Texas-based reality capture and videogrammetry platform SkyeBrowse has rolled out a major software update designed to transform how inspectors, public safety agencies, and construction teams assess storm damage and execute mapping workflows. The latest release introduces sophisticated artificial intelligence tools tailored for roof inspections, alongside expanded geographic information system (GIS) export capabilities and rigorous survey correction features. By streamlining the conversion of standard drone video footage into actionable 3D models and 2D maps, the new tools aim to drastically reduce the time, labor, and physical risks associated with traditional structural assessments.

At the core of the update is a specialized approach to videogrammetry, a technology that extracts three-dimensional data from two-dimensional video streams. SkyeBrowse has built its reputation on making 3D modeling accessible to industries that require rapid, reliable data capture without the steep learning curve or high costs associated with traditional photogrammetry software. Its user base spans emergency responders investigating accident scenes, commercial drone operators mapping sprawling industrial sites, and construction crews monitoring daily progress. This latest expansion builds directly on that foundation, pushing the platform further into automated analytics and professional reporting.

Roof Measurements and AI Damage Detection

One of the most significant additions in the new release is the Roof Damage Analysis tool, which is engineered to measure structures and screen for potential damage using data gathered from a single, automated drone flight. Following a flight, the pilot uploads the video footage to the SkyeBrowse platform, which automatically generates a precise 3D model of the building and isolates the roof structure.

Once the model is generated, the software automatically calculates critical architectural metrics, including total roof area, pitch, and the dimensions of individual sections, or facets. It also measures linear features such as ridges, valleys, and eaves—measurements that are essential for contractors and insurance adjusters preparing accurate repair and replacement estimates. Users retain full control over the output, with the ability to manually adjust and refine the measurements within the interface as needed.

Bobby Ouyang, Co-Founder and CEO of SkyeBrowse, emphasized the operational and safety implications of the new tool during the rollout. Highlighting the logistical challenges faced by inspection teams in the aftermath of severe weather events, Ouyang noted that crews are frequently overwhelmed by the sheer volume of properties requiring evaluation against a limited supply of safety equipment.

According to Ouyang, after a major storm strikes a region, an inspection crew might find themselves facing twenty damaged roofs but possessing only a single ladder. The newly introduced Roof Damage Analysis tool addresses this bottleneck by measuring the roof and screening it for vulnerabilities from a single flight, allowing inspectors to know precisely where to look before anyone climbs onto the structure. In the view of SkyeBrowse leadership, a ladder should consistently serve as the absolute last step of a comprehensive roof inspection rather than the initial exploratory measure.

To accelerate the evaluation process further, the platform includes an AI damage scan capable of reviewing up to 16 distinct video frames and eight supplementary photographs in approximately 20 seconds. This automated scan evaluates the imagery to identify potential indicators of severe weather impacts, such as hail dents, wind-stripped areas, missing shingles, and cracked tiles.

To maintain professional oversight and accountability, the system classifies its findings using cautious terminology, marking potential issues as either "Likely" or "Possible." Inspectors are required to review and approve each individual finding before it can be incorporated into an official report. The company stresses that the artificial intelligence functions strictly as an advanced screening and triage tool rather than an autonomous authority; it does not determine the underlying causes of damage, dictate insurance coverage parameters, or establish definitive repair requirements.

To provide additional environmental context for property assessments, the platform integrates historical National Oceanic and Atmospheric Administration storm reports. This feature draws upon nearby hail, wind, and tornado events recorded over the previous year, giving inspectors valuable meteorological background. Finally, the system enables users to compile these data points into a comprehensive PDF report that includes accurate roof measurements, detailed diagrams, site photographs, historical storm data, and the reviewer’s formal approvals.

New GIS and Survey Tools

Beyond structural and damage assessments, SkyeBrowse has significantly broadened its mapping and data export options to integrate more seamlessly with standard GIS and computer-aided design (CAD) software used by professional surveyors and engineers.

The update enables users to export georeferenced 2D maps formatted specifically for compatibility with widely adopted industry applications, including ArcGIS, Google Earth, AutoCAD, Civil 3D, Global Mapper, and specialized emergency mapping platforms like SARTopo and CalTopo. This broad interoperability ensures that field data captured via drone can be instantly incorporated into existing institutional workflows without requiring complex file conversions or proprietary workarounds.

In addition to 2D map exports, the platform now supports DXF contour exports, allowing topographic maps generated from drone flights to be shared directly with survey and construction teams. These digital exchange files give technical personnel direct access to detailed elevation data within their preferred CAD software packages, facilitating site planning, grading analyses, and earthwork calculations.

Another major enhancement addresses the precision requirements of professional surveying by allowing users to correct 3D models using surveyed ground control points. In previous iterations of the platform, ground control points were utilized solely to verify model accuracy after generation without actively altering the underlying geometry.

With the new update, operators can directly align their 3D models with verified surveyed coordinates. These geometric corrections automatically propagate through all subsequent measurements, spatial annotations, and exported file formats. To ensure quality control, the platform still permits the use of independent check points to verify the overall accuracy of the adjusted models.

Building on Recent Mapping Updates

The rollout of these advanced inspection and GIS capabilities follows a steady cadence of feature additions to the SkyeBrowse platform over recent months. In October, the company introduced a feature known as Timelines, which gives users the ability to compare up to 10 separate surveys of the exact same site captured over different periods. That release also delivered dedicated construction tools designed to measure earthwork volumes, material stockpiles, and terrain shifts over time.

Earlier in September, SkyeBrowse rolled out specialized artificial intelligence tools focused on vehicle damage analysis and crowd-counting applications. Taken together, these progressive updates illustrate the company’s broader strategic evolution from a platform dedicated primarily to rapid 3D model creation into a comprehensive ecosystem for automated spatial analysis, precise measurement, and professional reporting.

The newly announced features, including Roof Damage Analysis, advanced survey corrections, topographic exports, and the Timelines comparison tool, are available immediately on SkyeBrowse Pro and Public Safety & Enterprise subscription plans. Pro tier models are priced at $49.99 each, with a discounted rate of $39.99 per model available for users opting for annual billing structures. The newly introduced 2D map export functionality is available on all models that natively support downloadable 2D map outputs. Additional details regarding subscription tiers and platform capabilities can be found directly through the SkyeBrowse website.