OcuMap

OcuMap, developed by Reality IMT, is a mobile mapping solution designed specifically for the rail and transit industry. According to the vendor, this software aims to provide accurate and efficient data collection and mapping services for companies of all sizes in this sector. It is intended to be utilized by rail engineers, transit planners, asset managers, surveyors, and transportation authorities.

Key Features

3D Laser Scanning: The software utilizes terrestrial 3D Laser Scanning devices to collect accurate data in the rail and transit industry. According to the vendor, this feature delivers high-density point cloud data with accuracies ranging from +/- 3 mm to +/- 1 mm, enabling precise measurement and documentation of rail infrastructure for better visualization and planning of projects.

Mobile LiDAR Mapping: With the use of Mobile LiDAR technology, the software allows for the collection of geospatial data from a moving vehicle. According to the vendor, this feature enables rapid and efficient mapping of rail corridors without disrupting traffic, providing high-density, high-accuracy point cloud data for detailed analysis and assessment. It is said to assist in asset identification, condition assessment, and maintenance planning.

Rail As-Built Surveys: The software facilitates accurate as-built surveys of rail infrastructure, including tracks, signals, bridges, and tunnels. According to the vendor, this feature delivers precise measurements and documentation of existing rail assets, supporting engineering accuracy, reducing project schedules, and enhancing coordination among teams.

Ballasts Quantification: The software allows for the quantification of the volume and condition of ballasts along rail tracks. According to the vendor, this feature helps in planning and budgeting for ballast maintenance and replacement, providing accurate data for optimizing track stability and performance.

Slope Analysis: The software provides the capability to analyze the slopes and gradients of rail tracks for safety and efficiency purposes. According to the vendor, this feature identifies areas of concern, such as steep slopes or uneven gradients, and helps in determining appropriate measures to ensure smooth and safe rail operations.

Track Geometry: The software enables the measurement and analysis of the geometry of rail tracks, including alignment, gauge, and cross-level. According to the vendor, this feature identifies deviations from design standards and helps in track maintenance and rehabilitation, enabling a better understanding of track conditions and facilitating track planning and upgrades.

Horizontal & Vertical Alignments: The software allows for the determination of the horizontal and vertical alignment of rail tracks. According to the vendor, this feature provides precise measurements for track layout and design, supporting accurate documentation and planning of rail projects.

3D Mapping: The software offers the capability to create detailed 3D maps and models of various environments using LiDAR or photogrammetry techniques. According to the vendor, this feature allows users to capture and visualize terrain, buildings, and other objects in a 3D format, generating realistic representations for analysis and visualization purposes.

Data Integration: The software provides the ability to import and integrate data from multiple sources into the mapping software. According to the vendor, this feature combines aerial imagery, GIS data, LiDAR point clouds, and other datasets, ensuring seamless integration and compatibility between different data formats, enabling users to work with comprehensive and consolidated datasets.

Visualization Tools: The software offers a range of visualization tools for exploring and analyzing data. According to the vendor, this feature allows users to view maps and models in 2D or 3D formats, manipulate and interact with the data in real-time, and display various layers, overlays, and annotations for enhanced understanding.