Drone Photogrammetry Creates Engineering-Grade Digital Twins
American autonomous drone maker Skyfish has announced technical integration with Sony Electronicsā Alpha series mirrorless cameras, to deliver high-quality data capture and drone-enabled photogrammetry ā the science of leveraging photography, proprietary algorithms, and accurate metadata to create precise 3D models or digital twins of large infrastructure.
TheĀ SkyfishĀ autonomous work drone platform is now deeply integrated withĀ Sonyās Alpha series cameras to collect the data needed to create precise 3D models, or ‘digital twins’ of large infrastructure. Designed for precise engineering use cases, Skyfish 3D infrastructure models are measurable and accurate to within 1/32 of an inch.
Engineering-grade photogrammetry applications include 3D modeling for precision inspection, measurement and analysis of physical features including cellular towers, bridges and roadways, wind turbines, airports, power lines and energy infrastructure.
āWe appreciate the close working relationship and deep technical integration of Sonyās Alpha series cameras,ā noted Dr. Orest Pilskalns, CEO of Skyfish. āThe unique ability to remotely control a flying 61-megapixel camera in real-time lets us manage ISO, shutter speed, EVO and zoom while in flight, and collect the data and images required to generate highly accurate 3D photogrammetry models. The high-quality data collected can then be stored, viewed, shared and exported in various formats from Skyportal, our secure, AWS-powered, customer data center.ā
āWith the integration of Sony Alpha cameras, the engineering-grade photogrammetry platform from Skyfish sets the market-tested standard for 3D modeling, inspection, measurement and analysis of critical infrastructure,ā said John Monti, Director Industrial Camera Solutions, Sony Electronics Inc. āWe greatly value our work with Skyfish as one of the leading implementations for commercial inspection and mapping, the demand for which is booming.ā
For more information:Ā www.skyfish.ai
