BuzzBID recently hosted a webinar providing an in-depth look at their takeoff and estimating software powered by computer vision technology. The software is designed to streamline the estimating process for trades like drywall, acoustical ceilings, plaster, and fireproofing.
The core features demonstrated included automated takeoff capabilities that leverage computer vision to identify and quantify components like walls, ceilings, doors, and more directly from construction plans. The software also provides an integrated, assembly-based workflow for pricing out materials, labor, equipment, and subcontractor costs. Estimators can manage everything from project conditions to production rates within the software.
When asked about margin for error on the automated takeoff, Leonard emphasized that while not 100% perfect, it is "considerably more accurate than manual" takeoff due to the precision of the computer vision algorithms laying down vector points. "I try to show you every step of the way what the suggestion is and you can decide to accept it or not," he stated.
A key differentiator of BuzzBID is their commitment to continuously enhancing the computer vision models based on user feedback. As Leonard explained, "We have an option up here under help, which says send the current page for review...It sends us this particular page plan and we forward that to our computer vision engineers and they see if they can tighten up the algorithms to accommodate."
This commitment to iterative improvement, combined with the ability to import existing estimate data, reduces friction for companies looking to adopt the software. "If you have an existing database, we can read some tables and get you along the way set up in this so that you don't have to start from scratch," Leonard stated.
With capabilities for multi-user access, accounting integrations, and continuous enhancement of the computer vision models, BuzzBID's offering aims to boost efficiency for estimators in the wall and ceiling trades.
