AirWorks Automate

Autonomous feature extraction software for AEC

The fast and easy way to convert aerial datasets into CAD drawings

01

Upload your orthomosaic, pointcloud and boundary files

02

Submit your order for automated processing

03

View and download your final deliverable in-app

How It Works

Traditionally, it took complex computers, special software, and hours of engineering work to create engineering plans from aerial data. With AirWorks, you don’t need any of that.

How are we able to deliver projects so quickly? The magic behind AirWorks Automate is hundreds of hours of work from our software development, computer vision and civil engineering teams. Thanks to the development of our AI-enabled and patented algorithm, the points in the datasets that customers upload are autonomously identified and classified, enabling our app to produce the linework and topography needed for pixel-accurate feature extraction.

Through this technology, CAD drawings are delivered in record time, and our quality control engineers ensure that every drawing we deliver meets our client’s existing standards and surpasses their expectations.

Precision

Are the drawings that AirWorks delivers reliable?

We know accuracy matters. We focus heavily on measuring the accuracy and precision of the results we deliver, and we understand the common error chains in the aerial mapping process. Ultimately, the engineering plans we deliver are only as reliable as the datasets that our clients upload. There are two main drivers to the accuracy of the drawing our software generates and that we deliver:

Accuracy of the input dataset

Good engineering deliverables start at the data collection stage. This is the single most important factor in ensuring that the drawings you receive from AirWorks are reliable and accurate. See our resources and suggestions on how to capture accurate data and avoid most common errors in aerial mapping.

Human in the loop processes

Our AI-powered feature extraction software currently predicts site features at 86% pixel-accuracy. Our in-house quality control team then turns that 86% into a 100% accurate deliverable in a fraction of the time.

AirWorks Blog

UAV Mapping: Best practices for flight and data collection

Knowledge Base

Data Quality Overview

Automated Layers
Through our AI and machine learning algorithms, the AirWorks web-app can autonomously identify and categorize points at high pixel-accuracy. Then, our software takes those points and generates a CAD drawing.

Currently we identify features on the following layers:

  • Topography

  • Roads

  • Buildings

  • Sidewalks

  • Pavement Markings

  • Railroads

  • Vegetation

  • Water Surfaces

  • Manholes

  • Drains

  • Solar Panels

  • Curbs

Sample Deliverables

Glastonbury

27.7 acres

3 layers

Suburban Landscape

Boston Post Road

15 acres

22 layers

Suburban Landscape

Interested in learning more?

Request a demo today

Have someone from our team walk you through our app during a personalized demo, tailored to your company’s specific needs.