Smart cities
Smart cities use data and algorithms to rethink, improve and evaluate policies and politics. CrowdScan provides accurate, reliable and privacy-friendly data and analytics to help these cities achieve their goals.
Markets
We offer an innovative and proven technology solution for targeted and responsible crowd management. Our services cover four levels and are tailored to specific sectors and contexts.
- Depending on the specific needs, you can choose from four levels of service. Crowd Density Counting focuses on the basics: counting the exact number of attendees. Crowd Density Analytics goes a step further, by providing more details about the movements of the crowd. Crowd Density Prediction is used to make predictions, based on previous insights, about coming evolutions and movements. Integrated Management, finally, focuses on an integrated total solution that we develop in co-creation with the customer.
- We apply these four levels in different sectors and contexts. We help future-proof Smart Cities in areas such as tourism, mobility and public safety. But we also offer tailored crowd management technology solutions in Event Safety & Management, for public transportation.
Events
CrowdScan accurately measures and analyses crowds in real-time, while respecting all privacy rules. CrowdScan helps you take swift, calculated decisions in crowd management to ensure an optimal flow and maximum safety.
Discover how we make a difference for your event....
Public transportation
A clean, smart, and resilient public transport (PT) system is at the core of worldwide economies and central to people’s lives. Avoidance of crowding and overcrowding situations in such PT systems is crucial to foster sustainable mobility, by increasing the passengers comfort and satisfaction during normal operation, as well as to manage emergency situations, such as pandemic crises as recently experienced with COVID-19 limitations.
CrowdScan offers a privacy friendly solution that meets all the challenges of these complex environments (low light conditions, infrastructural limitations or energy supply).
