Xovis Api Documentation !full! Info
Keep sensors on a secured VLAN, restricting API access to authorized server IPs or API gateways. 3. Core API Endpoints and Data Retrieval
The local REST API is ideal for querying historical logs, real-time device health, and instant state data. It supports standard HTTP validation and yields lightweight responses formatted in or XML depending on the specific endpoint configuration. 2. The Push Mechanism: Data Push Agents
Retrieves historical dwell times and fill levels for specified zones. 4. Advanced Features: Dwell Time and Heatmaps
This section of the docs is dense and aimed at C++ or embedded developers. Examples are scarce. Many users complain that error handling (e.g., what happens when the socket drops) is poorly explained. xovis api documentation
To unlock this value, developers use the . This documentation guide explains how to connect to Xovis sensors, retrieve real-time and historical data, and integrate these insights into your software architecture. 1. Introduction to the Xovis System Architecture
user wants a long article about "xovis api documentation". This is likely for developers or system integrators. I need to provide a comprehensive guide. My plan is to search for official documentation, API references, guides, authentication methods, and integration use cases. I'll start with a first round of searches to gather this information. search results show some official pages from Xovis, like "Full-featuring APIs" and "Group counting". There are also some third-party resources like a user manual, a GitHub app, and an API reference on "crystaldoc.info". I'll open these to get more details. search results provide some official pages and third-party resources. To create a comprehensive article, I need to cover various aspects of the API. I'll structure the article with an introduction, sections on getting started, core API capabilities, advanced features, and conclusion. I'll also cite relevant sources throughout. search results provide a good foundation. I will now structure the article. The introduction will cover what the Xovis API is and its key features. The core sections will detail the two primary interaction methods: the REST API and the Push API. I will also cover authentication, data formats, and practical integration examples, followed by use cases like retail analytics. The conclusion will summarize the key takeaways. Now, I will write the article. guide provides a comprehensive overview of the , detailing everything you need to know to access and integrate high-precision people flow data from Xovis 3D sensors into your custom applications or existing software systems.
/api/v4/lines/count-data (Note: Version paths like v3 or v4 depend on your firmware). Method: GET Parameters: Keep sensors on a secured VLAN, restricting API
Forward counts, reverse counts, and total occupancy.
Extracts absolute values for cumulative entry and exit tracking lines drawn within the sensor's Field of View (FoV). Sample Payload (JSON format):
The primary function of the API is to fetch processed metrics rather than raw video streams. It supports standard HTTP validation and yields lightweight
Regularly query the system status endpoint to trigger alerts if a sensor goes offline or experiences a camera blockage. To help tailor this guide further, let me know:
Airports integrate Xovis data into digital signage. The sensor measures real-time waiting times at security checkpoints via the API and pushes the Estimated Wait Time (EWT) to mobile apps and display screens to reroute passengers during peak hours. The system supports ITxPT and VDV-301 interoperability specifications for seamless integration with public transport IT infrastructure.
