Elias wasn't just counting heads; he was trying to predict the "Ghost Hour." The Integration
This guide explores the capabilities, structure, and best practices outlined in the Xovis API documentation to help developers and system integrators build advanced analytical platforms. What is the Xovis API?
Requesting 2 years of 1-minute interval data will time out. The documentation recommends pagination parameters ( limit and offset ) for large historical exports.
: Current documentation primarily focuses on sensors with firmware versions 5.0 and higher Full-featuring APIs - Xovis
Xovis provides two primary integration pathways depending on your architecture: xovis api documentation
Xovis sensors (PC2S, PC3, etc.) offer two primary ways to access data:
This review is based on publicly available Xovis documentation and community feedback as of 2025. Always refer to the official Xovis Developer Portal for the latest updates.
Typically configured during the initial sensor provisioning stage.
This article provides an overview based on publicly available Xovis documentation for developers and system integrators. For the most up-to-date information, always refer to the official Xovis technical documentation. Elias wasn't just counting heads; he was trying
: Developers can pull critical metrics including queue lengths, wait times, and process times for specific lanes or passenger groups.
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.
Number of people currently in a defined area (e.g., a queue).
In smart buildings, API data triggers automation rules. If the API reports "Zone Occupancy" is below a threshold, the system sends an MQTT command to the HVAC system to reduce air conditioning in that area, saving energy. If occupancy is high, it triggers a cleaning alert for facility management. It is ideal for real-time querying
"zoneId": "entrance_a", "name": "Main Entrance", "current_people": 47, "capacity": 100, "utilization_percentage": 47.0, "status": "normal"
A local HTTP/HTTPS interface built directly into each individual sensor. It is ideal for real-time querying, configuration changes, and localized integrations.
Periodic updates sent at pre-configured intervals to provide total counts or current occupancy levels. Key Data Points and Capabilities