Parking
Computer vision in parking systems involves using cameras and AI algorithms to detect, monitor, and manage vehicles in parking areas. It helps automate parking enforcement, optimize space usage, and improve user experience.
Functions
Parking Spot Status
The software detects the status of individual parking spaces that are being monitored by user-configurable virtual sensors. The application then counts the number of free spaces vs occupied spaces.
Visualise Data
When used in conjunction with our Dashboard the application provides information on the average occupancy time of a space, the occupancy status of a single space or cluster of spaces over the entire carpark or yard.
Use Case
The application can be used to monitor the occupancy of docks, parking lots, restricted parking zones and loading bays.
Integrations
The events generated by the video analysis applications can be notified by e-mail, with the possibility of attaching a sequence of images with the metadata related to the event of interest.
FTP
Notifications can be sent to FTP servers (e.g. FileZilla, IIS), storing for each one a CSV file and a sequence of images with the metadata relating to the event of interest.
HTTP
A.I. Tech offers maximum integration with standard HTTP and HTTPS services. Notifications can be received by customizing requests to REST or CGI services to control remote devices (e.g. for PTZ handover mechanisms) or in JSON format, attaching one or more images to the event of interest on any third-party server.
UDP /TCP
The metadata associated with the events generated by the A.I. Tech can be received via text strings over configurable UDP / TCP protocols, such as those sent by POS systems.
MODBUS
A.I. Tech plugins can forward alarm notifications using the Modbus TCP protocol, according to the specifications outlined by the IEC 61158 Standard.
MQTT
A.I. Tech plugins can forward notifications using the publish-subscribe MQTT protocol, according to the specifications outlined by the ISO/IEC PRF 20922 standard.
ONBOARD
A.I. Tech also offers mechanisms to notify events of interest directly on board the device that processes the images. It is in fact possible to activate, through applications, the digital outputs on the AI-Appliance, the digital output of the Hanwha cameras and the notification mechanisms of the Axis cameras.
System Architecture
Eco System
Products from A.I. Tech are technologically compatible with the following products
Common Functions
of A.I. Tech Apps
Tampering
If your camera does not have this functionality, don't worry. All apps can generate when tampering events occur.
PTZ Handover
Do you need to control a PTZ camera when an event occurs? With the ability to trigger a sequence of HTTP calls, you can bring the camera to the desired pre-set, start the PTZ tracking (if available on the camera) and bring the PTZ camera back to the home position after a configurable amount of time.
Activation on a time basis
Apps can be activated on a time basis, only in specific time intervals, e.g. from 9 p.m to
8 a.m. In addition, for server or embedded apps, it is also possible to specify the day (e.g. Monday from 10am to 12pm., Tuesday from 6pm to 10pm.).
Masking
In all apps masking of moving objects can be activated, in order to be compliant with all kinds of privacy requirements.
AI-Dash-Embedded
This is the app's built-in dashboard, which allows you to have the data for the specific camera at your fingertips at all times ( even on camera, if you have an SD card).
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Dynamic activation via software
In addition to time-scheduling, you can activate your apps dynamically, through software calls, via HTTP GET requests that allow you to operate in two modes: impulsive and level-based. In the first case you have a single START request and the app will remain active for a certain predefined amount of time. In the second case, you have one START request and one STOP request to control the app.
Use Cases
AIRPORTS
Enhance efficiency, security, and user experience, crucial for efficient parking management.
LOGISTICS
Direct vehicles to available parking bays, reduce bottlenecks, and analyse historical data to forecast peak hours and suggest optimal parking times
HOSPITALS
Optimize parking space utilization, improve accessibility, and reduce congestion, ultimately enhancing the overall hospital experience
RETAIL
Optimise space usage, enhance customers experience and increase revenue. Stream line systems operations, reduce congestion and provide real-time insights.
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