Compare BIM Classify vs. Gradework

Utilizing our digital twin platform, Twinit.io, BIM Classify serves as a robust foundation for your digital twin projects. This collaborative, cloud-based software includes authoring tool plug-ins designed to assist modelers in accurately and consistently classifying their model content. You can create and manage the necessary classification systems, enabling the creation of equivalencies between different classification systems as required. Additionally, the software offers plug-in recommendations for BIM authoring tools, ensuring that your entire team can uniformly classify elements within the models, thereby enhancing your understanding of model contents. By leveraging BIM, you can derive greater value for various workflows, such as estimating, planning, and creating digital twins. Administrators can easily configure classification systems, mapping rules, and equivalences through the BIM Classify web app. Modelers benefit from the BIM Classify Revit plugin, which streamlines the classification process for their model content. As a result, users of BIM data can access precise information for estimates, quantity takeoffs, asset management, and several other applications. This comprehensive approach not only strengthens collaboration but also boosts overall efficiency in project execution.

Designed to streamline construction operations, Gradework improves AGTEK’s well-known estimating interface to effectively assist in project planning, grade modeling, and tracking progress. It seamlessly processes point clouds and orthomosaic images captured by UAVs and drones, alongside integrating data from GPS, Total Stations, or laser scanners, converting them into progress surfaces for accurate production quantity calculations. This functionality offers quick, objective insights into completed work and highlights areas that may require attention before issues escalate. Additionally, Gradework empowers users to visualize and modify the GPS models utilized by machine control systems, while efficiently calculating quantities and optimizing cut-fill balance for hauling operations, ensuring maximum utilization of heavy equipment. Ultimately, this comprehensive tool enhances decision-making and operational efficiency on construction sites.