How AI and Data Are Leveraged for the Paris Olympics

The opening ceremony of the Paris 2024 Olympics dazzled the world with its creativity and boldness. It put the Games and the city of Paris back in the spotlight.

The organizers created a spectacle that celebrated sport, culture, and technology. This choice reflected Paris 2024’s ambition to reinvent the Olympic experience.

The ceremony set the tone for the weeks that followed. It highlighted the organizers’ commitment to innovation and new experiences.

The Games also stood out for their use of artificial intelligence (AI) and Big Data. These technologies supported logistics, security, the spectator experience, and environmental sustainability.

This article explores how AI and data were used to create a more connected and efficient Olympic event.

Optimizing Logistics and Transportation

Organizing the Olympics requires detailed planning. Athletes, spectators, and organizers must move safely and efficiently between venues.

At Paris 2024, AI and Big Data supported logistics and transportation in several ways.

Traffic and Crowd Management

Managing traffic and crowds is a major challenge at any large sporting event. During the 2024 Olympics, AI-based technologies helped predict and manage crowd flows.

Real-time surveillance and analysis systems developed by Intel monitored crowd movements and helped predict traffic peaks.

Intel also tested the concept of “digital twinning.” This technology creates digital models that simulate movement around Olympic venues.

These models can help anticipate infrastructure needs and plan interventions before problems occur.

Route Planning for Athletes and Delegations

Athlete and delegation routes require precise coordination. Delays can affect schedules and the smooth running of competitions.

Paris 2024 implemented an autonomous shuttle system called UrbanLoop.

AI helped improve the energy efficiency of the UrbanLoop shuttles. IoT sensors and machine learning systems monitored and optimized vehicle energy consumption.

Keolis, the operator of UrbanLoop, announced a cost per kilometer of less than €0.01.

Predictive Analysis for Ticket Sales

Ticket sales were another important focus during the Games. Demand and pricing had to be managed carefully to balance revenue and accessibility.

Predictive analysis can help forecast demand and adjust prices in real time. Dynamic pricing algorithms can consider demand, events, and previous purchasing behavior.

Enhancing the Spectator Experience

Personalizing the spectator experience was another area where AI and data played an important role.

Paris 2024 made an official app available to spectators. It provided personalized recommendations based on preferences and behavior.

Tracking and analysis technologies also helped create a more immersive experience.

Real-Time Athlete Performance Tracking

Real-time athlete performance tracking was one of the most visible innovations.

Intel’s 3D Athlete Tracking (3DAT) technology analyzed and broadcast athletes’ movements. Ultra-HD cameras and advanced algorithms captured data on speed, acceleration, and biomechanics.

The technology was used in sports such as swimming and athletics. Viewers could see visual representations of athletes’ performances and better understand the action.

In partnership with OMEGA, the Olympic Broadcasting Service (OBS) used AI to provide faster and more relevant data during the Games.

For example, intelligent strobe analysis was applied to diving, athletics, and artistic gymnastics. It helped spectators understand athletes’ movements and biomechanics.

AI-based motion tracking also helped commentators and spectators follow athletes’ positions in many disciplines, including:

• canoe sprint and rowing;
• marathon, race walking, and road cycling;
• mountain biking and open-water swimming;
• sailing and triathlon.

Augmented Reality for TV Viewers

Augmented reality helped enhance television broadcasts of the Paris 2024 Olympics.

Broadcasters and technology partners such as Intel and Alibaba used it to overlay real-time data on television images. Viewers could see performance statistics, world-record comparisons, and contextual explanations.

Multi-camera replay systems also used AI-generated re-enactments. They created three-dimensional views and additional camera angles for 21 sports and disciplines.

Live 8K Broadcasting

Live 8K broadcasting was another notable innovation. Intel used Xeon processors to support high-resolution broadcasts with low latency.

The technology captured more detail for viewers and illustrated how high-resolution broadcasting could make sporting events more immersive.

Automatic Highlights Generation

AI was also used to automate the creation of competition highlights.

The Automatic Highlights Generation system, based on the Intel Geti platform, compiled key moments from 14 sports and disciplines according to broadcasters’ preferences.

This made it possible to produce personalized summaries of the Games more quickly.

Security and Risk Management

Security is a major priority at any Olympic event. Athletes, spectators, staff, and venues all need protection.

At Paris 2024, AI and Big Data supported prevention, detection, and incident response.

Intelligent Video Surveillance

AI-based surveillance systems were deployed to detect abnormal behavior and potentially dangerous situations in real time.

These systems analyzed images from surveillance cameras and identified anomalies that could indicate a security risk.

Samsung also equipped the boats used during the opening ceremony with Galaxy S24 devices. The devices supported live streaming and communication more than surveillance.

Predictive Analysis for Incident Prevention

Predictive models can combine historical and real-time data to anticipate risks. For example, data on spectator flows, weather conditions, and past incidents can highlight high-risk areas and periods.

AI was also used to protect athletes from online abuse. An IOC system monitored social media accounts and flagged abusive messages before athletes saw them.

The system could monitor thousands of accounts on major platforms. Identified threats were reported to the relevant platforms for intervention.

AI and IoT sensors can also support the physical security of Olympic sites. They can monitor infrastructure and detect signs of failure or sabotage.

The 2024 Olympics gave police the opportunity to test VSA, or algorithmic video surveillance. The technology was controversial because of its potential impact on privacy.

Cameras, including cameras mounted on National Police drones, could detect abandoned objects, unusual crowd movements, or suspicious behavior. When a potential incident was detected, authorities could be alerted for rapid intervention.

Sustainability and Environmental Impact

The Paris 2024 Olympics placed sustainability and environmental impact at the heart of the event.

AI, IoT, and data analysis supported several initiatives in this area.

Optimizing Energy Consumption

Energy consumption is a major challenge for an event of this scale. At Paris 2024, IoT systems and machine learning algorithms implemented by Intel and Atos monitored energy use in Olympic venues.

These technologies collected data in real time and supported decisions aimed at reducing unnecessary consumption.

Electricity production was supported by six wind farms and two photovoltaic parks. Several buildings also had solar panels, including the aquatic center, which was covered by 4,600 m² of panels.

Intelligent Waste Management

Connected bins equipped with IoT sensors monitored fill levels in real time. This data helped optimize waste collection routes.

Analyzing the type and quantity of waste also helped identify opportunities to reduce waste at the source and improve recycling.

Sustainability Initiatives

The organizers promoted public transport and soft mobility, including cycling and walking. These options helped reduce emissions linked to spectator and participant travel.

Other initiatives included manufacturing 11,000 folding seats from recycled plastic. The seats were produced at the Aubervilliers factory for the Arena Porte de la Chapelle and the Olympic aquatic center in Saint-Denis.

Innovations That Could Become Norms?

The Paris 2024 Olympics demonstrated how AI and Big Data can support a major sporting event.

The applications ranged from transportation and personalized spectator experiences to television production, security, and sustainability.

The Games also showed how data can contribute to a more efficient, safer, and more sustainable future for global sporting events.

This technological legacy could inspire future editions of the Olympics and influence how large events are organized.