SoccerNet 2026 Challenges Results
Abstract
The SoccerNet 2026 Challenges constitute the sixth annual edition of the SoccerNet open benchmarking effort, dedicated to advancing computer vision research in sports video understanding. This year's challenges span five vision-based tasks: (1) Ball Action Anticipation, predicting the timing and class of ball-related actions within a short future window from a preceding observation window; (2) Player-Centric Ball Action Spotting, temporally localizing and classifying ball-related actions while assigning each action to the acting player through team affiliation and jersey number; (3) Novel View Synthesis, rendering images from unobserved camera poses in multi-view football scenes; (4) Spiideo SoccerNet Synloc, localizing athletes in real-world pitch coordinates from a single calibrated static-camera image; and (5) Visual Question Answering, answering multiple-choice questions about football broadcasts across text, image, and video inputs. For each task, participants were provided with annotated data, a unified evaluation protocol, and a public baseline. This edition saw broad participation, with 427 teams submitting 1,129 entries across the five tasks and 28 teams contributing reviewed technical reports. This paper describes each task and its evaluation protocol, presents the challenge leaderboards, and summarizes the leading submissions, with the aim of documenting the current state of each task as measured on held-out challenge data.
Cite
@article{arxiv.2607.07320,
title = {SoccerNet 2026 Challenges Results},
author = {Anthony Cioppa and Silvio Giancola and Håkan Ardö and Mohamad Dalal and Jan Held and Jérémie Ochin and Jiayuan Rao and Karen Sanchez and Renaud Vandeghen and Artur Xarles and Olivier Barnich and Albert Clapés and Mathieu Delvaux and Sergio Escalera and Bernard Ghanem and Cédric Hons and Antoine Houet and Sotiris Manitsaris and Tom Michel and Pierre Miralles and Thomas B. Moeslund and Mikael Nilsson and Bogdan Stanciulescu and Marc Van Droogenbroeck and Yanfeng Wang and Weidi Xie and Faisal Altawijri and Mohamed Atef and Semen Budennyy and Vasiliy Chelpanov and Puhua Chen and Yixin Chen and Lechao Cheng and Jianling Chu and Ju-Seong Do and Oleg Durygin and Omar Fetouh and Mirco Fuchs and Youssef Ghallab and Falguni Ghosh and Wonjun Heo and Yufeng Hu and Weixuan Huang and Phuong-Linh Huynh-Ha and Matvey Isupov and Yangguang Ji and Siyuan Jiang and Zhenxiang Jiang and Wonyong Jo and Ho-Young Jung and SeongHeon Kang and MinJae Kim and Youngseon Kim and Jakub Komosa and Artem Konshin and Trung-Hoang Le and Jongmin Lee and Lingling Li and Litao Li and Vadim Linkov and Fang Liu and Haoxuan Ma and Shun Makino and Ismail Mathkour and Konstantin Mitin and Mikhail Moiseev and Takumi Nagaya and Yuki Nakamura and Thanh-Khoi Nguyen and Hoang-Phuc Nguyen and Trong-Thuan Nguyen and Christian Orduz and Kwanyong Park and Fabian Perez and Parthsarthi Rawat and SuHyun Rim and Hoover Rueda-Chacón and Atom Scott and Minori Sugimura and Yuyang Sun and Shengeng Tang and Minh-Triet Tran and Ikuma Uchida and Juan Vanegas and Thanh-Nhan Vo and Jiangtao Wang and Yaxiong Wang and Xiaogang Wang and Ruifeng Wang and Rio Watanabe and Jiali Wen and Yongliang Wu and Di Yang and Xu Yang and Zhuo Yang and Xinyu Ye and Yibo Yu and Zihan Zhai and Yu Zhang and Zhenyu Zhao and Zhun Zhong and Yixi Zhou and Xingyu Zhu and Wenbo Zhu and Julian Ziegler},
journal= {arXiv preprint arXiv:2607.07320},
year = {2026}
}
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40 pages