Outsight Selected for Advancing People Flow Understanding at Olympic Venues

Frequently Asked Questions

• What specific crowd management challenges do Olympic venues face that airports don't?

  Olympic venues concentrate extreme peak loads into discrete multi-hour windows, often with no prior operational history for that facility. Airports run repeating daily schedules that allow staffing models to be refined over months. A stadium hosting an opening ceremony may see its entire capacity arrive and depart within 90 minutes, with no equivalent dry-run period. That compresses the window for detecting bottlenecks and adjusting staff deployment, making real-time spatial intelligence far more operationally critical than historical analytics. Outsight addresses exactly this constraint through its Motional Digital Twin, which builds a live, anonymous 3D replica of crowd movement with sub-50ms latency, giving venue operators actionable awareness in the moment rather than after the fact.

• How does LiDAR-based people counting handle temporary structures at event venues?

  Because LiDAR sensors capture live 3D geometry, the system builds its spatial reference from the actual environment at installation time rather than from a pre-existing BIM. Temporary fencing, staging, barriers, and tent structures are mapped as part of the site's occupancy mesh. This is central to how Outsight's Motional Digital Twin operates: the infrastructure-mounted sensors continuously reconstruct the real physical environment, so a reconfigured venue floor plan is reflected in the digital twin without replacing hardware. Any change to the physical layout that affects sensor sight lines can be recalibrated through software alone, which matters at venues where the configuration shifts between events and crowd dynamics change with each use.

• Is LiDAR-based flow monitoring approved for use under French data protection law at public events?

  LiDAR sensors capture geometric point clouds, recording the shape, position, and motion of objects rather than images, faces, or any biometric identifiers. Under GDPR and French data protection law, personal data is defined by whether a natural person can be identified. Because 3D point clouds contain no facial features, license plates, or other identifiers, they do not constitute personal data at the point of capture, removing the legal basis for a data-protection objection. This structural property, rather than a post-processing anonymization step, is what distinguishes LiDAR from camera analytics. Outsight's Motional Digital Twin is built on this same principle: anonymity is a function of the sensor modality itself, making the system anonymous by definition rather than by policy, a characteristic that supported its selection for people flow monitoring at Olympic venues in France.

• What KPIs does a spatial intelligence platform surface for stadium zone management?

  Zone-level KPIs typically include occupancy count and density, ingress and egress throughput rates, dwell time distributions, queue length and estimated wait time, and anomaly flags such as sudden stops or reverse flows. Each zone is operator-defined, so a concourse, a gate funnel, a concession corridor, and an emergency exit can each carry distinct thresholds that trigger alerts independently. Outsight's SHIFT platform surfaces exactly this layer through its Motional Digital Twin, building a real-time 3D replica of how people move through each defined zone without capturing faces or biometric data. The same data feeds both a live operations dashboard and a post-event replay layer for debriefing, a capability recognized when Outsight was selected for people counting and flow monitoring at Olympic venues.

• What is the France 2030 initiative and why does it fund LiDAR deployments?

  France 2030 is a French government investment plan targeting strategic industries and technological sovereignty. It funds projects at the intersection of industrial competitiveness and public-interest outcomes, including smart infrastructure that reduces the need for camera surveillance in sensitive public spaces. LiDAR-based people flow monitoring qualifies because it addresses both the security and operational demands of large public events and the privacy requirements that camera-based alternatives struggle to meet under French and European regulation. Outsight's selection for people flow monitoring at Olympic venues reflects exactly this rationale: its Infrastructure-based Physical AI approach uses LiDAR to capture shape and motion anonymously, never collecting faces or biometric data, aligning with the privacy-by-design criteria that France 2030 prioritizes for public-space deployments.

• Can the same LiDAR deployment used during an Olympics be repurposed for regular stadium operations afterward?

  Yes. Sensors mounted in fixed infrastructure serve any event the venue hosts after the games. The operator-defined zones, KPI thresholds, and alert rules are reconfigured per event without new hardware. This is precisely how the Outsight SHIFT platform is architected: because sensing is infrastructure-based rather than event-specific, a deployment sized for Olympic peak loads carries excess capacity for typical league matches, which can be traded for reduced processing cost by running the analytics pipeline at a lower delivery rate. Historical data from the games also becomes a planning baseline for future event staffing and layout decisions, giving venue operators a persistent Motional Digital Twin that grows more accurate with every event it observes.

• Which region presented the Olympic LiDAR award, and what did it recognize?

  The award was presented by the Île-de-France region. It celebrates Outsight's innovative contributions to people flow monitoring, security and privacy at large-scale sporting events, particularly the 2024 Paris Olympics. The recognition covers Outsight's Olympic LiDAR project for people counting and flow monitoring in sport venues. It adds to a long list of awards Outsight had already received, and the project was funded by the French government as part of the France 2030 initiative.

• How does the Olympic LiDAR system track spectators at sports venues without identifying them?

  The Olympic LiDAR project relies on Outsight's Spatial Intelligence Platform built on 3D LiDAR, which uses laser light to measure distances and create detailed 3D maps. LiDAR captures no images or personal identifiers, so it records no facial features or other sensitive information. The position of each visitor is known precisely while the person remains completely anonymous. Stadium staff therefore get real-time spectator flow data in a fully anonymous manner, which suits privacy-conscious applications.

• What did Raul Bravo say about 3D LiDAR as an alternative to cameras when accepting the Olympic LiDAR award?

  Raul Bravo, President Founder of Outsight, said that for the first time there is an alternative to capturing images with cameras, using 3D LiDAR sensors that only capture anonymous laser points. He noted that these sensors had become price-competitive and highly performant compared with the situation two years earlier. He added that the award recognizes the maturity of the technology, already deployed at scale in many markets, and its interest for sports venues that need a precise understanding of people flow for operations, visitor experience and safety.

• Why had 3D LiDAR become a practical option for Olympic and stadium crowd monitoring by 2024?

  According to Outsight's President Founder Raul Bravo, 3D LiDAR sensors had become price-competitive and highly performant compared with the situation two years earlier. The technology was already being deployed at scale in many markets, which demonstrated its maturity. At the same time, France's run of high-profile sporting events culminating in the 2024 Olympics raised demand for smart people flow monitoring and secure, efficient environments for spectators. Anonymous 3D tracking answered that demand while preserving privacy.

• Does the Olympic LiDAR people flow solution work with sensors from any manufacturer?

  Yes. Outsight's software is compatible with any LiDAR sensor from various manufacturers and transforms raw data into actionable insights. This seamless integration allows for precise tracking and management of people and vehicles in complex environments. Outsight lists stadiums, tourism sites, transportation hubs and parking areas among these environments. Its Spatial Intelligence Platform provides real-time, anonymous tracking and a comprehensive overview of movements and interactions.

• Besides stadiums, where else can the Olympic LiDAR people and vehicle tracking technology be used?

  The technology behind Outsight's Olympic LiDAR project enables precise tracking and management of both people and vehicles in complex environments. Outsight cites stadiums, tourism sites, transportation hubs and parking areas as examples. In each of these settings, its Spatial Intelligence Platform provides real-time, anonymous tracking and a comprehensive overview of movements and interactions. The goals are better operational efficiency, crowd management and safety across the site.

• How does real-time LiDAR data help stadium staff respond to changing spectator flows during an event?

  Outsight's technology gives stadium personnel real-time data to monitor and manage spectator flows efficiently and in a fully anonymous manner. The Spatial Intelligence Platform generates detailed KPIs for different zones of interest on a single dashboard. With this view, operators can anticipate and respond to changing demands swiftly. The platform also provides a comprehensive overview of movements and interactions that supports operational efficiency, crowd management and safety.

• Does LiDAR-based spectator tracking at outdoor Olympic venues keep working at night or in bad weather?

  Outsight describes its LiDAR technology as offering superior perception in all lighting and weather conditions. LiDAR is a remote sensing technology that uses laser light to measure distances and create detailed 3D maps of environments. It tracks the position of individuals without capturing any personally identifiable information. Outsight states that this combination of anonymity and robust perception makes LiDAR an ideal choice for privacy-conscious applications such as people flow monitoring at sport venues.

• How widely was the LiDAR technology deployed at the time of the 2024 Olympic LiDAR award?

  At the time of the award in July 2024, Outsight's Spatial Intelligence solutions based on 3D LiDAR were deployed across four continents. Outsight said this recognition cemented its position as the leading innovator in the Spatial Intelligence domain. Its President Founder Raul Bravo also noted that the technology was already being deployed at scale in many markets. The award followed many others that Outsight had already received, and the Olympic LiDAR project itself was funded under the French government's France 2030 initiative.

• Why did France's 2024 Olympics raise the need for smarter people flow monitoring at venues?

  France was preparing to host numerous high-profile sporting events, culminating in the 2024 Paris Olympics. This placed unprecedented demand on its infrastructure to provide smart people flow monitoring and secure, efficient and technologically advanced environments for spectators. Venues needed a precise understanding of people flow to support operations, visitor experience and safety. Outsight's Olympic LiDAR project addressed this need with anonymous, real-time tracking of spectators.

• How do stadiums manage crowd flow at entrances and exits?

  Stadiums manage ingress and egress by measuring, in real time, how many fans are at each gate, concourse and stairway, and by acting as soon as density or queue length rises. 3D LiDAR with Physical AI software tracks every person anonymously, counts flows in both directions and triggers alerts when zones approach capacity, day or night. Historical replay of past events shows where bottlenecks formed so gate layouts and staffing can be improved. Outsight received the Olympic LiDAR award for people counting and flow monitoring in sport venues.