NOAR Technologies

Recognized for bringing autonomous layout, reality capture, drones, laser scanning, and digital construction tools out of the lab and into the field where contractors, engineers, surveyors, and public-safety teams actually work.

NOAR Technologies has been selected as a 2026 Industry Icon in AI & Robotics by The 2026 List, brought to you by Industry & Influence, recognizing the company’s role in integrating advanced reality-capture and autonomous construction technologies into practical AEC and public-safety workflows.

Construction technology often looks impressive in a demonstration.

The real challenge begins when it reaches a jobsite.

Dust, weather, uneven surfaces, changing plans, compressed schedules, multiple trades, imperfect connectivity, and real deadlines quickly expose the difference between experimental technology and useful technology.

NOAR Technologies operates in that gap.

Technology Integration, Not Technology for Its Own Sake

NOAR provides advanced technology solutions for architecture, engineering, construction, surveying, and public safety.

Its portfolio includes 3D laser scanning, autonomous construction layout, drones, reality-capture software, GNSS and field tools, mobile mapping, and related technologies.

The company is a major distributor and implementation partner for platforms from Leica Geosystems, HP SitePrint, DJI Enterprise, Pix4D, Autodesk, and other technology providers.

That partner structure defines the business.

NOAR is not asking customers to adopt one isolated tool.

It helps organizations connect hardware and software into workflows that solve specific field problems.

Autonomous Layout Changes the Jobsite

Construction layout is a good example.

Traditionally, skilled workers spend substantial time transferring digital plans into physical marks on the floor or jobsite.

That work is repetitive but extremely important.

Errors can propagate through multiple trades and become expensive later.

NOAR offers HP SitePrint, an autonomous layout robot that prints CAD drawings directly onto jobsite surfaces.

The system is designed to handle straight lines, curves, text, and QR codes with millimeter-level accuracy and can substantially accelerate repetitive layout work compared with manual methods.

The value is not simply replacing a task.

It allows skilled workers to spend less time walking lines and more time solving higher-value field problems.

Reality Capture Creates a Digital Record

Laser scanning and photogrammetry allow teams to capture physical environments as measurable digital data.

NOAR’s reality-capture portfolio includes Leica terrestrial scanners, mobile systems, drone platforms, and software used to create point clouds, models, maps, and visual documentation.

That capability changes how construction and engineering teams work with existing conditions.

Instead of relying only on manual measurements and photographs, they can create dense digital records of buildings, sites, infrastructure, and project progress.

The same data can support design coordination, quality control, documentation, renovation, facility management, and forensic analysis.

Drones Extend the Field of View

NOAR also supplies enterprise drone systems used for inspection, mapping, surveying, public safety, and industrial applications.

Modern enterprise drones combine high-resolution cameras, thermal imaging, obstacle avoidance, automated flight, RTK positioning, remote docking, and software that converts imagery into useful data.

The aircraft is only the visible part of the system.

The larger value comes from the workflow around it.

How is the mission planned?

How is the data processed?

How is it connected to CAD, BIM, GIS, or public-safety operations?

How is the information delivered to the person who needs to make a decision?

NOAR focuses heavily on that integration layer.

New Generations of Reality-Capture Hardware

In 2026, NOAR highlighted the next generation of Leica RTC scanners, including the RTC700, RTC500, and RTC300.

The new systems continue the industry’s push toward faster capture, live registration, improved range, and easier field-to-office workflows.

That evolution matters because reality capture becomes more useful as friction decreases.

If scanning is faster and processing is easier, teams can use it more frequently.

A technology that was once reserved for specialized survey tasks can become part of everyday project documentation.

Training Is Part of Adoption

Advanced field technology creates little value if teams do not trust or understand it.

NOAR provides sales, rentals, implementation, and training around the systems it represents.

That service layer is especially important in AEC.

A contractor adopting autonomous layout or laser scanning may be changing processes that have worked the same way for decades.

Successful adoption therefore depends on more than product features.

It requires workflow design, onboarding, technical support, and proof that the new method works under real jobsite conditions.