A Higher Level of Interaction: How Artificial Intelligence and Open Source Software Enrich the Fan Experience at Wimbledon

For tennis fans, Wimbledon is associated with elegance, grass courts and strawberries and cream. The world's oldest tennis tournament is deeply attached to tradition. However, it turns out that the organisers are not closed off to innovative technologies. The tournament's technology partner, IBM, using the open source software Red Hat OpenShift, is helping to improve the fan experience through the use of artificial intelligence.

Wimbledon open to innovation

Wimbledon open to innovation

During this year's Wimbledon, two significant updates were unveiled. For the first time in history, thanks to the capabilities offered by IBM Watson, match broadcasts were enriched with commentary generated by artificial intelligence. As a result, fans can receive AI-generated narration for the most interesting moments of a match, both in audio and subtitle form. This gives the impression of watching a live broadcast while simultaneously being able to follow the action on different courts.

Another innovation is the IBM AI Draw Analysis feature, which introduces a new dimension to tennis match analysis. For each player, a rating is generated that determines the likelihood of advancing and playing in the final. Tennis fans therefore have a fuller picture of the athletes' current form.

Red Hat OpenShift at Wimbledon

Red Hat OpenShift at Wimbledon

Red Hat OpenShift plays an important role at this year's Wimbledon. Thanks to the flexible platform and containerisation, IBM developers are able to quickly build and scale new applications, using both public and private clouds. Huge amounts of data are processed in real time, and the need for flexibility and integration of data from various sources becomes crucial.

Thanks to Red Hat OpenShift, IBM was able to create and train an artificial intelligence-based commentary system within a few weeks. This platform allows developers greater creativity and makes it possible to scale applications across different clouds, focusing on deploying intelligent solutions.

During the event, nearly three million data points are generated, which must be analysed at the right time and responded to – from crowd cheers and scores that influence the content of key commentary, to unstructured data such as sentiment in the media.

Artificial intelligence and major sporting events

Artificial intelligence and major sporting events

Major sporting events attract millions of fans from around the world, and artificial intelligence (AI) is becoming increasingly influential in shaping these events. From enhancing live broadcasts to interactive experiences for fans, AI is changing the face of sporting events, creating new opportunities and raising the quality of the fan experience.

Artificial intelligence has enormous potential to revolutionise major sporting events by delivering personalised experiences, enhancing live broadcasts, and providing greater safety and support for athletes. The future of sporting events looks exciting, and the role of artificial intelligence will become increasingly important, raising the level of the fan experience at future sporting events.

Key concepts from the article

AI — Artificial Intelligence. A set of methods and systems performing tasks that usually require human reasoning, learning, perception or content generation. In HEXX AI CMS it includes language models, document analysis and automations.

Why it matters: It takes over repetitive tasks — transcriptions, descriptions, translations, selection — and shortens the path from idea to publication. In an editorial office, it means more time for work that a machine cannot do: evaluation, contacts, decisions.

When it is used: For generating and editing content, document analysis, transcription, translation and automating the flow of materials.

What happens if you skip it: Without AI, the team manually performs bulk work (photo descriptions, language versions, summaries), while the competition publishes faster and more cheaply.

Summary

For the first time in its history, Wimbledon enriched its broadcasts with commentary generated by IBM Watson artificial intelligence and the IBM AI Draw Analysis feature, which assesses players' chances of reaching the final. The Red Hat OpenShift platform played a key role, enabling the rapid creation and scaling of applications. During the event, nearly three million data points are generated and analysed in real time, which shows how advanced technologies support fans and organisers. It is proof that even the most traditional events can successfully combine with modern solutions.