary invasive analyses.

Challenge

Output

– Shape File for GIS project with update territorial digitalization and pollutant 3D;

– Map up to 14 meters depth Technical report compliant with national law.

Date: 01/2024

Location: Genova

Project

Non-invasive instrumental survey using a drone to a depth of 2.5 meters below ground level for the detection of military remnants over an area of 5,000 square meters.

Challenge

Due to the vast area and challenging ground conditions, the use of a drone was essential.

The raw data collected were processed with Xplora software, which allowed the rapid identification of explosive remnants, ensuring a precise and non-invasive survey.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential UXO-related risks for subsequent targeted clearance if required;

– Technical report in compliance with national regulations.

Date: 09/24

Location: Perugia

Project

Non-invasive instrumental survey to a depth of 3 meters below ground level for the detection of anomalies of unexploded ordnance (UXO) along the Perugia-Città di Castello railway section.

The investigation covers 19 crossings along a 20 km route, enabling the immediate clearance for subsequent excavation activities.

Non-invasive instrumental survey to a depth of 3 meters below ground level for the detection of anomalies of unexploded ordnance (UXO) along the Perugia-Città di Castello railway section.

The investigation covers 19 crossings along a 20 km route, enabling the immediate clearance for subsequent excavation activities.

Challenge

The specific site conditions, which made the use of ground-penetrating radar impractical due to structural and operational interferences, were overcome through the application of the ERT technique.

The intervention, carried out at night to minimize disruptions to railway traffic, ensured accurate results fully aligned with the project requirements.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential UXO-related risks for subsequent targeted clearance if required;

– Technical report in compliance with national regulations.

Date: 09/2024

Location: Perugia

Project

Non-invasive instrumental survey to a depth of 3 meters below ground level for the detection of anomalies of unexploded ordnance (UXO) along the Perugia-Città di Castello railway section.

The investigation covers 19 crossings along a 20 km route, enabling the immediate clearance for subsequent excavation activities.

Non-invasive instrumental survey to a depth of 3 meters below ground level for the detection of anomalies of unexploded ordnance (UXO) along the Perugia-Città di Castello railway section.

The investigation covers 19 crossings along a 20 km route, enabling the immediate clearance for subsequent excavation activities.

Challenge

The specific site conditions, which made the use of ground-penetrating radar impractical due to structural and operational interferences, were overcome through the application of the ERT technique.

The intervention, carried out at night to minimize disruptions to railway traffic, ensured accurate results fully aligned with the project requirements.

Output

– Three-dimensional map with characterization of ferromagnetic anomalies and identification of potential UXO-related risks for subsequent targeted clearance if required;

– Technical report in compliance with national regulations.

Project

Unexploded ordnance (UXO) risk assessment and subsurface mapping over a 150,000 m² area commissioned by Escolight Srl, with Rete Ferroviaria Italiana (RFI) as the end client.

Challenge

The project required a detailed assessment of the area designated for infrastructure works to ensure the absence of UXO and avoid interference with existing utilities.
The goal was to perform a fully non-invasive, high-precision multisensor survey reaching depths of up to 7 meters, minimizing the need for intrusive methods such as coring or exploratory excavation.

Output

– Non-invasive multisensor survey using electromagnetic, magnetic, and GPR instruments.
– Raw data processing and anomaly target analysis through proprietary DeepGeo® software.
– Anomaly mapping with UXO compatibility estimation and certified report signed by an authorized professional.
– Overall result: low UXO detection risk, with no further survey actions required.

Project

Utility mapping and non-invasive geophysical survey across a 150,000 m² investigation area for the Escolight Srl / RFI project.

Challenge

The goal was to accurately locate undocumented underground utilities to enable safe project planning and reduce interference risks during excavation.
The survey required advanced signal processing to address variable ground electromagnetic properties and ensure high positional accuracy.

Output

– High-resolution electromagnetic and GPR survey.
– Data processing through proprietary software for utility detection.
– Identification of an underground service located approximately 0.55 m below ground level.
– Delivery of a georeferenced GIS map with traced utilities and a detailed technical report.

Project

Utility mapping and non-invasive geophysical survey across a 150,000 m² investigation area for the Escolight Srl / RFI project.

Challenge

Output

Project

Unexploded ordnance (UXO) risk assessment over a 60,000 m² area commissioned by Dren Solare Srl, as part of a renewable energy development project by Decal Renewables.

Challenge

The objective was to ensure the safety of excavation and infrastructure works in an area designated for the installation of photovoltaic systems.
The survey required confirming the absence of WWII-related unexploded ordnance through a fully non-invasive approach that would deliver reliable results without disturbing the ground surface.

Output

– Non-invasive multisensor survey using electromagnetic and magnetic instruments.
– Raw data reprocessing with proprietary DeepGeo® software for anomaly localization and classification.
– Production of a detailed anomaly map and a certified technical report signed by a licensed professional.
– Outcome: no UXO-compatible anomalies detected; site confirmed suitable for planned works.

Project

Unexploded ordnance (UXO) risk assessment over a 110,000 m² area commissioned by Iren Green Generation Tech S.r.l., as part of a renewable energy development initiative.

Challenge

The survey aimed to ensure the safety of excavation and infrastructure works by verifying the potential presence of WWII-related unexploded ordnance.
Due to the large size of the site and the heterogeneity of the ground, the area was subdivided into smaller sections to ensure optimal data acquisition and consistent coverage.

Output

– Non-invasive multisensor survey conducted using electromagnetic and magnetic instruments.
– Raw data processing with proprietary DeepGeo® software for precise anomaly targeting.
– Delivery of detailed anomaly maps and a certified technical report issued by an authorized professional.
– The investigation confirmed no UXO-compatible anomalies, allowing all subsequent site operations to proceed safely.

Project

Unexploded ordnance (UXO) risk assessment over a 110,000 m² area commissioned by Iren Green Generation Tech S.r.l., as part of a renewable energy development initiative.

Challenge

Output

Project

Archaeological risk assessment (VRA) over a 23,000 m² area commissioned by COEMI Srl, with Plenitude (Eni Group) as the end client.

Challenge

The goal of the survey was to detect potential buried archaeological features within the project area, minimizing the number of preventive excavations required by the Archaeological Superintendence.
Given the site’s high archaeological sensitivity, a non-invasive yet high-resolution methodology was adopted to accurately differentiate anthropogenic disturbances from true archaeological remains.

Output

– Non-invasive multisensor survey using electromagnetic and magnetic instruments.
– Raw data reprocessing and anomaly classification via proprietary DeepGeo® software.
– Georeferenced anomaly map with archaeological compatibility evaluation.
– Total number of archaeological test trenches reduced from 20 to 5, resulting in significant time and cost savings.

Project

Geophysical survey for subsurface mapping and underground utility detection in Cisterna di Latina (Italy), carried out for Italgas S.p.A..
The project was conducted entirely in SaaS mode (Software as a Service): the client uploaded raw data directly onto the DeepGeo® cloud platform, where the AI engine automatically processed and visualized the results.

Challenge

The goal was to optimize analysis time and operational costs during subsurface characterization while maintaining high precision in detecting buried utilities and anomalies.
The AI-driven system needed to handle large volumes of GPR and magnetometric data, producing a clear 3D reconstruction of subsurface layers accessible via an intuitive web interface — without any local data processing.

Output

– Automated multisensor data analysis from raw files uploaded by the client through the SaaS interface.
– Cloud-based AI processing using the proprietary DeepGeo® engine, generating 3D stratigraphic models and anomaly maps.
– Automatic production of georeferenced maps and cross-sectional profiles with subsurface utility traces.
– Certified technical report delivered directly via the platform.
– 65% reduction in processing time compared to traditional workflows, with full elimination of manual post-processing.

Project

Challenge

Output

clients and case studies

Xplora in Action: Our case studies

Discover how Xplora® AI is transforming subsurface exploration.