Xovis Api Documentation Info

: Detailed object data from AI extensions like Gender Statistics or Staff Exclusion .

Always utilize HTTPS instead of unencrypted HTTP to protect authentication credentials. Restrict API access using firewall rules or VLAN segmentation so that only authorized servers can talk to the sensors.

Xovis sensors typically provide a that communicates via HTTP/HTTPS.

The Xovis API supports two primary communication channels: interactive (RESTful) requests and asynchronous notifications (Data Push). Both channels support HTTP and HTTPS protocols. xovis api documentation

The documentation is generally divided into several key functional areas: A. Sensor Management & Configuration

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When synchronizing multiple sensors across a large facility, use the UTC timestamp provided inside the data payload , rather than the server arrival time, to avoid time-skew errors. : Detailed object data from AI extensions like

The documentation assumes users already have an Xovis Access Point (XAP) or cloud instance running. It provides no "sandbox" or mock server for testing before hardware arrives.

The Xovis API is a robust, platform-independent interface that transforms raw 3D sensor data into actionable intelligence. By understanding the distinction between the REST API (for control) and the Data Push API (for events), developers can build seamless integrations that trigger automations, enrich business intelligence, and optimize people flow in real time. Comprehensive documentation is embedded within the PC Series manuals, and a range of open-source SDKs and community resources are available to accelerate development for retail, transportation, and smart city applications.

The Xovis API is flexible regarding data serialization. For RESTful responses and data pushes, the sensor can output data in either JSON or XML (v2 or v1 legacy). For newer integrations, JSON is generally preferred due to its lightweight nature and wide support in analytics platforms. For legacy systems, XML v1 is still available for line count data. Xovis sensors typically provide a that communicates via

GET /sites X-API-Key: your_api_key_here

"queueId": "Security_Line_A", "timestamp": "2026-05-25T10:00:00Z", "metrics": "queueLength": 22, "waitingTimeAvgSeconds": 145, "waitingTimeMaxSeconds": 310 Use code with caution. 3.3. Sensor Health and Status Monitoring

This comprehensive guide breaks down the Xovis API documentation, exploring how the API works, key endpoints, data formats, and best practices for building a robust integration. 1. Overview of Xovis Data Integration Architecture

The Xovis API offers a range of features that make it a powerful tool for developers. Some of the key features include:

GET /api/v4/elements/live HTTP/1.1 Host: xovis-spider.local Authorization: Bearer YOUR_API_ACCESS_TOKEN Accept: application/json Use code with caution. 3. Key API Endpoints and Data Structures