Everything you need to build a custom Smart Parking solution
From detection systems and panels to guidance apps, to our Smart Parking Platform. Access the key components that enable more efficient, connected, and accessible mobility.
Browse each section to learn more about how our technology works and how it can help you.
Smart Parking Platform
Manages, controls and analyzes the entire smart parking system
Smart Parking Platform
More informationU-Admin is the modular platform that underpins Urbiotica’s Smart Parking solutions and allows you to manage devices, monitor parking usage and make data-driven decisions.
Detection
Precise technology to detect real-time occupancy of parking spaces
U-Spot: IoT single space detection
Learn MoreIndividual parking-space sensor, flush or surface and autonomous, that detects the arrival, presence and departure of vehicles in each parking space. Choose the U-Spot that best fits your project depending on the most suitable communication network: NB-IoT or LoRaWAN.
U-Spot Visio: single space detection
Learn MoreParking space detection software based on real-time image processing through compatible cameras, combining artificial intelligence (AI) and deep learning to detect parking occupancy and automatically identify vehicle license plates (LPR).
U-Flow Visio: A.I. vehicle flow detection
Learn MoreDetection software powered by Artificial Intelligence and Deep Learning to count vehicle entries and exits at access points to defined parking facilities, automatically identifying vehicle license plates through LPR technology.
Information panels and apps
Informs and guides the driver to available spaces
Variable signage panels
Learn MoreVariable signage panels are a flexible and customizable solution for guiding drivers to available parking spaces in both urban and private environments. They display the number of free spaces, helping drivers find parking more quickly and efficiently.
U-Display
Learn MoreIt easily implements a modular and flexible solution to show drivers the number of free spaces in both urban and private environments.
FAQs
What's the best option: sensors, cameras, or a hybrid solution for parking control?
It depends on the environment and the project’s objectives. At Urbiotica, we offer sensors and cameras, which can be combined according to the characteristics of the space to be managed.
Magnetic sensors are ideal for space-by-space detection in public spaces or areas with limited visibility. Cameras allow multiple spaces to be covered simultaneously and add layers of visual verification. The hybrid solution, which combines both systems under a single infrastructure, offers the highest level of reliability and flexibility.
The key is that all these technologies are managed from a single operating environment, allowing detection to be adapted to each scenario without losing consistency or accuracy.
What data can be analyzed from the U-Admin management platform?
The U-Admin platform provides access to a comprehensive set of key data on parking usage: real-time occupancy, turnover, average session duration, alerts generated and managed, revenue from payments or fines, and more.
This data can be viewed from interactive dashboards or integrated with external systems via API. Thanks to this analysis, mobility managers can adjust regulations, optimize resources, and make decisions based on real information, not perceptions.
In addition, the platform allows for evaluating the operational performance of the control system, facilitating more efficient and strategic parking management.
How do sensors, panels, and platforms connect to provide a complete Smart Parking solution?
All Urbiotica technologies are designed to work together. Sensors and cameras capture real-time data on parking space occupancy. This information is automatically transmitted to the U-Admin smart platform, where it is processed and transformed into alerts, indicators, and useful information for guidance and analytics.
In parallel, signage panels and other interfaces such as apps receive this data to guide users to available spaces or provide information on parking status.
The entire ecosystem is connected through open APIs and a modular architecture, allowing for the creation of a complete smart parking solution that is efficient and adaptable to any environment.
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