AI video analysis for smart city
Detects, understands and controls urban dynamics in real time
What are the biggest challenges of modern cities?
Modern cities today face a multitude of simultaneous challenges that can only be inadequately addressed by traditional systems. Traffic, safety, environment and infrastructure develop dynamically and often unpredictably. Cities have extensive visual data but are unable to understand it in real time and translate it into concrete measures. At the same time, the amount of available data is growing without automatically yielding actionable insights. AI video analysis for Smart City does exactly that: it addresses the central weaknesses of urban systems by interpreting visual data in real time and making it operationally usable.
- Traffic congestion and lack of real-time control of traffic flows
- Uncontrolled movements of people and risks from high crowd densities
- Delayed detection of security-critical events
- Staff shortages and overload in control centers and security services
- Lack of transparency about environmental changes
Cities lose time, money, security and control every day
Not because they lack data, but because they do not understand it in real time.
Over 95 %
The cameras are not actively monitored, among other things because personnel resources are lacking
30 %
All violent crimes occur on streets, squares and in public space
up to 50 %
Delays to emergency responders are caused by traffic
40 %
the CO₂ emissions from passenger transport originate in cities
110 billion € annually
Economic costs due to inefficient transport networks in the EU
€166 billion annually
Health costs due to traffic in European cities
How AI video analysis turns cities into true smart cities
AI video analysis for smart cities closes exactly this gap: It continuously analyzes visual data, automatically detects relevant events and makes complex relationships immediately usable.
Public spaces
Monitoring and understanding of public space in real time
- Detection of vandalism
- Detection of illegal waste disposal
- Early detection of smoke and fire
Crowd Management & Hazard Prevention
Crowd control through analysis of density and movement
- Analysis of crowd density and movement dynamics
- Detection of critical situations before escalation
- Identification of weapons, violence and persons
Traffic management & traffic violations
Real-time control of traffic flows and detection of violations
- Analysis of traffic flows and congestion development
- Optimization of traffic lights, traffic routing and parking
- Detection of traffic violations and license plates
Control centers & operational control
From monitor-based surveillance to event-based control in control centers
- Automatic prioritization of relevant events
- Reduction of false alarms
- Consolidation of all information into an operational view
How does AI video analysis turn data into a foundation for urban planning and operations?
The counting and analysis of visitor flows and vehicles has a direct economic impact. Cities that know where, when and for how long people stay, can deploy resources precisely, avoid bottlenecks and reduce costs. At the same time, valuable data are generated for tourism, site development and investment planning. Whoever intelligently manages visitor flows strengthens their location: hotels, retail, gastronomy and investors benefit, tax revenues increase and public funds are used more efficiently.
Urban planning & infrastructure
AI Vision provides a continuous, data-driven view of the actual use of urban spaces. By analyzing traffic flows, pedestrian movements and patterns of occupancy reliable insights emerge about where bottlenecks, overloads or inefficient structures exist. These data enable targeted planning and implementation of infrastructure measures.
Tourism- & Event Management
In areas with high visitor traffic, AI Vision enables a precise understanding of movement dynamics and usage patterns. Cities and operators can see in real time how crowd flows develop, where hotspots form and where overloads or safety risks arise. In addition, dwell time, movement directions and recurring patterns can be analyzed. These insights form the basis for targeting visitor flows, optimizing security measures and efficiently shaping the overall visitor experience – both during individual events and over longer periods of time.
Demographics, social services & public spaces
Anonymized analyses of visual data can provide detailed insights into the use of public spaces. AI Vision detects when, how and by which groups certain areas are used, how dwell times change, or how movement patterns differ over the course of the day and week. This provides valuable insights into demographic structures and social dynamics within the city. This information makes it possible to tailor offerings, infrastructure and services specifically to actual needs – for example by designing age-appropriate zones, planning places to linger, or developing new concepts for the use of public spaces
Mobility & transport operators
AI Vision provides a data-driven foundation for the operational management and strategic development of transport systems. Through the continuous collection and analysis of traffic flows, waiting times, congestion points, as well as pedestrian and bicycle movements, a complete picture of the actual traffic dynamics emerges. Transport operators and municipal utilities can use this data to optimize timetables, adjust capacities efficiently and implement infrastructure measures in a targeted way. At the same time, the insights gained enable long-term planning that is not based on static models, but on real, constantly changing movement patterns.
Studies showed
100 %
Video data can be continuously analyzed without additional personnel effort
30-34 %
Average reduction in delay times at traffic lights
30-50 %
Reduction of search and waiting behavior of vehicles for parking spaces
up to 15 %
Less CO₂ through optimized traffic flow
20-35 %
Reducing the response time of emergency or security services
30-40 %
Reduction of crime in AI-monitored areas
What do these values mean for a city?
AI Vision reduces not only problems, it creates measurable economic value for the entire city.
Fewer damages and deployments ease the burden on public budgets
Shorter response times, less crime and optimized traffic flows reduce damage, deployment costs and operational efforts. Cities spend less on police, rescue, infrastructure and damage remediation.
Reduced environmental and health costs through lower emissions
An optimized traffic flow and less search traffic lead to significantly lower CO₂ emissions. At the same time, healthcare costs decline due to better air quality and a reduced burden in urban areas.
More efficient mobility increases economic performance
Less congestion and shorter waiting times mean less time lost for citizens and businesses. Commutes, supply chains and mobility become more efficient, thereby measurably increasing the city’s economic performance.
Better use of public funds
When processes become more efficient and damages decrease, budgets are freed up. Cities can invest funds more strategically in areas such as education, infrastructure and sustainable development.
Steigende Attraktivität und Investitionen
Safer and more efficient cities attract companies, investors and tourists. Property values are rising, economic activity is increasing and the city is continuing to develop sustainably as an attractive location.