Scanning network for Xovis sensors and checking their operational status. Firmware Updates: Managing sensor updates.
For real-time applications, sensors can be configured to "push" data to a remote endpoint at defined intervals or when specific events occur (e.g., a line crossing). Supported protocols for data push include HTTP(S) , (S)FTP , UDP , and MQTTS . Key API Endpoints and Functionalities
You can poll the sensor for data on demand. This is useful for: On-demand status checks. Configuration adjustments. Retrieving historical data. Data Push (Push Model) xovis api documentation
Xovis wins on data richness (trajectories, zone occupancy) but loses on developer experience due to missing sandbox and unclear limits.
"elementId": "zone_checkout_1", "elementName": "Registers Queue", "currentOccupancy": 8, "averageDwellTimeSeconds": 45.2 Use code with caution. C. Device Status and Health ( /system ) Scanning network for Xovis sensors and checking their
Here is a workflow for integrating a Xovis sensor into a third-party system.
In large-scale deployments (e.g., airports with hundreds of sensors), network drops can happen. Design your data ingestion pipeline with a retry mechanism and ensure your database handles duplicate timestamps gracefully. Supported protocols for data push include HTTP(S) ,
Xovis is a Swiss high-tech company that designs and manufactures advanced 3D stereo vision sensors for people counting and flow analytics. Their solutions are deployed in airports, retail stores, smart buildings, and transportation hubs worldwide. Central to the flexibility of Xovis technology is its API (Application Programming Interface), which allows third-party systems to access raw sensor data for custom analytics and automation. System integrators primarily use the Xovis REST API to control sensor functions and build tailored business intelligence solutions.
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