Meshy turns text prompts or images into fully textured 3D models in minutes.
Civils.ai

About Civils.ai
Civils.ai is an AI-powered platform that helps civil engineers streamline their workflows and optimize their projects. It provides a comprehensive set of tools and features that enable users to create and manage 3D models, access real-time data, monitor projects, and analyze performance. Civils.ai also offers an intuitive user interface and a range of customizable options for creating and managing projects. Civils.ai is designed to make complex tasks easier for civil engineers, helping them to save time and money. With its powerful AI algorithms, it can quickly generate 3D models and analyze data, enabling users to make faster, more informed decisions about their projects. It also provides real-time data and insights, making it easier for engineers to monitor project progress and performance. Additionally, Civils.ai offers a variety of customization options so users can tailor the platform to their needs.
Key features
- 3D modeling
- Real-time data monitoring
- Customizable options
- Intuitive user interface
- AI-powered algorithms for generating 3D models and analyzing data
- Real-time data and insights
Use cases
- Utilize 3D modeling to visualize projects, identify potential issues and optimize results.
- Leverage real-time data to monitor projects in real-time and make informed decisions.
- Take advantage of customizable options to tailor the platform to specific projects and needs.
Pros
- Reduces manual effort by up to 90% through AI-powered quantity takeoffs and checks
- Supports accurate measurements from PDF drawings, including scanned and multi-sheet documents
- Provides reusable templates for standardized checks across drawings, specs, and codes
- Extracts subsurface data from geotechnical reports for earthworks and ground condition analysis
- Offers cited answers with annotated drawings and structured data exports (Excel/PDF)
Cons
- Limited to standard AI searches and checks under fair use policy for single-account usage
- May require manual review of AI-generated results by QA team for accuracy verification
- Not designed for general-purpose AI tasks outside construction documentation and takeoffs
Frequently asked questions about Civils.ai
What types of takeoffs does Civils.ai currently support?
Civils.ai supports a range of takeoffs including measuring areas, lengths, volumes, and counts from PDF drawings. It covers groundworks, landscaping, utilities, concrete, earthworks, and subsurface data extraction from geotechnical reports.
How are takeoffs consumed in Civils.ai?
Each takeoff is counted as one measurement on one drawing sheet for one trade. For example, measuring floor areas on one sheet counts as one takeoff, while measuring multiple trades on the same sheet may count as multiple takeoffs, capped at five per sheet.
Are there any restrictions on 'Unlimited AI searches & checks'?
Unlimited AI searches and checks apply to standard in-app queries under a fair use policy for a single user account. It includes tasks like reviewing documents, checking information, and running AI-assisted checks, but may not cover multi-step agent workflows.
How does Civils.ai handle scanned or historic drawings?
Civils.ai works with scanned, historic, and multi-sheet drawings. Users can drag and drop PDFs, and the platform extracts CAD data from these documents for analysis.
Can Civils.ai cite sources for its outputs?
Yes, Civils.ai provides marked-up sources and cites original documents for all AI-generated outputs, ensuring transparency and traceability of results.
What is the typical workflow for using Civils.ai?
The workflow involves uploading PDF drawings, selecting an AI Agent, typing a prompt to specify the takeoff scope, and reviewing or exporting the results. The QA team reviews AI measurements before final outputs are provided.
Civils.ai Website Engagement
Last Update: 9 days ago
Monthly Traffic
Traffic Sources
Traffic Share By Country
- United States11.5%
- South Africa10.9%
- India8.2%
- Indonesia6.3%
- Australia6%