Question 1

Automated Pavement Inspection and Pavement Condition Analysis

Accepted Answer

Inspection of movable pavement by detecting deterioration, potholes, cracks and deformations through automated analysis of images and geometry of the roadway. This automated pavement inspection allows for comprehensive audits of road conditions.

Question 2

Accessibility Assessment

Accepted Answer

Measurement of slopes, sidewalk widths, obstacles and regulatory compliance in pedestrian routes to guarantee universal mobility.

Question 3

Visibility Analysis

Accepted Answer

Study of visual lines at intersections, visibility of signage and detection of conflict points through digitized geospatial analysis.

Question 4

Thematic Mapping and Mapping of the State of Urban Conservation

Accepted Answer

Generation of distribution, density, status and typology of asset maps for territorial planning. Development of mapping of the state of urban conservation that facilitates the prioritization of interventions.

Question 5

Automatic Reporting

Accepted Answer

Preparation of technical reports with graphs, statistics and distribution maps of inventoried elements, integrating data from digitized GPS inspections.

Question 6

Emergency analysis

Accepted Answer

Very suitable for quickly assessing the state of an infrastructure after an incident, because it allows 360 images and georeferenced point clouds to be captured in motion, reducing time, cost and risk for personnel. In practice, it is used to inventory damage, measure deformations, document accesses and prioritise actions on an objective and rapid basis.

Question 7

1. ¿Qué es el Mobile Mapping y cómo funciona?

Accepted Answer

Mobile Mapping is a massive geospatial data capture technology that uses instrumented vehicles equipped with LiDAR sensors, panoramic cameras, and high-precision GNSS/IMU systems. These vehicles travel streets, highways and infrastructures capturing visual and geometric information continuously, generating 3D point clouds, 360° panoramas and georeferenced data in a single pass.

Question 8

2. How is Mobile Mapping used for automated pavement and signage inspection?

Accepted Answer

Mobile Mapping allows automated inspections to be carried out by analysing high-resolution images and road geometry captured during the journey. With the support of artificial intelligence, deterioration, potholes, fissures, deformations of the pavement are automatically detected, as well as the status and visibility of vertical and horizontal signage, generating mobile pavement inspection reports without the need to close roads.

Question 9

3. What are the advantages of mobile pavement inspection compared to traditional methods?

Accepted Answer

Mobile pavement inspection offers multiple advantages: it captures data from large areas in short times, minimizes the presence of personnel on roads increasing safety, provides permanent record that can be consulted remotely, allows audits of the state of roads without affecting traffic, and facilitates comparative temporal analysis to plan predictive maintenance of urban infrastructures.

Question 10

4. How does the inventory of street furniture through Mobile Mapping work?

Accepted Answer

The inventory of street furniture using Mobile Mapping is carried out by processing the panoramic images and point clouds captured with artificial intelligence algorithms that automatically detect and classify elements such as signage, traffic lights, street lighting, benches, litter bins, manholes, scuppers and trees. The system georeferences each element and generates structured GIS databases with attributes, statuses and characteristics of each inventoried asset.

Question 11

5. What are urban digital twins and how are they created with Mobile Mapping?

Accepted Answer

Digital Twins are exact virtual replicas of the physical environment that integrate 3D geometry, panoramic images, asset inventories, and spatial data into a single, searchable platform. They are created by processing the data captured by Mobile Mapping (LiDAR point clouds, 360° panoramas, and GPS information) to generate updatable digital models that facilitate infrastructure asset management, urban planning, and strategic decision-making.

Question 12

6. How does Mobile Mapping help in the predictive maintenance of urban infrastructures?

Accepted Answer

Mobile Mapping provides up-to-date and accurate data on the state of infrastructures that allow predictive maintenance strategies to be implemented. Through the digitized geospatial analysis of deterioration, pathologies and temporal evolution of assets, degradation trends are identified and interventions are prioritized before critical failures occur, optimizing resources, reducing repair costs and extending the useful life of infrastructures.

Question 13

7. What is digitized geospatial analysis and what information does it provide?

Accepted Answer

Digitized geospatial analysis is the advanced processing of data captured by Mobile Mapping to extract valuable insights using spatial analysis techniques, artificial intelligence, and thematic mapping. It provides indicators such as road surface condition, accessibility assessment, intersection visibility analysis, urban conservation status mapping, asset density, and regulatory compliance, facilitating data-driven infrastructure asset management.

Question 14

8. How do you perform a road condition audit with Mobile Mapping?

Accepted Answer

The road condition audit using Mobile Mapping is executed by capturing complete data of the road corridor with digitized GPS inspections, generating 3D surveys of the public road and continuous photographic record. Subsequently, geometric parameters (width, slopes, cants), surface condition of the pavement, signage, safety and drainage elements are analyzed, producing technical reports with thematic maps, deterioration indices and prioritized intervention recommendations.

Question 15

9. What is automatic urban damage detection and how does it work?c

Accepted Answer

Automatic urban flaw detection uses machine vision and artificial intelligence algorithms applied to the images and point clouds captured by Mobile Mapping. The system automatically identifies potholes, cracks, loss of material, damaged or missing signage, vandalized elements, obstacles on sidewalks and other anomalies, classifying them by type and severity, geolocating them and generating alerts for immediate or scheduled intervention according to priority.

Question 16

10. How does Mobile Mapping contribute to Infrastructure Asset Management?

Accepted Answer

Mobile Mapping is fundamental for the management of modern infrastructure assets, providing a georeferenced, updatable and complete database of all the elements that make up urban and road networks. It facilitates knowledge of heritage, its exact location, state of conservation and life cycle, allowing maintenance budgets to be optimized, renovations to be planned, regulatory obligations to be met and strategic decisions to be made based on objective data by mapping the state of continuous urban conservation.