NeARabl's Mobile AI Achieves Engineering-Grade Precision in Construction Scanning

NeARabl Inc., a New York-based computer vision AI company, has developed spatial imaging technology that delivers building scan accuracy under 30mm, matching professional laser scanning equipment using standard mobile devices. This precision breakthrough transforms construction and engineering workflows by addressing critical industry pain points through reduced rework costs, improved collaboration between architects and engineers, and accelerated project timelines without quality sacrifice.

The technology originated from a National Science Foundation-funded research project at CUNY focused on indoor navigational mapping, evolving from an assistive solution for people with low vision to a comprehensive commercial product serving construction, architecture, and facility management industries. Chief Technology Officer Jin Chen noted that AI's influence fundamentally reshapes the project lifecycle from design to delivery, not just providing efficiency gains.

NeARabl's solution eliminates the need for expensive hardware, making deployment fast and scalable for professionals including architects, mechanical engineers, electricians, and plumbing specialists. The tool enables users to visualize design ideas and infrastructure data with unprecedented precision, allowing teams to see what should be built before breaking ground, significantly minimizing costly mistakes during planning stages. Research supporting this development was documented at https://www.nsf.gov.

The accuracy breakthrough was achieved through proprietary methods that overcome fundamental limitations in mobile hardware. Current mobile devices like iPhones have depth sensors, IMUs, and cameras that were never designed for engineering-grade measurement, but NeARabl's team developed techniques to push beyond these constraints. The technology's advancement was supported by multiple organizations including the Air Force Research Labs, Homeland Security, and Bentley Systems Inc., with research partnerships documented at https://www.afresearchlab.com.

This innovation demonstrates how academic research, when properly funded and developed through strategic partnerships, can transform into practical solutions addressing real-world industry needs while creating new opportunities in STEM fields and reshaping traditional construction methodologies.