TopoDOT® is a CAD application for extracting high quality models from LiDAR system data.
TopoLIFT™ is the world's first truck mounted tripod designed for LiDAR scanning!
TopoPlanner™ is a free web application available to plan, estimate, and manage your static scanning projects.
TopoMission™ is a free web application available to plan, estimate, and manage your mobile scanning projects.
C3D University
Technotes provide more detailed discussions focused on specific technical topics as well as operational and business insights. Click each link to download a pdf for each subject.
Riscan Pro users accustomed to importing the point cloud data and imagery data into TopoDOT using the Project.RSP file will now need to export the project as an E57 format when using the GeoSys Manager instead. This document outlines the process on doing so.
With release 10.5 of TopoDOT some tool locations changed to improve the process workflow. This document outlines the changes.
This document provides a charted guideline to compare some product capabilities when choosing a Bentley product for TopoDOT use.
This document outlines and solves the scan icon incompatibility issue due to the TopoDOT v10.0 update.
See why TopoDOTŪ is best suited for your next infrastructure job!
TopoDOT® for MicroStation Connect is a 64-bit application that will perform well on moderately priced standard workstations or laptops meeting the following specifications.
This document outlines the workflow to fix menus disappearing when TopoDOT® is loaded.
Documentation detailing the functionality of TopoCloud™'s Administrative Tools. Instructions on hosting your own TopoCloud™ server are also included.
This document shows step by step how to create a project file from an E57 file in TopoDOT®, load aerial images (if project is georeferenced), load scan data from scan positions, and load images from the E57 files if included.
This document presents a very concise, efficient and intuitive process for establishing LiDAR project data requirements, incorporating them into a request for proposal (RFP) and assessing the data against those requirements.
This document provides the workflow necessary to export feature codes into Caice.
This guide's purpose is to illustrate the many methods to import data in TopoDOT® and to help the user decide which is the most practical method for the current application.
TopoDOT® offers tools designed specifically vertical objects such as buildings or retaining walls. This document describes best practices for the entire process from field data acquisition to final report generation.
This document summarizes information necessary to make informed decisions as to the development of project requirements.
Discuss how TopoDOT® can be used to maximize feature extraction productivity.
This document discusses the fundamental motivation for increased model complexity as a consequence of existing predominantly linear workflow models.
This document offers a suggested method for system selection emphasizing system productivity, return on investment, and output production quality.
This document identifies and explains the file format necessary for effective application of this unique TopoDOT® feature.
In certain cases, TopoDOT® will not be able to properly connect to the licensing system. In these cases, certain variables may need to be modified in the software as well as the local network.
TopoDOT® within the Point Cloud Process Workflow
Instructions on activating LAA (Large Address Aware) in Windows to allow MicroStation to allocate more memory on 32-bit machines.
This document outlines the minimum and recommended system specs for TopoDOT® operation.
TopoDOT® offers a web based licensing system which gives users flexibility to install the software on machines quickly and easily.
This document identifies and explains the calibrated image and associated metadata requirements for terrestrial mobile systems necessary for effective application of this unique TopoDOT® feature.
This document explains and helps implement TopoDOT® integration with ProjectWise.