Like many local authorities, the city of Massy (Essonne, France) faces complex challenges related to urban security and environmental management.
Every day, authorities have to deal with a growing volume of data from video protection cameras, environmental sensors and reporting tools. As a result, decision-making becomes more difficult, especially in a context of limited financial and human resources.
Key challenges include
Efficiently monitoring road traffic
Preventing public safety incidents
Managing environmental resources sustainably
These issues are crucial to guaranteeing residents' safety, preserving their quality of life and meeting their growing expectations.
To meet these challenges, Massy has chosen to integrate the CORE platform, developed by XXII. This computer vision technology uses artificial intelligence to analyze in real time the traffic flows captured by the city's cameras.
The aim? To deliver relevant, instantly usable information to guide field teams in their actions.
One of the main benefits of CORE is the reduction in processing times. No need to spend hours searching for information: the platform automatically retrieves useful data, enabling rapid intervention in the event of an anomaly.
A real revolution for operators and local decision-makers.
In Massy, one of the most concrete use cases is the automated detection of traffic offences:
Prohibited parking
One-way traffic
Running red lights
Thanks to CORE, the city can monitor these behaviors in real time and take targeted action. The data collected can also be used to better understand high-risk areas, adjust traffic lights or reinforce signage if necessary.
Another key application is theoptimization of street lighting. By analyzing street traffic, CORE identifies areas where lighting can be reduced or intensified according to the number of people passing through.
This intelligent control makes it possible to:
Reduce energy consumption
Adapt lighting intensity to actual use
Enhance safety without unnecessary over-lighting
An economic and ecological gain.
The CORE platform also enables Massy to better manage its urban waste:
Detection of illegal dumping
Optimization of collection rounds
Monitoring of high-accumulation areas
Thanks to computer vision, the city can anticipate needs, adapt its resources and improve the cleanliness of public spaces, while reducing logistics costs.
The integration of CORE represents a key step in Massy's digital transformation. The city now plans to extend the platform to other uses:
Intelligent management of traffic lights
Optimization of the public transport network
Anticipation of population flows
By listening to the needs of its residents, Massy is gradually building a smoother, safer and more sustainable city.
Thanks to the CORE platform, Massy shows how computer vision can provide concrete solutions to modern urban challenges.
Safety, energy efficiency, cleanliness and responsiveness are just some of the benefits that can already be measured, paving the way for intelligent, humane management of tomorrow's cities.