Xovis Api - Documentation Link [best]
Xovis API Documentation Link: A Comprehensive Guide to Integrating 3D Sensor Data
The documentation for the Xovis API is designed for technical professionals. Key areas covered in the documentation include: 1. REST API Functionality
Once configured, your server will receive HTTP POST requests from the sensor. The JSON payload often contains a rich set of information. Below is a real example of a line-crossing event:
The official, most comprehensive source for Xovis API information is the partner-exclusive platform. While direct documentation is not hosted on a public page, the central access point is: xovis api documentation link
The Xovis API is a powerful, standardized interface that transforms raw 3D sensor data into actionable insights across numerous industries. While there is no single public link to the documentation, integrators can access it directly on their devices and supplement it with official resources, community examples, and developer tools.
The primary, definitive Xovis API documentation is . It is an integral part of the official product documentation.
Maya stared at the monitor. It displayed a spinning wheel of death. The Xovis sensors—mounted like unblinking black eyes in the ceiling—were working fine; she could see the raw stream on the backup server. But the dashboard that calculated wait times and occupancy was unresponsive. Xovis API Documentation Link: A Comprehensive Guide to
: Through the API and WebUI, users can activate advanced plugins for Gender Statistics (PIGES) and Staff Exclusion (PISTE).
Comprehensive Guide to Xovis API Documentation and Integration
Navigate to the Data Push configuration page (exact menu names may vary). The JSON payload often contains a rich set of information
Official Xovis API documentation is primarily hosted within the . While public marketing materials highlight their REST API and data push capabilities, detailed technical specifications typically require a partner login. Official Documentation & Access
Before providing the access link, it is critical to understand Xovis’s security model. Xovis serves high-security environments such as airports (Zurich, Heathrow, Changi), luxury retail, casinos, and smart city projects. Their API documentation contains proprietary endpoint structures, data schemas, and authentication protocols that could expose customer data if widely distributed.
The Xovis API uses authentication, typically passed as a custom header ( X-API-Key ) or via Bearer token, depending on the firmware version. The documentation clearly explains how to generate keys via the sensor’s web interface.
Before writing production code, test your endpoints. A typical REST call to fetch the current occupancy of a zone looks similar to this: