Thank you for your question. We have decided that we will deliver only data extracted using our optical tracking technologies. Optical tracking can deliver real-time data without the need to develop a hybrid system of video and sensors on the players. That combined with trends in the industry to use location sensors for training and development purposes and optical tracking for official matches makes hybrid systems a bit redundant.
Thank you for your question. The technologies used by Ubitrack have already found application in traffic monitoring and control, autonomous vehicles, security and more. Ubitrack is concentrated on extracting sports tracking and events data. At the moment we are concentrated on data from football, but will soon offer the services to sports like rugby, American football, lacrosse and ice hockey.
Thank you for your question. Ubitrack develops and implements optical tracking technology. In short we implement AI to video to extract the data. We do not use sensors, apart from of course the camera sensors and therefore we don`t do any calibration of sensors. But we have no control over the video recording. As long as the camera position is high enough and the video quality allows for the identification of the players our algorithms will extract the data.
Thank you for your question. Ubitrack has been involved in a few exciting projects where tracking data has been required for to feed innovative solutions. One was a comparative test in the Italian Serie A where Ubitrack delivered full tracking data for performance analyses purposes. The test concluded that Ubitrack delivers high accuracy data for the players of both teams, the ball and the referees.
Other case is using tracking data to simulate fan responses. One application is applying realistic fan sounds to youth tournaments videos, so they are more appealing and therefore improve fan-engagement. The tech has been demonstrated at Wembley Stadium.
How does Ubitrack utilize sensor fusion to track objects or people in real-time?
Thank you for your question. We have decided that we will deliver only data extracted using our optical tracking technologies. Optical tracking can deliver real-time data without the need to develop a hybrid system of video and sensors on the players. That combined with trends in the industry to use location sensors for training and development purposes and optical tracking for official matches makes hybrid systems a bit redundant.
What industries or domains can benefit from using Ubitrack for tracking applications?
Thank you for your question. The technologies used by Ubitrack have already found application in traffic monitoring and control, autonomous vehicles, security and more. Ubitrack is concentrated on extracting sports tracking and events data. At the moment we are concentrated on data from football, but will soon offer the services to sports like rugby, American football, lacrosse and ice hockey.
Can you explain the process of calibrating sensors in Ubitrack and how it contributes to accurate tracking results?
Thank you for your question. Ubitrack develops and implements optical tracking technology. In short we implement AI to video to extract the data. We do not use sensors, apart from of course the camera sensors and therefore we don`t do any calibration of sensors. But we have no control over the video recording. As long as the camera position is high enough and the video quality allows for the identification of the players our algorithms will extract the data.
Are there any notable case studies or success stories where Ubitrack has been implemented effectively for tracking purposes?
Thank you for your question. Ubitrack has been involved in a few exciting projects where tracking data has been required for to feed innovative solutions. One was a comparative test in the Italian Serie A where Ubitrack delivered full tracking data for performance analyses purposes. The test concluded that Ubitrack delivers high accuracy data for the players of both teams, the ball and the referees.
Other case is using tracking data to simulate fan responses. One application is applying realistic fan sounds to youth tournaments videos, so they are more appealing and therefore improve fan-engagement. The tech has been demonstrated at Wembley Stadium.