2024.08.08 News

NEXT-SYSTEM Launches English Website for VP-VideoAnalyzer: AI skleleton Analysis App

FUKUOKA, Japan – NEXT-SYSTEM Co. Ltd. is excited to announce the launch of its new English website, heralding the debut of their latest innovation, VP-VideoAnalyzer.

VP-VideoAnalyzer, powered by NEXT-SYSTEM’s proprietary AI Pose Estimation Engine VisionPose, is set to revolutionize skeletal analysis. The application will provide detailed insights into skeletal information, including joint angles and coordinates, making it an invaluable tool for sports form analysis, medical diagnostics, work posture evaluation, entertainment enhancements, or driving skills improvement.

Designed for simplicity and ease of use, VP-VideoAnalyzer will enable users to automatically detect and analyze skeletons from videos and images without the need for specialized equipment. It supports high-resolution 4K footage and features a user-friendly interface, with the added capability to export data as CSV files for in-depth analysis.

“At NEXT-SYSTEM, we are dedicated to pushing the boundaries of technology to provide solutions that simplify complex processes,” says Yoshio Fujita, founder and CEO of NEXT-SYSTEM. “With VP-VideoAnalyzer, we are excited to offer a tool that will not only enhance research and performance analysis but also make advanced skeletal analysis accessible to everyone. We believe this innovation will significantly impact various fields, fostering new advancements and applications.”

Explore the VP-VideoAnalyzer through the introductory video:

For more details, visit the VP-VideoAnalyzer website at https://www.next-system.com/en/vp-videoanalyzer.

Additionally, VP-VideoAnalyzer has been used to analyze complex yoga poses. It quantifies details like joint angles and body alignment often missed by the naked eye, providing an objective assessment of pose accuracy.

Please note that VP-VideoAnalyzer is not yet available for purchase. NEXT-SYSTEM is finalizing the product for future release. This advanced tool represents a significant leap forward in skeletal analysis technology, poised to support professionals and researchers in obtaining precise insights and advancing their work.