Loading zone enforcement solutions
Ensure the correct use of loading zones by making sure they are used only by authorized vehicles and within the permitted time limit.

By ensuring the correct use of loading zones, the solution improves actual space availability and enables delivery vehicles to find space and operate efficiently.

Controlling misuse, from unauthorized vehicles to overstaying, improves turnover and prevents prolonged occupation, ensuring availability when needed.

As enforcement becomes more visible and consistent, users tend to comply with regulations, reducing fraud and misuse over time.

As a result, double parking is reduced, improving traffic flow and decreasing congestion.

This approach contributes to more efficient urban freight distribution, with a direct impact on mobility, economic activity, and public space quality.

Yes. The solution adapts to existing operations and can be deployed without transforming current processes from the start.

It can begin with alert-based or assisted validation models, integrating with existing inspection teams and management tools.

As the project evolves, more advanced levels of automation can be progressively introduced, such as automatic detection through sensors or LPR cameras and automated evidence generation, without redesigning operations or replacing existing systems.

This approach enables gradual deployment, reduces project risk, and facilitates adoption by operational teams.

Yes. The platform integrates through APIs and open standards, allowing connection with urban management systems, ticketing platforms, mobility solutions, and existing municipal tools.

This enables real-time data exchange and centralized management within a single operational environment without replacing existing systems.

It also facilitates interoperability with other city services such as mobility platforms, access control systems, or analytics tools, contributing to more efficient and coordinated public space management.

The impact depends on the level of automation implemented, but in all cases it improves operational efficiency and service performance.

In assisted validation models, field inspection is digitized, reducing time and improving route efficiency without requiring infrastructure deployment.

In automated models, the system detects incidents in real time, replacing random inspections with event-based supervision, optimizing resource allocation and reducing operational costs.

In fully automated LPR-based models, detection, validation, and evidence generation are automated, minimizing manual intervention and enabling full enforcement automation in compliance with regulations.

In all cases, improved compliance and increased turnover lead to more efficient use of public space and better overall service performance.

The system detects misuse by cross-checking occupancy data with configured usage rules and, when applicable, authorized user databases and active permits.

When an irregularity is detected—unauthorized vehicle, undeclared use, or overstaying—the system acts according to the deployed model.

In alert-based models, a real-time notification is generated for targeted intervention.

In LPR-based automated models, the system can directly generate evidence of the violation, including license plate and incident records, without manual intervention.

All information is recorded in the platform, ensuring full traceability and supporting enforcement procedures.

Not necessarily. In alert-based models, occupancy can be detected using IoT sensors installed in each space or camera-based solutions.

In higher automation scenarios, LPR-based systems can be deployed to automate detection and evidence generation.

Additionally, assisted validation models allow enforcement through license plate scanning by officers, without requiring infrastructure deployment.

The platform records the start time of occupancy or declared usage and automatically compares it with the maximum allowed time configured for each zone.

If the vehicle exceeds the allowed time, the system detects the violation and generates an alert or evidence depending on the deployed model.

Yes. The solution allows configuration of time windows, maximum parking durations, authorized user types, and usage conditions according to each city or project.

This flexibility enables adaptation to different urban freight distribution dynamics.