Remote Production and Augmented Reality: How to Reinvent Live Sports Entertainment

The media industry is undergoing a period of structural transformation. At Dreamwall, our mission is to push the boundaries of immersion and entertainment, whether for traditional broadcasters or new distribution formats. Recently, our teams took on a large-scale project. At first glance, the mission involved the standard broadcast of a Pro League final in the United Arab Emirates. However, the ambition quickly evolved: to transform this football match into an unprecedented narrative experience, entirely designed for a young audience, by telling a parallel story in real time.

This project marks a key milestone in our ability to combine cutting-edge graphic creation with rigorous technical agility when faced with complex production constraints.

The consumption habits of young viewers differ fundamentally from those of previous generations. This audience favors gamification and interactive storytelling. For this specific project, the goal wasn't merely to overlay graphics onto an existing video feed. It was about building a complete universe capable of sustaining children's engagement throughout the sporting event.

Our creative teams developed a specific narrative around a central character: Robogol, a robot who came to collect the emotional energy of the match to save his galaxy. Around this protagonist, a complete visual ecosystem was deployed live:

• 3D mascots fully modeled, rigged, and animated in-house at our studio;
• Around twenty scripted vignettes to pace the different moments of the match;
• Dynamic graphic overlays triggered by real game events (goals, cards, injuries, substitutions);
• Spoken interventions by the mascots before, during, and after the match, made possible by an artificial intelligence developed jointly with our partner.

Strategic note: Adapting sports content for children allows broadcasters to rejuvenate their audience and create new, highly targeted advertising inventories.

Beyond the artistic creation, the production methodology represented the most significant shift for our technical teams. Initially planned to be operated on-site in the United Arab Emirates, the project was entirely reconfigured remotely for logistical reasons. We therefore switched to a remote production model, with the overall directing and execution handled from our studios in Belgium.

To guarantee technical feasibility and absolute broadcast security (100% airtime security), our engineers implemented a rigorous workflow structured around two main axes:

1. Securing Transmission via the SRT Protocol

The foundation of a successful remote production relies on the reliability of signal transport. We configured the live reception of 4 dedicated video feeds from the stadium to our Belgian control room using the SRT (Secure Reliable Transport) protocol:

• • The PGM Dirty feed (program with local graphics);
  • The PGM Clean feed (neutral program);
  • The AR Cam 1 (dedicated to augmented reality);
  • The Beauty Cam (wide ambient shot).

2. Latency Management and AR Tracking Adaptation

Geographical distance introduces an unavoidable technical latency, estimated in this case between 5 and 10 seconds for the signal round trip. In a standard setup, using mobile tracking cameras with fluid live movements presents a major risk of visual instability (jitter).

To eliminate any risk of image dropout, we made the strategic decision to use fixed wide-angle cameras for augmented reality (AR) integration. This technical choice ensured a stable, fluid, and high-quality visual output for viewers, without any break in immersion. All the "Kids Mode" graphics were thus controlled in real time from Belgium.

On this project, Dreamwall's intervention covered the entire value chain, from a blank page to final broadcast on screens. Our added value lies in this ability to converge remote broadcast engineering with real-time artistic creation.

Our precise scope of action included the following steps:

• Graphic Design: 3D modeling, rigging, and character animation.
• Scripting: Writing the Robogol universe and creating the 20 contextual animations.
• Data Integration: Connecting the match's statistical data feeds to automatically trigger augmented reality animations.
• Infrastructure: Configuring and securing the international SRT transmission workflow.
• Live Directing: Controlling and switching live graphic elements from our control room.
• AI Innovation: Integrating the artificial intelligence solution to generate the mascots' dialogues.

This project demonstrates that no geographical or technological constraint is insurmountable when collective reliability and technical mastery are aligned. Testing, adjusting, and validating new workflows opens up concrete perspectives for the future of television broadcasting.

Positive feedback from broadcasters and the audience validates the relevance of this business and technical model. This international collaboration confirms Dreamwall's ability to transform a heavy logistical constraint into a value-creation opportunity, all while consolidating our positioning in the audiovisual formats of tomorrow.

What is "Kids Mode" applied to a football match?

"Kids Mode" is a visual, graphic, and narrative interface superimposed onto the traditional video feed of a live match. Thanks to augmented reality, animated 3D mascots and playful graphic elements react instantly to game actions (goals, fouls) to captivate a young audience.

How does remote production work for an international event?

Instead of deploying heavy mobile control rooms and large production crews on-site, the video feeds captured at the stadium are encoded and securely transmitted (typically via the SRT protocol) to a centralized production center, such as our studios in Belgium. This is where the graphics, augmented reality, and final directing are executed before broadcast.

How do you manage network latency during live AR integration?

To compensate for a network latency of 5 to 10 seconds due to distance, using fixed wide-angle cameras is recommended for integrating augmented reality elements. This prevents the tracking errors and jitter that might be observed with mobile cameras, thereby guaranteeing perfect visual stability on air.

What is the added value of artificial intelligence in a live production?

In the context of this project, artificial intelligence allows 3D characters to generate dialogues and interventions autonomously and in context. The mascots react vocally to match events before, during, and after the game, enriching the program's interactivity without overloading traditional editorial teams.