Security Robotics Presents Drone System to the DFL and DFB
Ensuring the safe and well-organized operation of stadiums regularly poses major organizational challenges for the German Soccer League (DFL) and the German Soccer Association (DFB). Regulations governing the admission of large crowds, as well as health and safety considerations, play a major role in this regard.
“Stadium Innovation Project Group”
Under the leadership of the DFL and the DFB, interested clubs from the Bundesliga, 2. Bundesliga, and 3. Liga have formed the “Stadium Innovation Project Group.” The goal is to evaluate whether technical solutions from other industries can be usefully applied to sports venues.
To date, twelve clubs and 14 innovative companies have participated in the project, including Security Robotics Development & Solutions GmbH.
Drone System for Monitoring Stadiums
Security Robotics presented its drone system for monitoring and protecting stadiums in Dortmund. The use of the BeeHive drone system not only offers an enormous time savings but also results in a significant increase in stadium security.
The drone system is equipped with artificial intelligence and automatically analyzes the events it films. In the event of an alarm, images are transmitted live to the emergency dispatch center, where experts assess the situation and take immediate action.
A Pioneer in Autonomous Robotics
Security Robotics is an IT specialist and pioneer in the programming and deployment of autonomous robotics. Custom-programmed robots are tailored precisely for a wide range of applications and integrated at the customer’s site.
The latest article on dfb.de, titled “Stadium Visits and Operations: New, Forward-Looking Technologies,” highlights the wide range of potential applications for Security Robotics’ robotic systems.
We would like to thank the DFL and the DFB for the fantastic first round of the “DFL/DFB Stadium Innovations” project! We are very much looking forward to participating in the upcoming round of innovations and presenting our other models and solutions.