Robotic dogs are expected to become part of the security operations around several stadiums during the 2026 FIFA World Cup, as organizers and local authorities prepare for one of the largest sporting events ever held in North America.
The four-legged robots, including Boston Dynamics’ well-known Spot model, are being tested and deployed around selected venues to assist security teams with perimeter monitoring, inspection of suspicious objects and rapid assessment of potentially risky situations.
Equipped with 360-degree cameras, thermal sensors, acoustic detection tools and systems designed to recognize unusual activity, the robots are not intended to replace police officers or stadium security staff. Instead, their role is to reach areas that may be dangerous or difficult for humans to access and send real-time video and data back to command teams.
According to reports, the robots may be used to inspect suspicious bags, packages, technical hazards and movement in restricted areas. Officials and manufacturers have emphasized that the robots are not being used for facial recognition and that their function is focused on safety checks, risk assessment and reducing potential danger for personnel on the ground.
Similar robotic units are also being prepared in Mexico, where local authorities near Monterrey plan to use them as a first-response tool around World Cup matches. These robots can enter potentially hazardous areas, transmit live video and help officers evaluate a situation before moving in.
The 2026 FIFA World Cup will be hosted by the United States, Canada and Mexico, making it the first tournament held across three countries. With millions of fans expected, multiple host cities and expanded match schedules, security operations will rely on a mix of traditional policing and new technology.
The use of robotic dogs has already sparked public debate, with some raising privacy and surveillance concerns. However, officials say the technology is being introduced as a support tool for security teams, not as a replacement for human decision-making.
