Skyline PhotoMesh / PhotoMesh Fuser 8.0.2 Build 41012

Skyline PhotoMesh is photogrammetry software that fully automates the creation of high-resolution, textured 3D mesh models from standard 2D photos and videos. The software uses advanced photogrammetry algorithms, computer vision, and computational geometry to create detailed 3D models that can be viewed and analyzed in 3D GIS environments such as TerraExplorer or CityBuilder. The software supports a wide range of input data, including aerial photos, lidar, and video, and can export to many popular 3D formats such as 3DML, OBJ, DAE, Cesium 3D Tiles, etc.

Key features:

3D Maps

Convert aerial and ground-based photos and Lidar collections into city-scale digital twins with advanced color balancing and textures high-quality, 3D mesh and point cloud formats. With survey-grade georeferenced accuracy, PhotoMesh can be used for urban planning, infrastructure and engineering project management, inspection, and 3D GIS applications.

Digital Twin

PhotoMesh supports close-range photogrammetry, creating point cloud and mesh models with submillimeter accuracy. These models can be leveraged for virtual industrial inspection and asset management, eliminating the risk of human error, at a fraction of the time and cost of traditional on-site inspection methods. PhotoMesh's 3D output range can also support custom AI and machine learning analytics tools.

2D Maps

Fully automated, high-quality generation of multispectral photorealistic orthophotos, Digital Surface Models (DSMs), and Digital Terrain Models (DTMs). PhotoMesh's 2D mapping output can be used across a variety of industries, including agriculture and urban mapping, and supports custom AI-powered analytics tools.

High Quality
PhotoMesh generates complete 3D mesh models, accurately reproducing even small details like cars, trees, fences, and walls - all with advanced color balancing and high-quality textures.

Production Automation
A powerful REST API allows developers to create, monitor, and manage project queues, and automate PhotoMesh's production workflow across local machines, remote servers, and the cloud.

Scalability
PhotoMesh efficiently processes even hundreds of thousands of images with its sophisticated image stitching engine. PhotoMesh exploits multi-computer (fuser) architecture to accelerate database creation, running a project concurrently on hundreds of machines.

High Performance
PhotoMesh can run efficient algorithms smoothly on standard GPUs, or exploit multi-core and multi-computer processing capabilities to accelerate database creation. A single project can run concurrently on hundreds of fusers, processing tens of square kilometers per day.

Cloud Ready
PhotoMesh can exploit computer clusters and cloud computing to run a project concurrently on hundreds of inkjet printers. Sharing the workload involved in generating PhotoMesh output significantly speeds up the build process.

Usability
Intuitive GUI and powerful, flexible tools for accurately evaluating and adjusting your input and AT data, including: coverage maps, photo connectivity maps, Lidar data integration, control points, photo projections on terrain and Lidar, and much more.