Foot scanning technology and orthotics leader Aetrex Worldwide this week showcased the next generation of the company’s 3D foot scanner, Albert

AI steps into 3D foot scanning

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2021-05-27 18:36:56

Foot scanning technology and orthotics leader Aetrex Worldwide this week showcased the next generation of the company’s 3D foot scanner, Albert 2, at CES 2021. 

Albert 2 combines computer vision, machine learning, natural language processing and cloud analytics to deliver what it claims to be  “the most advanced foot scanning system in the world”. It integrates cutting-edge technologies from tech pioneers like Intel RealSense and Samsung’s Harman, to help consumers find the right fitting footwear and orthotics, as well as provide an enhanced in-store experience. 

“Our goal with Albert 2 was to create an unmatched, all-in-one foot scanning solution that incorporates the best technologies available, while creating a quick, easy to use, seamless experience for the customer and the retailer,” says Larry Schwartz, CEO of Aetrex. “By integrating tech offerings from Intel and Harman, we are able to create a retail tool that’s unlike anything on the market today. Albert 2 captures the most comprehensive and accurate foot scan data, while creating an engaging, personalized experience for consumers. Plus, Aetrex Orthotic recommendations are integrated into the foot scanning process and software, creating an easy add-on sale for retailers.”

To guarantee a holistic 3D capture of every foot scanned, Albert 2 features four Intel RealSense depth cameras and 5,184 gold plated sensors. The Intel RealSense depth camera D415 has been a breakthrough technology in a variety of hi-tech products and applications, such as robotics, 3D scanning, drones and object measurements. These cameras provide highly accurate 3D scanning capabilities and depth quality per degree with a rolling shutter on the depth sensor. The D415 has a tightly focused field of view, giving Albert 2 the ability to create a 3D rendering of the foot and provide any key measurement desired (length, width, girth, etc.) at the highest accuracy possible.

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