Imagine having a digital twin of a city square or a stadium where you can test what happens during an emergency before it actually occurs. It's like a high-tech flight simulator, but for city security, allowing planners to spot weak points in a crowd's layout. This helps keep places open and welcoming while making them much harder for bad actors to attack.
Public spaces must remain open and welcoming, but current security measures are often bypassed by new attack methods. This creates a gap in how cities identify vulnerabilities without ruining the urban experience.
A 3D virtual environment for simulating attacks and crowd behavior, and a decision-support platform for risk assessment.
If you are a design firm dealing with the need to secure new public plazas without making them look like fortresses — this project developed security-by-design guidelines that help create safe layouts while preserving an open feel.
If you are a software company dealing with outdated risk models — this project developed a 3D virtual environment that simulates crowd behavior and attack scenarios to identify site vulnerabilities.
If you are a venue operator dealing with the risk of large-scale incidents — this project developed a decision-making platform to perform dynamic risk assessments for public spaces.
Based on available project data, specific pricing or licensing costs are not mentioned.
The system was validated in 4 use cases across 5 EU countries, suggesting it is designed for diverse urban environments.
Based on available project data, the IP ownership is not specified, though the project is coordinated by STAM SRL.
The project linked its analysis outputs to SERVE and SBS for operational use.
The project period runs from 2022-11-01 to 2025-06-30.
The project is led by an Italian SME (STAM SRL) and features a strong operational mix of 19 partners. With 21% industry participation (including 5 SMEs) and 10 'Other' partners (police, first responders, local authorities), the consortium is heavily weighted toward end-user validation rather than pure academic research.
Contact STAM SRL in Italy
Contact us to explore licensing the 3D simulation and risk assessment tools.
